B01J2/00	7	Processes or devices for granulating materials {, e.g. fertilisers} in general; Rendering particulate materials free flowing in general, e.g. making them hydrophobic	B01J2/00	B01J2/00		1927
B01J2/003	8	{followed by coating of the granules (to prevent the granules sticking together B01J2/30)}	B01J2/00	B01J2/00		365
B01J2/006	8	{Coating of the granules without description of the process or the device by which the granules are obtained (to prevent the granules sticking together B01J2/30)}	B01J2/00	B01J2/00		1081
B01J2/02	8	by dividing the liquid material into drops, e.g. by spraying, and solidifying the drops	B01J2/02	B01J2/02		921
B01J2/04	9	in a gaseous medium {(if combined with suspending the material in a gas, e.g. fluidised beds B01J2/16)}	B01J2/04	B01J2/04		1712
B01J2/06	9	in a liquid medium	B01J2/06	B01J2/06		673
B01J2/08	10	Gelation of a colloidal solution	B01J2/08	B01J2/08		444
B01J2/10	8	in stationary drums or troughs, provided with kneading or mixing appliances	B01J2/10	B01J2/10		869
B01J2/12	8	in rotating drums	B01J2/12	B01J2/12		956
B01J2/14	8	in rotating dishes or pans	B01J2/14	B01J2/14		639
B01J2/16	8	by suspending the powder material in a gas, e.g. in fluidised beds or as a falling curtain<br><br><u>NOTE</u><br><br> For classification in B01J2/16, the fact that during the process the material is suspended in a gas prevails over the aggregation state of the material at the moment of its suspension in the gas 	B01J2/16	B01J2/16		1358
B01J2/18	8	using a vibrating apparatus	B01J2/18	B01J2/18		366
B01J2/20	8	by expressing the material, e.g. through sieves and fragmenting the extruded length	B01J2/20	B01J2/20		2316
B01J2/22	8	by pressing in moulds or between rollers	B01J2/22	B01J2/22		1779
B01J2/24	8	Obtaining flakes by scraping a solid layer from a surface	B01J2/24	B01J2/24		135
B01J2/26	8	on endless conveyor belts	B01J2/26	B01J2/26		268
B01J2/28	8	using special binding agents	B01J2/28	B01J2/28		686
B01J2/30	8	using agents to prevent the granules sticking together; Rendering particulate materials free flowing in general, e.g. making them hydrophobic	B01J2/30	B01J2/30		933
B01J3/00	7	Processes of utilising sub-atmospheric or super-atmospheric pressure to effect chemical or physical change of matter; Apparatus therefor (pressure vessels for containing or storing compressed, liquefied or solidified gases F17C)	B01J3/00	B01J3/00		393
B01J3/002	8	{Component parts of these vessels not mentioned in B01J3/004, B01J3/006, B01J3/02&#160;-&#160;B01J3/08; Measures taken in conjunction with the process to be carried out, e.g. safety measures}	B01J3/00	B01J3/00		1198
B01J3/004	8	{Sight-glasses therefor (see also G02B)}	B01J3/00	B01J3/00		177
B01J3/006	8	{Processes utilising sub-atmospheric pressure; Apparatus therefor}	B01J3/00	B01J3/00		1197
B01J3/008	8	{Processes carried out under supercritical conditions}	B01J3/00	B01J3/00		772
B01J3/02	8	Feed or outlet devices therefor	B01J3/02	B01J3/02		1230
B01J3/03	8	Pressure vessels, or vacuum vessels, having closure members or seals specially adapted therefor	B01J3/03	B01J3/03		1224
B01J3/04	8	Pressure vessels, e.g. autoclaves	B01J3/04	B01J3/04		2322
B01J3/042	9	{in the form of a tube}	B01J3/04	B01J3/04		410
B01J3/044	9	{in the form of a loop}	B01J3/04	B01J3/04		46
B01J3/046	9	{Pressure-balanced vessels}	B01J3/04	B01J3/04		156
B01J3/048	9	{Multiwall, strip or filament wound vessels (for pressurised gas vessels F17C1/06; for making them B29)}	B01J3/04	B01J3/04		321
B01J3/06	8	Processes using ultra-high pressure, e.g. for the formation of diamonds; Apparatus therefor, e.g. moulds or dies (B01J3/04 takes precedence)	B01J3/06	B01J3/06		603
B01J3/062	9	{characterised by the composition of the materials to be processed}	B01J3/06	B01J3/06		1005
B01J3/065	9	{Presses for the formation of diamonds or boronitrides}	B01J3/06	B01J3/06		480
B01J3/067	10	{Presses using a plurality of pressing members working in different directions}	B01J3/06	B01J3/06		245
B01J3/08	9	Application of shock waves for chemical reactions or for modifying the crystal structure of substances	B01J3/08	B01J3/08		469
B01J4/00	7	Feed {or outlet} devices; Feed or outlet control devices (feed or outlet devices for pressure vessels B01J3/02{; feeding of particles into and evacuation of particles out of the reactor B01J8/0015})	B01J4/00	B01J4/00		882
B01J4/001	8	{Feed or outlet devices as such, e.g. feeding tubes}	B01J4/00	B01J4/00		6462
B01J4/002	9	{Nozzle-type elements (nozzle-type reactors B01J19/26)}	B01J4/00	B01J4/00		1844
B01J4/004	9	{Sparger-type elements}	B01J4/00	B01J4/00		332
B01J4/005	9	{provided with baffles}	B01J4/00	B01J4/00		293
B01J4/007	9	{provided with moving parts}	B01J4/00	B01J4/00		1738
B01J4/008	8	{Feed or outlet control devices}	B01J4/00	B01J4/00		3006
B01J4/02	8	for feeding measured {, i.e. prescribed} quantities of reagents	B01J4/02	B01J4/02		2498
B01J4/04	8	using osmotic pressure {using membranes, porous plates}	B01J4/04	B01J4/04		192
B01J6/00	7	{Heat treatments such as} Calcining; Fusing {; Pyrolysis (furnaces F27D)}	B01J6/00	B01J6/00		909
B01J6/001	8	{Calcining}	B01J6/00	B01J6/00		648
B01J6/002	9	{using rotating drums}	B01J6/00	B01J6/00		138
B01J6/004	9	{using hot gas streams in which the material is moved}	B01J6/00	B01J6/00		239
B01J6/005	8	{Fusing}	B01J6/00	B01J6/00		707
B01J6/007	9	{in crucibles}	B01J6/00	B01J6/00		60
B01J6/008	8	{Pyrolysis reactions (of hydrocarbons C10G9/00)}	B01J6/00	B01J6/00		1194
B01J7/00	7	Apparatus for generating gases (production of inert gas mixtures B01J19/14; for generating specific gases, see the relevant subclasses, e.g. C01B, C10J{; in "air bags" on vehicles B60R21/26; for starter gas F02C7/26; blasting cartridges for producing gas under pressure F42B3/04})	B01J7/00	B01J7/00		1097
B01J7/02	8	by wet methods	B01J7/02	B01J7/02		1047
B01J8/00	7	Chemical or physical processes in general, conducted in the presence of fluids and solid particles; Apparatus for such processes	B01J8/00	B01J8/00		953
B01J8/0005	8	{Catalytic processes under superatmospheric pressure (non-catalytic processes B01J3/00)}	B01J8/00	B01J8/00		503
B01J8/001	8	{Controlling catalytic processes (B01J8/1809 takes precedence)}	B01J8/00	B01J8/00		1222
B01J8/0015	8	{Feeding of the particles in the reactor; Evacuation of the particles out of the reactor}	B01J8/00	B01J8/00		1374
B01J8/002	9	{with a moving instrument}	B01J8/00	B01J8/00		982
B01J8/0025	9	{by an ascending fluid}	B01J8/00	B01J8/00		470
B01J8/003	9	{in a downward flow}	B01J8/00	B01J8/00		1323
B01J8/0035	9	{Periodical feeding or evacuation}	B01J8/00	B01J8/00		482
B01J8/004	9	{by means of a nozzle}	B01J8/00	B01J8/00		251
B01J8/0045	9	{by means of a rotary device in the flow channel}	B01J8/00	B01J8/00		211
B01J8/005	8	{Separating solid material from the gas/liquid stream (separation processes per seB01D)}	B01J8/00	B01J8/00		680
B01J8/0055	9	{using cyclones}	B01J8/00	B01J8/00		1114
B01J8/006	9	{by filtration}	B01J8/00	B01J8/00		843
B01J8/0065	9	{by impingement against stationary members}	B01J8/00	B01J8/00		173
B01J8/007	9	{by sedimentation}	B01J8/00	B01J8/00		237
B01J8/0075	9	{by electrostatic precipitation}	B01J8/00	B01J8/00		15
B01J8/008	8	{Details of the reactor or of the particulate material; Processes to increase or to retard the rate of reaction (B01J8/0285, B01J8/067, B01J8/087, B01J8/1836 take precedence)}	B01J8/00	B01J8/00		2014
B01J8/0085	9	{promoting uninterrupted fluid flow, e.g. by filtering out particles in front of the catalyst layer}	B01J8/00	B01J8/00		404
B01J8/009	9	{Membranes, e.g. feeding or removing reactants or products to or from the catalyst bed through a membrane}	B01J8/00	B01J8/00		519
B01J8/0095	8	{in which two different types of particles react with each other}	B01J8/00	B01J8/00		42
B01J8/02	8	with stationary particles, e.g. in fixed beds	B01J8/02	B01J8/02		2254
B01J8/0207	9	{the fluid flow within the bed being predominantly horizontal}	B01J8/02	B01J8/02		348
B01J8/0214	10	{in a cylindrical annular shaped bed}	B01J8/02	B01J8/02		520
B01J8/0221	10	{in a cylindrical shaped bed (B01J8/0214 takes precedence)}	B01J8/02	B01J8/02		237
B01J8/0228	10	{in a conically shaped bed}	B01J8/02	B01J8/02		9
B01J8/0235	10	{in a spiral shaped bed}	B01J8/02	B01J8/02		33
B01J8/0242	9	{the fluid flow within the bed being predominantly vertical}	B01J8/02	B01J8/02		483
B01J8/025	10	{in a cylindrical shaped bed}	B01J8/02	B01J8/02		874
B01J8/0257	10	{in a cylindrical annular shaped bed}	B01J8/02	B01J8/02		351
B01J8/0264	10	{in a conically shaped bed}	B01J8/02	B01J8/02		21
B01J8/0271	10	{in a spiral shaped bed}	B01J8/02	B01J8/02		31
B01J8/0278	9	{Feeding reactive fluids (for solid material B01J8/0015)}	B01J8/02	B01J8/02		1797
B01J8/0285	9	{Heating or cooling the reactor (for tubular reactors in furnaces B01J8/062)}	B01J8/02	B01J8/02		2233
B01J8/0292	9	{with stationary packing material in the bed, e.g. bricks, wire rings, baffles}	B01J8/02	B01J8/02		452
B01J8/04	9	the fluid passing successively through two or more beds	B01J8/04	B01J8/04		828
B01J8/0403	10	{the fluid flow within the beds being predominantly horizontal}	B01J8/04	B01J8/04		117
B01J8/0407	11	{through two or more cylindrical annular shaped beds}	B01J8/04	B01J8/04		24
B01J8/0411	12	{the beds being concentric}	B01J8/04	B01J8/04		89
B01J8/0415	12	{the beds being superimposed one above the other (B01J8/0434 takes precedence)}	B01J8/04	B01J8/04		179
B01J8/0419	12	{the beds being placed in separate reactors}	B01J8/04	B01J8/04		34
B01J8/0423	11	{through two or more otherwise shaped beds}	B01J8/04	B01J8/04		28
B01J8/0426	12	{the beds being superimposed one above the other}	B01J8/04	B01J8/04		42
B01J8/043	13	{in combination with one cylindrical annular shaped bed}	B01J8/04	B01J8/04		29
B01J8/0434	13	{in combination with two or more cylindrical annular shaped beds}	B01J8/04	B01J8/04		12
B01J8/0438	12	{the beds being placed next to each other}	B01J8/04	B01J8/04		170
B01J8/0442	12	{the beds being placed in separate reactors}	B01J8/04	B01J8/04		81
B01J8/0446	10	{the flow within the beds being predominantly vertical}	B01J8/04	B01J8/04		267
B01J8/0449	11	{in two or more cylindrical beds}	B01J8/04	B01J8/04		73
B01J8/0453	12	{the beds being superimposed one above the other}	B01J8/04	B01J8/04		1040
B01J8/0457	12	{the beds being placed in separate reactors}	B01J8/04	B01J8/04		250
B01J8/0461	11	{in two or more cylindrical annular shaped beds}	B01J8/04	B01J8/04		22
B01J8/0465	12	{the beds being concentric}	B01J8/04	B01J8/04		175
B01J8/0469	12	{the beds being superimposed one above the other}	B01J8/04	B01J8/04		207
B01J8/0473	12	{the beds being placed in separate reactors}	B01J8/04	B01J8/04		18
B01J8/0476	11	{in two or more otherwise shaped beds}	B01J8/04	B01J8/04		13
B01J8/048	12	{the beds being superimposed one above the other}	B01J8/04	B01J8/04		191
B01J8/0484	12	{the beds being placed next to each other}	B01J8/04	B01J8/04		76
B01J8/0488	12	{the beds being placed in separate reactors}	B01J8/04	B01J8/04		69
B01J8/0492	10	{Feeding reactive fluids (for solid material, seeB01J8/0015)}	B01J8/04	B01J8/04		1202
B01J8/0496	10	{Heating or cooling the reactor}	B01J8/04	B01J8/04		1123
B01J8/06	9	in tube reactors; the solid particles being arranged in tubes	B01J8/06	B01J8/06		1685
B01J8/062	10	{being installed in a furnace}	B01J8/06	B01J8/06		748
B01J8/065	10	{Feeding reactive fluids}	B01J8/06	B01J8/06		488
B01J8/067	10	{Heating or cooling the reactor (B01J8/062 takes precedence)}	B01J8/06	B01J8/06		1768
B01J8/08	8	with moving particles (with fluidised particles B01J8/18)	B01J8/08	B01J8/08		579
B01J8/082	9	{Controlling processes}	B01J8/08	B01J8/08		402
B01J8/085	9	{Feeding reactive fluids (for solid material, seeB01J8/0015)}	B01J8/08	B01J8/08		751
B01J8/087	9	{Heating or cooling the reactor}	B01J8/08	B01J8/08		898
B01J8/10	9	moved by stirrers or by rotary drums or rotary receptacles {or endless belts}	B01J8/10	B01J8/10		2060
B01J8/12	9	moved by gravity in a downward flow	B01J8/12	B01J8/12		1336
B01J8/125	10	{with multiple sections one above the other separated by distribution aids, e.g. reaction and regeneration sections}	B01J8/12	B01J8/12		479
B01J8/14	9	moving in free vortex flow apparatus	B01J8/14	B01J8/14		131
B01J8/16	8	with particles being subjected to vibrations or pulsations (B01J8/40 takes precedence)	B01J8/16	B01J8/16		340
B01J8/18	8	with fluidised particles {(combustion apparatus with fluidised bed in general F23C10/00; furnaces with fluidised bed F27B15/00)}	B01J8/18	B01J8/18		876
B01J8/1809	9	{Controlling processes}	B01J8/18	B01J8/18		1053
B01J8/1818	9	{Feeding of the fluidising gas (B01J8/44 takes precedence)}	B01J8/18	B01J8/18		1038
B01J8/1827	10	{the fluidising gas being a reactant}	B01J8/18	B01J8/18		1255
B01J8/1836	9	{Heating and cooling the reactor (B01J8/42 takes precedence)}	B01J8/18	B01J8/18		1649
B01J8/1845	9	{with particles moving upwards while fluidised}	B01J8/18	B01J8/18		197
B01J8/1854	10	{followed by a downward movement inside the reactor to form a loop}	B01J8/18	B01J8/18		164
B01J8/1863	10	{followed by a downward movement outside the reactor and subsequently re-entering it}	B01J8/18	B01J8/18		468
B01J8/1872	9	{Details of the fluidised bed reactor (B01J8/1836 takes precedence)}	B01J8/18	B01J8/18		1065
B01J8/1881	9	{with particles moving downwards while fluidised}	B01J8/18	B01J8/18		261
B01J8/189	10	{moving downwards in a zig-zag manner}	B01J8/18	B01J8/18		68
B01J8/20	9	with liquid as a fluidising medium	B01J8/20	B01J8/20		688
B01J8/22	10	gas being introduced into the liquid	B01J8/22	B01J8/22		936
B01J8/222	11	{in the presence of a rotating device only}	B01J8/22	B01J8/22		120
B01J8/224	11	{the particles being subject to a circulatory movement (B01J8/222 takes precedence)}	B01J8/22	B01J8/22		57
B01J8/226	12	{internally, i.e. the particles rotate within the vessel}	B01J8/22	B01J8/22		248
B01J8/228	12	{externally, i.e. the particles leaving the vessel and subsequently re-entering it}	B01J8/22	B01J8/22		253
B01J8/24	9	according to "fluidised-bed" technique (B01J8/20 takes precedence)	B01J8/24	B01J8/24		2159
B01J8/245	10	{Spouted-bed technique}	B01J8/24	B01J8/24		228
B01J8/26	10	with two or more fluidised beds, e.g. reactor and regeneration installations	B01J8/26	B01J8/26		1338
B01J8/28	11	the one above the other	B01J8/28	B01J8/28		663
B01J8/30	12	the edge of a lower bed projecting beyond the edge of the superjacent bed	B01J8/30	B01J8/30		80
B01J8/32	10	with introduction into the fluidised bed of more than one kind of moving particles	B01J8/32	B01J8/32		311
B01J8/34	10	with stationary packing material in the fluidised bed, e.g. bricks, wire rings, baffles	B01J8/34	B01J8/34		458
B01J8/36	10	with fluidised bed through which there is an essentially horizontal flow of particles	B01J8/36	B01J8/36		447
B01J8/38	10	with fluidised bed containing a rotatable device or being subject to rotation {or to a circulatory movement, i.e. leaving a vessel and subsequently re-entering it}	B01J8/38	B01J8/38		117
B01J8/382	11	{with a rotatable device only}	B01J8/38	B01J8/38		334
B01J8/384	11	{being subject to a circulatory movement only (B01J8/382 takes precedence)}	B01J8/38	B01J8/38		43
B01J8/386	12	{internally, i.e. the particles rotate within the vessel}	B01J8/38	B01J8/38		272
B01J8/388	12	{externally, i.e. the particles leaving the vessel and subsequently re-entering it}	B01J8/38	B01J8/38		617
B01J8/40	10	with fluidised bed subjected to vibrations or pulsations	B01J8/40	B01J8/40		209
B01J8/42	10	with fluidised bed subjected to electric current or to radiations {this sub-group includes the fluidised bed subjected to electric or magnetic fields}	B01J8/42	B01J8/42		438
B01J8/44	10	Fluidisation grids	B01J8/44	B01J8/44		1069
B01J8/46	10	for treatment of endless filamentary, band or sheet material	B01J8/46	B01J8/46		34
B01J10/00	7	Chemical processes in general for reacting liquid with gaseous media other than in the presence of solid particles, or apparatus specially adapted therefor (B01J19/08 takes precedence; separation, e.g. distillation, also combined with chemical reactions B01D, {e.g. B01D3/009})	B01J10/00	B01J10/00		1018
B01J10/002	8	{carried out in foam, aerosol or bubbles}	B01J10/00	B01J10/00		614
B01J10/005	8	{carried out at high temperatures in the presence of a molten material}	B01J10/00	B01J10/00		253
B01J10/007	8	{in the presence of catalytically active bodies, e.g. porous plates}	B01J10/00	B01J10/00		237
B01J10/02	8	of the thin-film type	B01J10/02	B01J10/02		376
B01J12/00	7	Chemical processes in general for reacting gaseous media with gaseous media; Apparatus specially adapted therefor (B01J3/08, B01J8/00, B01J19/08 take precedence)	B01J12/00	B01J12/00		468
B01J12/002	8	{carried out in the plasma state (generating or handling plasma H05H1/00)}	B01J12/00	B01J12/00		282
B01J12/005	8	{carried out at high temperatures, e.g. by pyrolysis}	B01J12/00	B01J12/00		370
B01J12/007	8	{in the presence of catalytically active bodies, e.g. porous plates}	B01J12/00	B01J12/00		750
B01J12/02	8	for obtaining at least one reaction product which, at normal temperature, is in the solid state	B01J12/02	B01J12/02		199
B01J13/00	7	Colloid chemistry, e.g. the production of colloidal materials or their solutions, not otherwise provided for; Making microcapsules or microballoons	B01J13/00	B01J13/00		697
B01J13/0004	8	{Preparation of sols (by physical processes B01J13/0086, aerosols B01J13/0095)}	B01J13/00	B01J13/00		200
B01J13/0008	9	{Sols of inorganic materials in water}	B01J13/00	B01J13/00		142
B01J13/0013	10	{from a precipitate}	B01J13/00	B01J13/00		112
B01J13/0017	10	{by extraction of ions from aqueous solutions}	B01J13/00	B01J13/00		60
B01J13/0021	9	{containing a solid organic phase}	B01J13/00	B01J13/00		82
B01J13/0026	9	{containing a liquid organic phase}	B01J13/00	B01J13/00		187
B01J13/003	10	{Preparation from aqueous sols}	B01J13/00	B01J13/00		46
B01J13/0034	9	{Additives, e.g. in view of promoting stabilisation or peptisation}	B01J13/00	B01J13/00		207
B01J13/0039	9	{Post treatment}	B01J13/00	B01J13/00		141
B01J13/0043	9	{containing elemental metal (for medical or diagnostical purposes A61K, G01N)}	B01J13/00	B01J13/00		347
B01J13/0047	9	{containing a metal oxide}	B01J13/00	B01J13/00		312
B01J13/0052	8	{Preparation of gels}	B01J13/00	B01J13/00		486
B01J13/0056	9	{containing inorganic material and water}	B01J13/00	B01J13/00		293
B01J13/006	10	{by precipitation, coagulation, hydrolyse coacervation}	B01J13/00	B01J13/00		93
B01J13/0065	9	{containing an organic phase}	B01J13/00	B01J13/00		1153
B01J13/0069	9	{Post treatment}	B01J13/00	B01J13/00		245
B01J13/0073	8	{Preparation of non-Newtonian sols, e.g. thixotropic solutions}	B01J13/00	B01J13/00		22
B01J13/0078	9	{containing inorganic material and water}	B01J13/00	B01J13/00		9
B01J13/0082	9	{containing an organic phase}	B01J13/00	B01J13/00		51
B01J13/0086	8	{Preparation of sols by physical processes (colloid mills B02C)}	B01J13/00	B01J13/00		166
B01J13/0091	8	{Preparation of aerogels, e.g. xerogels}	B01J13/00	B01J13/00		2277
B01J13/0095	8	{Preparation of aerosols}	B01J13/00	B01J13/00		388
B01J13/02	8	Making microcapsules or microballoons {(for medical preparations A61K9/50)}	B01J13/02	B01J13/02		4090
B01J13/025	9	{Applications of microcapsules not provided for in other subclasses}	B01J13/02	B01J13/02		475
B01J13/04	9	by physical processes, e.g. drying, spraying	B01J13/04	B01J13/04		1488
B01J13/043	10	{Drying and spraying}	B01J13/04	B01J13/04		737
B01J13/046	10	{combined with gelification or coagulation}	B01J13/04	B01J13/04		292
B01J13/06	9	by phase separation	B01J13/06	B01J13/06		546
B01J13/08	10	Simple coacervation, i.e. addition of highly hydrophilic material {(combined with spraying B01J13/043; combined with mechanical division B01J13/04)}	B01J13/08	B01J13/08		459
B01J13/10	10	Complex coacervation, i.e. interaction of oppositely charged particles	B01J13/10	B01J13/10		584
B01J13/12	10	removing solvent from the wall-forming material solution	B01J13/12	B01J13/12		170
B01J13/125	11	{by evaporation of the solvent (apparatus therefor B01J13/043)}	B01J13/12	B01J13/12		246
B01J13/14	10	Polymerisation; cross-linking	B01J13/14	B01J13/14		2463
B01J13/16	11	Interfacial polymerisation	B01J13/16	B01J13/16		1032
B01J13/18	11	In situ polymerisation with all reactants being present in the same phase	B01J13/18	B01J13/18		823
B01J13/185	12	{in an organic phase}	B01J13/18	B01J13/18		326
B01J13/20	9	After-treatment of capsule walls, e.g. hardening	B01J13/20	B01J13/20		407
B01J13/203	10	{Exchange of core-forming material by diffusion through the capsule wall}	B01J13/20	B01J13/20		157
B01J13/206	10	{Hardening; drying}	B01J13/20	B01J13/20		367
B01J13/22	10	Coating	B01J13/22	B01J13/22		742
B01J14/00	7	Chemical processes in general for reacting liquids with liquids; Apparatus specially adapted therefor (B01J8/00, B01J19/08 take precedence)	B01J14/00	B01J14/00		738
B01J14/005	8	{in the presence of catalytically active bodies, e.g. porous plates}	B01J14/00	B01J14/00		101
B01J15/00	7	Chemical processes in general for reacting gaseous media with non-particulate solids, e.g. sheet material; Apparatus specially adapted therefor (B01J19/08 takes precedence)	B01J15/00	B01J15/00		240
B01J15/005	8	{in the presence of catalytically active bodies, e.g. porous plates}	B01J15/00	B01J15/00		326
B01J16/00	7	Chemical processes in general for reacting liquids with non- particulate solids, e.g. sheet material; Apparatus specially adapted therefor (B01J19/08 takes precedence)	B01J16/00	B01J16/00		174
B01J16/005	8	{in the presence of catalytically active bodies, e.g. porous plates}	B01J16/00	B01J16/00		129
B01J19/00	7	Chemical, physical or physico-chemical processes in general; Their relevant apparatus	B01J19/00	B01J19/00		4251
B01J19/0006	8	{Controlling or regulating processes (controlling or regulating in general G05)}	B01J19/00	B01J19/00		4971
B01J19/0013	9	{Controlling the temperature of the process}	B01J19/00	B01J19/00		8487
B01J19/002	9	{Avoiding undesirable reactions or side-effects, e.g. avoiding explosions, or improving the yield by suppressing side-reactions}	B01J19/00	B01J19/00		2058
B01J19/0026	10	{Avoiding carbon deposits (inhibiting incrustation in general, C23F14/00, C23F15/00)}	B01J19/00	B01J19/00		305
B01J19/0033	9	{Optimalisation processes, i.e. processes with adaptive control systems (adaptive control systems per seG05B13/00)}	B01J19/00	B01J19/00		533
B01J19/004	9	{Multifunctional apparatus for automatic manufacturing of various chemical products (sequential reactions B01J19/0046)}	B01J19/00	B01J19/00		350
B01J19/0046	8	{Sequential or parallel reactions, e.g. for the synthesis of polypeptides or polynucleotides; Apparatus and devices for combinatorial chemistry or for making molecular arrays (synthesis methods per seC40B50/00)}	B01J19/00	B01J19/00		4837
B01J19/0053	8	{Details of the reactor}	B01J19/00	B01J19/00		10028
B01J19/006	9	{Baffles}	B01J19/00	B01J19/00		1714
B01J19/0066	9	{Stirrers (mixing per seB01F)}	B01J19/00	B01J19/00		6765
B01J19/0073	9	{Sealings (sealings for pressure vessels per seF16J15/00)}	B01J19/00	B01J19/00		1574
B01J19/008	8	{Processes for carrying out reactions under cavitation conditions}	B01J19/00	B01J19/00		334
B01J19/0086	8	{Processes carried out with a view to control or to change the pH-value; Applications of buffer salts; Neutralisation reactions}	B01J19/00	B01J19/00		395
B01J19/0093	8	{Microreactors, e.g. miniaturised or microfabricated reactors (laboratory containers with capillary fluid transport in microfabricated channels or chambers B01L3/5027)}	B01J19/00	B01J19/00		5429
B01J19/02	8	Apparatus characterised by being constructed of material selected for its chemically-resistant properties	B01J19/02	B01J19/02		2201
B01J19/06	8	Solidifying liquids (making microcapsules B01J13/02)	B01J19/06	B01J19/06		747
B01J19/08	8	Processes employing the direct application of electric or wave energy, or particle radiation; Apparatus therefor (application of shock waves B01J3/08)	B01J19/08	B01J19/08		1300
B01J19/081	9	{employing particle radiation or gamma-radiation}	B01J19/08	B01J19/08		363
B01J19/082	10	{Gamma-radiation only}	B01J19/08	B01J19/08		130
B01J19/084	10	{Neutron beams only}	B01J19/08	B01J19/08		20
B01J19/085	10	{Electron beams only}	B01J19/08	B01J19/08		301
B01J19/087	9	{employing electric or magnetic energy}	B01J19/08	B01J19/08		1782
B01J19/088	10	{giving rise to electric discharges (for heating purposes H05B7/00; for the production of ozone C01B13/11, H01T19/00)}	B01J19/08	B01J19/08		3225
B01J19/10	9	employing sonic or ultrasonic vibrations	B01J19/10	B01J19/10		2992
B01J19/12	9	employing electromagnetic waves	B01J19/12	B01J19/12		1231
B01J19/121	10	{Coherent waves, e.g. laser beams (lasers per seH01S3/00)}	B01J19/12	B01J19/12		814
B01J19/122	10	{Incoherent waves (gamma-radiation B01J19/082)}	B01J19/12	B01J19/12		650
B01J19/123	11	{Ultraviolet light}	B01J19/12	B01J19/12		2193
B01J19/124	12	{generated by microwave irradiation}	B01J19/12	B01J19/12		75
B01J19/125	11	{X-rays}	B01J19/12	B01J19/12		80
B01J19/126	11	{Microwaves}	B01J19/12	B01J19/12		2031
B01J19/127	11	{Sunlight; Visible light}	B01J19/12	B01J19/12		938
B01J19/128	11	{Infrared light}	B01J19/12	B01J19/12		250
B01J19/129	11	{Radiofrequency}	B01J19/12	B01J19/12		210
B01J19/14	8	Production of inert gas mixtures; Use of inert gases in general	B01J19/14	B01J19/14		1270
B01J19/16	8	Preventing evaporation or oxidation of non-metallic liquids by applying a floating layer, e.g. of microballoons {(in storage tanks B65D90/42)}	B01J19/16	B01J19/16		187
B01J19/18	8	Stationary reactors having moving elements inside (B01J19/08, B01J19/26 take precedence)	B01J19/18	B01J19/18		13574
B01J19/1806	9	{resulting in a turbulent flow of the reactants, such as in centrifugal-type reactors, or having a high Reynolds-number}	B01J19/18	B01J19/18		569
B01J19/1812	9	{Tubular reactors}	B01J19/18	B01J19/18		364
B01J19/1818	10	{in series}	B01J19/18	B01J19/18		152
B01J19/1825	10	{in parallel}	B01J19/18	B01J19/18		63
B01J19/1831	10	{spirally, concentrically or zigzag wound}	B01J19/18	B01J19/18		57
B01J19/1837	10	{Loop-type reactors}	B01J19/18	B01J19/18		292
B01J19/1843	10	{Concentric tube}	B01J19/18	B01J19/18		59
B01J19/185	9	{of the pulsating type}	B01J19/18	B01J19/18		137
B01J19/1856	9	{placed in parallel}	B01J19/18	B01J19/18		235
B01J19/1862	9	{placed in series}	B01J19/18	B01J19/18		1272
B01J19/1868	9	{resulting in a loop-type movement}	B01J19/18	B01J19/18		62
B01J19/1875	10	{internally, i.e. the mixture circulating inside the vessel such that the upwards stream is separated physically from the downwards stream(s)}	B01J19/18	B01J19/18		406
B01J19/1881	10	{externally, i.e. the mixture leaving the vessel and subsequently re-entering it}	B01J19/18	B01J19/18		575
B01J19/1887	9	{forming a thin film}	B01J19/18	B01J19/18		371
B01J19/1893	9	{Membrane reactors (catalytic membranes B01J35/59; membranes B01D71/00)}	B01J19/18	B01J19/18		97
B01J19/20	9	in the form of helices, e.g. screw reactors	B01J19/20	B01J19/20		1925
B01J19/22	9	in the form of endless belts	B01J19/22	B01J19/22		185
B01J19/24	8	Stationary reactors without moving elements inside (B01J19/08, B01J19/26 take precedence; with stationary particles B01J8/02)	B01J19/24	B01J19/24		3179
B01J19/2405	9	{provoking a turbulent flow of the reactants, such as in cyclones, or having a high Reynolds-number}	B01J19/24	B01J19/24		573
B01J19/241	9	{of the pulsating type}	B01J19/24	B01J19/24		62
B01J19/2415	9	{Tubular reactors}	B01J19/24	B01J19/24		1676
B01J19/242	10	{in series}	B01J19/24	B01J19/24		650
B01J19/2425	10	{in parallel}	B01J19/24	B01J19/24		763
B01J19/243	10	{spirally, concentrically or zigzag wound}	B01J19/24	B01J19/24		604
B01J19/2435	10	{Loop-type reactors}	B01J19/24	B01J19/24		447
B01J19/244	10	{Concentric tubes}	B01J19/24	B01J19/24		150
B01J19/2445	9	{placed in parallel}	B01J19/24	B01J19/24		260
B01J19/245	9	{placed in series}	B01J19/24	B01J19/24		1086
B01J19/2455	9	{provoking a loop type movement of the reactants (tubular loop-type reactors B01J19/2435; loop reactors having moving elements inside B01J19/1868)}	B01J19/24	B01J19/24		74
B01J19/246	10	{internally, i.e. the mixture circulating inside the vessel such that the upward stream is separated physically from the downward stream(s)}	B01J19/24	B01J19/24		230
B01J19/2465	10	{externally, i.e. the mixture leaving the vessel and subsequently re-entering it}	B01J19/24	B01J19/24		579
B01J19/247	9	{Suited for forming thin films}	B01J19/24	B01J19/24		168
B01J19/2475	9	{Membrane reactors}	B01J19/24	B01J19/24		796
B01J19/248	9	{Reactors comprising multiple separated flow channels}	B01J19/24	B01J19/24		210
B01J19/2485	10	{Monolithic reactors}	B01J19/24	B01J19/24		760
B01J19/249	10	{Plate-type reactors}	B01J19/24	B01J19/24		878
B01J19/2495	10	{Net-type reactors}	B01J19/24	B01J19/24		177
B01J19/26	8	Nozzle-type reactors, i.e. the distribution of the initial reactants within the reactor is effected by their introduction or injection through nozzles	B01J19/26	B01J19/26		2131
B01J19/28	8	Moving reactors, e.g. rotary drums (B01J19/08 takes precedence)	B01J19/28	B01J19/28		1459
B01J19/285	9	{Shaking or vibrating reactors; reactions under the influence of low-frequency vibrations or pulsations (for sonic and ultrasonic vibrations B01J19/10)}	B01J19/28	B01J19/28		462
B01J19/30	8	Loose or shaped packing elements, e.g. Raschig rings or Berl saddles, for pouring into the apparatus for mass or heat transfer	B01J19/30	B01J19/30		1868
B01J19/305	9	{Supporting elements therefor, e.g. grids, perforated plates}	B01J19/30	B01J19/30		250
B01J19/32	8	Packing elements in the form of grids or built-up elements for forming a unit or module inside the apparatus for mass or heat transfer	B01J19/32	B01J19/32		2488
B01J19/325	9	{Attachment devices therefor, e.g. hooks, consoles, brackets}	B01J19/32	B01J19/32		252
B01J20/00	7	Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof	B01J20/00	B01J20/00		468
B01J20/02	8	comprising inorganic material	B01J20/02	B01J20/02		2644
B01J20/0203	9	{comprising compounds of metals not provided for in B01J20/04(oxides or hydroxides thereof B01J20/06)}<br><br><u>NOTE</u><br><br>Compounds classified in group B01J20/0203 and subgroups are also classified in B01J20/0274 according to the type of anion. 	B01J20/02	B01J20/02		158
B01J20/0207	10	{Compounds of Sc, Y or Lanthanides}	B01J20/02	B01J20/02		547
B01J20/0211	10	{Compounds of Ti, Zr, Hf}	B01J20/02	B01J20/02		896
B01J20/0214	10	{Compounds of V, Nb, Ta}	B01J20/02	B01J20/02		131
B01J20/0218	10	{Compounds of Cr, Mo, W}	B01J20/02	B01J20/02		378
B01J20/0222	10	{Compounds of Mn, Re}	B01J20/02	B01J20/02		612
B01J20/0225	10	{Compounds of Fe, Ru, Os, Co, Rh, Ir, Ni, Pd, Pt}	B01J20/02	B01J20/02		677
B01J20/0229	11	{Compounds of Fe}	B01J20/02	B01J20/02		1987
B01J20/0233	10	{Compounds of Cu, Ag, Au}	B01J20/02	B01J20/02		441
B01J20/0237	11	{Compounds of Cu}	B01J20/02	B01J20/02		881
B01J20/024	10	{Compounds of Zn, Cd, Hg}	B01J20/02	B01J20/02		97
B01J20/0244	11	{Compounds of Zn}	B01J20/02	B01J20/02		598
B01J20/0248	10	{Compounds of B, Al, Ga, In, Tl (B01J20/08 takes precedence)}	B01J20/02	B01J20/02		880
B01J20/0251	10	{Compounds of Si, Ge, Sn, Pb (B01J20/10 takes precedence)}	B01J20/02	B01J20/02		273
B01J20/0255	11	{Compounds of Pb}	B01J20/02	B01J20/02		32
B01J20/0259	10	{Compounds of N, P, As, Sb, Bi}	B01J20/02	B01J20/02		670
B01J20/0262	10	{Compounds of O, S, Se, Te}	B01J20/02	B01J20/02		170
B01J20/0266	11	{Compounds of S}	B01J20/02	B01J20/02		272
B01J20/027	10	{Compounds of F, Cl, Br, I}	B01J20/02	B01J20/02		210
B01J20/0274	10	{characterised by the type of anion}	B01J20/02	B01J20/02		95
B01J20/0277	11	{Carbonates of compounds other than those provided for in B01J20/043}	B01J20/02	B01J20/02		213
B01J20/0281	11	{Sulfates of compounds other than those provided for in B01J20/045}	B01J20/02	B01J20/02		417
B01J20/0285	11	{Sulfides of compounds other than those provided for in B01J20/045}	B01J20/02	B01J20/02		401
B01J20/0288	11	{Halides of compounds other than those provided for in B01J20/046}	B01J20/02	B01J20/02		634
B01J20/0292	11	{Phosphates of compounds other than those provided for in B01J20/048}	B01J20/02	B01J20/02		348
B01J20/0296	11	{Nitrates of compounds other than those provided for in B01J20/04}	B01J20/02	B01J20/02		319
B01J20/04	9	comprising compounds of alkali metals, alkaline earth metals or magnesium	B01J20/04	B01J20/04		1524
B01J20/041	10	{Oxides or hydroxides}	B01J20/04	B01J20/04		3342
B01J20/043	10	{Carbonates or bicarbonates, e.g. limestone, dolomite, aragonite}	B01J20/04	B01J20/04		1442
B01J20/045	10	{containing sulfur, e.g. sulfates, thiosulfates, gypsum}	B01J20/04	B01J20/04		745
B01J20/046	10	{containing halogens, e.g. halides}	B01J20/04	B01J20/04		1167
B01J20/048	10	{containing phosphorus, e.g. phosphates, apatites, hydroxyapatites}	B01J20/04	B01J20/04		737
B01J20/06	9	comprising oxides or hydroxides of metals not provided for in group B01J20/04	B01J20/06	B01J20/06		8421
B01J20/08	10	comprising aluminium oxide or hydroxide; comprising bauxite	B01J20/08	B01J20/08		4589
B01J20/10	9	comprising silica or silicate	B01J20/10	B01J20/10		2627
B01J20/103	10	{comprising silica}	B01J20/10	B01J20/10		5858
B01J20/106	11	{Perlite}	B01J20/10	B01J20/10		295
B01J20/12	10	Naturally occurring clays or bleaching earth	B01J20/12	B01J20/12		4820
B01J20/14	10	Diatomaceous earth	B01J20/14	B01J20/14		1480
B01J20/16	10	Alumino-silicates (B01J20/12 takes precedence)	B01J20/16	B01J20/16		1622
B01J20/165	11	{Natural alumino-silicates, e.g. zeolites}	B01J20/16	B01J20/16		1199
B01J20/18	11	Synthetic zeolitic molecular sieves	B01J20/18	B01J20/18		3139
B01J20/183	12	{Physical conditioning without chemical treatment, e.g. drying, granulating, coating, irradiation}	B01J20/18	B01J20/18		708
B01J20/186	12	{Chemical treatments in view of modifying the properties of the sieve, e.g. increasing the stability or the activity, also decreasing the activity}	B01J20/18	B01J20/18		2010
B01J20/20	9	comprising free carbon; comprising carbon obtained by carbonising processes	B01J20/20	B01J20/20		16789
B01J20/205	10	{Carbon nanostructures, e.g. nanotubes, nanohorns, nanocones, nanoballs (carbon nanotubes per seC01B32/15)}	B01J20/20	B01J20/20		1263
B01J20/22	8	comprising organic material	B01J20/22	B01J20/22		6575
B01J20/223	9	{containing metals, e.g. organo-metallic compounds, coordination complexes}	B01J20/22	B01J20/22		1156
B01J20/226	10	{Coordination polymers, e.g. metal-organic frameworks [MOF], zeolitic imidazolate frameworks [ZIF] (preparation of metal complexes containing carboxylic acid moieties C07C51/418; MOF&apos;s per seC07F)}	B01J20/22	B01J20/22		4362
B01J20/24	9	Naturally occurring macromolecular compounds, e.g. humic acids or their derivatives	B01J20/24	B01J20/24		7665
B01J20/26	9	Synthetic macromolecular compounds	B01J20/26	B01J20/26		3719
B01J20/261	10	{obtained by reactions only involving carbon to carbon unsaturated bonds (macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds per seC08F)}	B01J20/26	B01J20/26		3477
B01J20/262	10	{obtained otherwise than by reactions only involving carbon to carbon unsaturated bonds, e.g. obtained by polycondensation (macromolecular compounds obtained otherwise than by reactions only involving unsaturated carbon-to-carbon bonds per seC08G)}	B01J20/26	B01J20/26		3173
B01J20/264	10	{derived from different types of monomers, e.g. linear or branched copolymers, block copolymers, graft copolymers}	B01J20/26	B01J20/26		1550
B01J20/265	10	{modified or post-treated polymers (polymer carriers or substrates subjected to further impregnating or coating B01J20/3208)}	B01J20/26	B01J20/26		2152
B01J20/267	11	{Cross-linked polymers}	B01J20/26	B01J20/26		2457
B01J20/268	10	{Polymers created by use of a template, e.g. molecularly imprinted polymers}	B01J20/26	B01J20/26		1292
B01J20/28	8	characterised by their form or physical properties	B01J20/28	B01J20/28		946
B01J20/28002	9	{characterised by their physical properties}	B01J20/28	B01J20/28		225
B01J20/28004	10	{Sorbent size or size distribution, e.g. particle size}	B01J20/28	B01J20/28		3901
B01J20/28007	11	{with size in the range 1-100 nanometers, e.g. nanosized particles, nanofibers, nanotubes, nanowires or the like (carbon nanostructures B01J20/205)}	B01J20/28	B01J20/28		1499
B01J20/28009	10	{Magnetic properties}	B01J20/28	B01J20/28		3844
B01J20/28011	10	{Other properties, e.g. density, crush strength}	B01J20/28	B01J20/28		2970
B01J20/28014	9	{characterised by their form}	B01J20/28	B01J20/28		1249
B01J20/28016	10	{Particle form}	B01J20/28	B01J20/28		2667
B01J20/28019	11	{Spherical, ellipsoidal or cylindrical}	B01J20/28	B01J20/28		2170
B01J20/28021	11	{Hollow particles, e.g. hollow spheres, microspheres or cenospheres}	B01J20/28	B01J20/28		1600
B01J20/28023	10	{Fibres or filaments (fibres or filaments in the form of membranes B01J20/28038; B01J20/28007 takes precedence)}	B01J20/28	B01J20/28		1606
B01J20/28026	10	{Particles within, immobilised, dispersed, entrapped in or on a matrix, e.g. a resin}	B01J20/28	B01J20/28		1042
B01J20/28028	10	{Particles immobilised within fibres or filaments}	B01J20/28	B01J20/28		632
B01J20/2803	10	{Sorbents comprising a binder, e.g. for forming aggregated, agglomerated or granulated products}	B01J20/28	B01J20/28		1807
B01J20/28033	10	{Membrane, sheet, cloth, pad, lamellar or mat}	B01J20/28	B01J20/28		2538
B01J20/28035	11	{with more than one layer, e.g. laminates, separated sheets}	B01J20/28	B01J20/28		618
B01J20/28038	11	{Membranes or mats made from fibers or filaments}	B01J20/28	B01J20/28		591
B01J20/2804	11	{Sheets with a specific shape, e.g. corrugated, folded, pleated, helical}	B01J20/28	B01J20/28		199
B01J20/28042	10	{Shaped bodies; Monolithic structures}	B01J20/28	B01J20/28		1227
B01J20/28045	11	{Honeycomb or cellular structures; Solid foams or sponges}	B01J20/28	B01J20/28		1363
B01J20/28047	10	{Gels}	B01J20/28	B01J20/28		2723
B01J20/2805	10	{Sorbents inside a permeable or porous casing, e.g. inside a container, bag or membrane}	B01J20/28	B01J20/28		581
B01J20/28052	10	{Several layers of identical or different sorbents stacked in a housing, e.g. in a column}	B01J20/28	B01J20/28		572
B01J20/28054	9	{characterised by their surface properties or porosity}	B01J20/28	B01J20/28		1724
B01J20/28057	10	{Surface area, e.g. B.E.T specific surface area}	B01J20/28	B01J20/28		2359
B01J20/28059	11	{being less than 100 m2/g}	B01J20/28	B01J20/28		970
B01J20/28061	11	{being in the range 100-500 m2/g}	B01J20/28	B01J20/28		1357
B01J20/28064	11	{being in the range 500-1000 m2/g}	B01J20/28	B01J20/28		1069
B01J20/28066	11	{being more than 1000 m2/g}	B01J20/28	B01J20/28		1064
B01J20/28069	10	{Pore volume, e.g. total pore volume, mesopore volume, micropore volume}	B01J20/28	B01J20/28		924
B01J20/28071	11	{being less than 0.5 ml/g}	B01J20/28	B01J20/28		773
B01J20/28073	11	{being in the range 0.5-1.0 ml/g}	B01J20/28	B01J20/28		622
B01J20/28076	11	{being more than 1.0 ml/g}	B01J20/28	B01J20/28		404
B01J20/28078	10	{Pore diameter}	B01J20/28	B01J20/28		1082
B01J20/2808	11	{being less than 2 nm, i.e. micropores or nanopores}	B01J20/28	B01J20/28		1162
B01J20/28083	11	{being in the range 2-50 nm, i.e. mesopores}	B01J20/28	B01J20/28		2069
B01J20/28085	11	{being more than 50 nm, i.e. macropores}	B01J20/28	B01J20/28		920
B01J20/28088	10	{Pore-size distribution}	B01J20/28	B01J20/28		172
B01J20/2809	11	{Monomodal or narrow distribution, uniform pores}	B01J20/28	B01J20/28		86
B01J20/28092	11	{Bimodal, polymodal, different types of pores or different pore size distributions in different parts of the sorbent}	B01J20/28	B01J20/28		281
B01J20/28095	10	{Shape or type of pores, voids, channels, ducts}	B01J20/28	B01J20/28		269
B01J20/28097	11	{being coated, filled or plugged with specific compounds}	B01J20/28	B01J20/28		447
B01J20/281	8	Sorbents specially adapted for preparative, analytical or investigative chromatography<br><br><u>NOTE</u><br><br> In groups B01J20/281&#160;-&#160;B01J20/292 it is desirable to add indexing codes for aspects relating to sorbents specially adapted for preparative, analytical or investigative chromatography. The indexing codes are chosen from groups B01J2220/80&#160;-&#160;B01J2220/86	B01J20/281	B01J20/281		940
B01J20/282	9	Porous sorbents (ion exchange B01J39/00&#160;-&#160;B01J41/00)	B01J20/282	B01J20/282		506
B01J20/283	10	based on silica	B01J20/283	B01J20/283		525
B01J20/284	10	based on alumina	B01J20/284	B01J20/284		106
B01J20/285	10	based on polymers	B01J20/285	B01J20/285		1234
B01J20/286	9	Phases chemically bonded to a substrate, e.g. to silica or to polymers	B01J20/286	B01J20/286		1814
B01J20/287	10	Non-polar phases; Reversed phases	B01J20/287	B01J20/287		358
B01J20/288	10	Polar phases	B01J20/288	B01J20/288		254
B01J20/289	10	bonded via a spacer	B01J20/289	B01J20/289		374
B01J20/29	9	Chiral phases	B01J20/29	B01J20/29		480
B01J20/291	9	Gel sorbents	B01J20/291	B01J20/291		431
B01J20/292	9	Liquid sorbents	B01J20/292	B01J20/292		109
B01J20/30	8	Processes for preparing, regenerating, or reactivating	B01J20/30	B01J20/30		2398
B01J20/3007	9	{Moulding, shaping or extruding}	B01J20/30	B01J20/30		1446
B01J20/3014	9	{Kneading}	B01J20/30	B01J20/30		206
B01J20/3021	9	{Milling, crushing or grinding}	B01J20/30	B01J20/30		1271
B01J20/3028	9	{Granulating, agglomerating or aggregating}	B01J20/30	B01J20/30		787
B01J20/3035	9	{Compressing}	B01J20/30	B01J20/30		206
B01J20/3042	9	{Use of binding agents; addition of materials ameliorating the mechanical properties of the produced sorbent}	B01J20/30	B01J20/30		1232
B01J20/305	9	{Addition of material, later completely removed, e.g. as result of heat treatment, leaching or washing, e.g. for forming pores}	B01J20/30	B01J20/30		398
B01J20/3057	10	{Use of a templating or imprinting material (molecularly imprinted polymers B01J20/268); filling pores of a substrate or matrix followed by the removal of the substrate or matrix}	B01J20/30	B01J20/30		431
B01J20/3064	10	{Addition of pore forming agents, e.g. pore inducing or porogenic agents}	B01J20/30	B01J20/30		444
B01J20/3071	9	{Washing or leaching}	B01J20/30	B01J20/30		1215
B01J20/3078	9	{Thermal treatment, e.g. calcining or pyrolizing}	B01J20/30	B01J20/30		5299
B01J20/3085	9	{Chemical treatments not covered by groups B01J20/3007 - B01J20/3078}	B01J20/30	B01J20/30		4812
B01J20/3092	9	{Packing of a container, e.g. packing a cartridge or column (of chromatography columns B01D15/206)}	B01J20/30	B01J20/30		518
B01J20/32	9	Impregnating or coating {; Solid sorbent compositions obtained from processes involving impregnating or coating}	B01J20/32	B01J20/32		573
B01J20/3202	10	{characterised by the carrier, support or substrate used for impregnation or coating}	B01J20/32	B01J20/32		75
B01J20/3204	11	{Inorganic carriers, supports or substrates}	B01J20/32	B01J20/32		4171
B01J20/3206	11	{Organic carriers, supports or substrates}	B01J20/32	B01J20/32		269
B01J20/3208	12	{Polymeric carriers, supports or substrates}	B01J20/32	B01J20/32		502
B01J20/321	13	{consisting of a polymer obtained by reactions involving only carbon to carbon unsaturated bonds}	B01J20/32	B01J20/32		976
B01J20/3212	13	{consisting of a polymer obtained by reactions otherwise than involving only carbon to carbon unsaturated bonds}	B01J20/32	B01J20/32		1102
B01J20/3214	10	{characterised by the method for obtaining this coating or impregnating}	B01J20/32	B01J20/32		254
B01J20/3217	11	{Resulting in a chemical bond between the coating or impregnating layer and the carrier, support or substrate, e.g. a covalent bond}	B01J20/32	B01J20/32		490
B01J20/3219	12	{involving a particular spacer or linking group, e.g. for attaching an active group}	B01J20/32	B01J20/32		1078
B01J20/3221	12	{the chemical bond being an ionic interaction}	B01J20/32	B01J20/32		93
B01J20/3223	11	{by means of an adhesive agent}	B01J20/32	B01J20/32		180
B01J20/3225	11	{involving a post-treatment of the coated or impregnated product}	B01J20/32	B01J20/32		159
B01J20/3227	12	{by end-capping, i.e. with or after the introduction of functional or ligand groups}	B01J20/32	B01J20/32		131
B01J20/3229	12	{for preventing leaching, leaking of attached functional or ligand groups}	B01J20/32	B01J20/32		17
B01J20/3231	10	{characterised by the coating or impregnating layer}	B01J20/32	B01J20/32		164
B01J20/3234	11	{Inorganic material layers}	B01J20/32	B01J20/32		614
B01J20/3236	12	{containing metal, other than zeolites, e.g. oxides, hydroxides, sulphides or salts}	B01J20/32	B01J20/32		2053
B01J20/3238	12	{containing any type of zeolite}	B01J20/32	B01J20/32		206
B01J20/324	12	{containing free carbon, e.g. activated carbon}	B01J20/32	B01J20/32		375
B01J20/3242	11	{Layers with a functional group, e.g. an affinity material, a ligand, a reactant or a complexing group}	B01J20/32	B01J20/32		443
B01J20/3244	12	{Non-macromolecular compounds}	B01J20/32	B01J20/32		178
B01J20/3246	13	{having a well defined chemical structure}	B01J20/32	B01J20/32		490
B01J20/3248	14	{the functional group or the linking, spacer or anchoring group as a whole comprising at least one type of heteroatom selected from a nitrogen, oxygen or sulfur, these atoms not being part of the carrier as such}	B01J20/32	B01J20/32		734
B01J20/3251	15	{comprising at least two different types of heteroatoms selected from nitrogen, oxygen or sulphur}	B01J20/32	B01J20/32		578
B01J20/3253	15	{comprising a cyclic structure not containing any of the heteroatoms nitrogen, oxygen or sulfur, e.g. aromatic structures}	B01J20/32	B01J20/32		321
B01J20/3255	15	{comprising a cyclic structure containing at least one of the heteroatoms nitrogen, oxygen or sulfur, e.g. heterocyclic or heteroaromatic structures}	B01J20/32	B01J20/32		465
B01J20/3257	14	{the functional group or the linking, spacer or anchoring group as a whole comprising at least one of the heteroatoms nitrogen, oxygen or sulfur together with at least one silicon atom, these atoms not being part of the carrier as such}	B01J20/32	B01J20/32		455
B01J20/3259	15	{comprising at least two different types of heteroatoms selected from nitrogen, oxygen or sulfur with at least one silicon atom}	B01J20/32	B01J20/32		286
B01J20/3261	15	{comprising a cyclic structure not containing any of the heteroatoms nitrogen, oxygen or sulfur, e.g. aromatic structures}	B01J20/32	B01J20/32		163
B01J20/3263	15	{comprising a cyclic structure containing at least one of the heteroatoms nitrogen, oxygen or sulfur, e.g. an heterocyclic or heteroaromatic structure}	B01J20/32	B01J20/32		166
B01J20/3265	13	{with an organic functional group containing a metal, e.g. a metal affinity ligand}	B01J20/32	B01J20/32		290
B01J20/3268	12	{Macromolecular compounds}	B01J20/32	B01J20/32		232
B01J20/327	13	{Polymers obtained by reactions involving only carbon to carbon unsaturated bonds}	B01J20/32	B01J20/32		577
B01J20/3272	13	{Polymers obtained by reactions otherwise than involving only carbon to carbon unsaturated bonds}	B01J20/32	B01J20/32		873
B01J20/3274	14	{Proteins, nucleic acids, polysaccharides, antibodies or antigens}	B01J20/32	B01J20/32		826
B01J20/3276	13	{Copolymers}	B01J20/32	B01J20/32		232
B01J20/3278	13	{Polymers being grafted on the carrier}	B01J20/32	B01J20/32		280
B01J20/328	13	{Polymers on the carrier being further modified}	B01J20/32	B01J20/32		312
B01J20/3282	14	{Crosslinked polymers}	B01J20/32	B01J20/32		429
B01J20/3285	12	{Coating or impregnation layers comprising different type of functional groups or interactions, e.g. different ligands in various parts of the sorbent, mixed mode, dual zone, bimodal, multimodal, ionic or hydrophobic, cationic or anionic, hydrophilic or hydrophobic}	B01J20/32	B01J20/32		350
B01J20/3287	11	{Layers in the form of a liquid}	B01J20/32	B01J20/32		132
B01J20/3289	11	{Coatings involving more than one layer of same or different nature}	B01J20/32	B01J20/32		374
B01J20/3291	10	{Characterised by the shape of the carrier, the coating or the obtained coated product}	B01J20/32	B01J20/32		105
B01J20/3293	11	{Coatings on a core, the core being particle or fiber shaped, e.g. encapsulated particles, coated fibers}	B01J20/32	B01J20/32		1051
B01J20/3295	11	{Coatings made of particles, nanoparticles, fibers, nanofibers}	B01J20/32	B01J20/32		329
B01J20/3297	11	{Coatings in the shape of a sheet}	B01J20/32	B01J20/32		104
B01J20/34	9	Regenerating or reactivating	B01J20/34	B01J20/34		631
B01J20/3408	10	{of aluminosilicate molecular sieves}	B01J20/34	B01J20/34		563
B01J20/3416	10	{of sorbents or filter aids comprising free carbon, e.g. activated carbon}	B01J20/34	B01J20/34		1662
B01J20/3425	10	{of sorbents or filter aids comprising organic materials}	B01J20/34	B01J20/34		749
B01J20/3433	10	{of sorbents or filter aids other than those covered by B01J20/3408 - B01J20/3425}	B01J20/34	B01J20/34		1197
B01J20/3441	10	{Regeneration or reactivation by electric current, ultrasound or irradiation, e.g. electromagnetic radiation such as X-rays, UV, light, microwaves}	B01J20/34	B01J20/34		794
B01J20/345	10	{using a particular desorbing compound or mixture (elution or regeneration of stationary phases in liquid chromatography B01D15/08)}	B01J20/34	B01J20/34		182
B01J20/3458	11	{in the gas phase}	B01J20/34	B01J20/34		831
B01J20/3466	12	{with steam}	B01J20/34	B01J20/34		360
B01J20/3475	11	{in the liquid phase}	B01J20/34	B01J20/34		1669
B01J20/3483	10	{by thermal treatment not covered by groups B01J20/3441 - B01J20/3475, e.g. by heating or cooling}	B01J20/34	B01J20/34		2068
B01J20/3491	10	{by pressure treatment}	B01J20/34	B01J20/34		301
B01J21/00	7	Catalysts comprising the elements, oxides, or hydroxides of magnesium, boron, aluminium, carbon, silicon, titanium, zirconium, or hafnium	B01J21/00	B01J21/00		1109
B01J21/005	8	{Spinels}	B01J21/00	B01J21/00		234
B01J21/02	8	Boron or aluminium; Oxides or hydroxides thereof	B01J21/02	B01J21/02		1121
B01J21/04	9	Alumina	B01J21/04	B01J21/04		6523
B01J21/06	8	Silicon, titanium, zirconium or hafnium; Oxides or hydroxides thereof	B01J21/06	B01J21/06		1457
B01J21/063	9	{Titanium; Oxides or hydroxides thereof}	B01J21/06	B01J21/06		7445
B01J21/066	9	{Zirconium or hafnium; Oxides or hydroxides thereof}	B01J21/06	B01J21/06		2383
B01J21/08	9	Silica	B01J21/08	B01J21/08		3668
B01J21/10	8	Magnesium; Oxides or hydroxides thereof	B01J21/10	B01J21/10		1160
B01J21/12	8	Silica and alumina	B01J21/12	B01J21/12		2379
B01J21/14	8	Silica and magnesia	B01J21/14	B01J21/14		385
B01J21/16	8	Clays or other mineral silicates	B01J21/16	B01J21/16		2156
B01J21/18	8	Carbon	B01J21/18	B01J21/18		5596
B01J21/185	9	{Carbon nanotubes (carbon nanotubes per seC01B32/15)}	B01J21/18	B01J21/18		883
B01J21/20	8	Regeneration or reactivation	B01J21/20	B01J21/20		626
B01J23/00	7	Catalysts comprising metals or metal oxides or hydroxides, not provided for in group B01J21/00(B01J21/16 takes precedence)	B01J23/00	B01J23/00		640
B01J23/002	8	{Mixed oxides other than spinels, e.g. perovskite}<br><br><u>NOTE</u><br><br>In this group, C-Sets are used. Detailed information about C-Sets construction and the associated syntax rules is found in the Definitions of B01J.	B01J23/00	B01J23/00		15292
B01J23/005	8	{Spinels}	B01J23/00	B01J23/00		1233
B01J23/007	8	{Mixed salts}	B01J23/00	B01J23/00		677
B01J23/02	8	of the alkali- or alkaline earth metals or beryllium	B01J23/02	B01J23/02		1968
B01J23/04	9	Alkali metals	B01J23/04	B01J23/04		1670
B01J23/06	8	of zinc, cadmium or mercury	B01J23/06	B01J23/06		2549
B01J23/08	8	of gallium, indium or thallium	B01J23/08	B01J23/08		643
B01J23/10	8	of rare earths	B01J23/10	B01J23/10		4678
B01J23/12	8	of actinides	B01J23/12	B01J23/12		176
B01J23/14	8	of germanium, tin or lead	B01J23/14	B01J23/14		1324
B01J23/16	8	of arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J23/16	B01J23/16		676
B01J23/18	9	Arsenic, antimony or bismuth	B01J23/18	B01J23/18		1159
B01J23/20	9	Vanadium, niobium or tantalum	B01J23/20	B01J23/20		914
B01J23/22	10	Vanadium	B01J23/22	B01J23/22		2861
B01J23/24	9	Chromium, molybdenum or tungsten	B01J23/24	B01J23/24		599
B01J23/26	10	Chromium	B01J23/26	B01J23/26		1998
B01J23/28	10	Molybdenum	B01J23/28	B01J23/28		2995
B01J23/30	10	Tungsten	B01J23/30	B01J23/30		3288
B01J23/31	10	combined with bismuth	B01J23/31	B01J23/31		749
B01J23/32	9	Manganese, technetium or rhenium	B01J23/32	B01J23/32		137
B01J23/34	10	Manganese	B01J23/34	B01J23/34		4434
B01J23/36	10	Rhenium	B01J23/36	B01J23/36		488
B01J23/38	8	of noble metals	B01J23/38	B01J23/38		832
B01J23/40	9	of the platinum group metals	B01J23/40	B01J23/40		3190
B01J23/42	10	Platinum	B01J23/42	B01J23/42		5725
B01J23/44	10	Palladium	B01J23/44	B01J23/44		5716
B01J23/46	10	Ruthenium, rhodium, osmium or iridium	B01J23/46	B01J23/46		604
B01J23/462	11	{Ruthenium}	B01J23/46	B01J23/46		2593
B01J23/464	11	{Rhodium}	B01J23/46	B01J23/46		1767
B01J23/466	11	{Osmium}	B01J23/46	B01J23/46		132
B01J23/468	11	{Iridium}	B01J23/46	B01J23/46		812
B01J23/48	9	Silver or gold	B01J23/48	B01J23/48		342
B01J23/50	10	Silver	B01J23/50	B01J23/50		2424
B01J23/52	10	Gold	B01J23/52	B01J23/52		2076
B01J23/54	9	combined with metals, oxides or hydroxides provided for in groups B01J23/02&#160;-&#160;B01J23/36	B01J23/54	B01J23/54		151
B01J23/56	10	Platinum group metals	B01J23/56	B01J23/56		578
B01J23/58	11	with alkali- or alkaline earth metals	B01J23/58	B01J23/58		2071
B01J23/60	11	with zinc, cadmium or mercury	B01J23/60	B01J23/60		810
B01J23/62	11	with gallium, indium, thallium, germanium, tin or lead	B01J23/62	B01J23/62		573
B01J23/622	12	{with germanium, tin or lead}	B01J23/62	B01J23/62		126
B01J23/624	13	{with germanium}	B01J23/62	B01J23/62		114
B01J23/626	13	{with tin}	B01J23/62	B01J23/62		1020
B01J23/628	13	{with lead}	B01J23/62	B01J23/62		167
B01J23/63	11	with rare earths or actinides	B01J23/63	B01J23/63		4360
B01J23/64	11	with arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J23/64	B01J23/64		208
B01J23/644	12	Arsenic, antimony or bismuth	B01J23/644	B01J23/644		59
B01J23/6442	13	{Arsenic}	B01J23/644	B01J23/644		9
B01J23/6445	13	{Antimony}	B01J23/644	B01J23/644		98
B01J23/6447	13	{Bismuth}	B01J23/644	B01J23/644		263
B01J23/648	12	Vanadium, niobium or tantalum {or polonium}	B01J23/648	B01J23/648		82
B01J23/6482	13	{Vanadium}	B01J23/648	B01J23/648		353
B01J23/6484	13	{Niobium}	B01J23/648	B01J23/648		275
B01J23/6486	13	{Tantalum}	B01J23/648	B01J23/648		83
B01J23/6488	13	{Polonium}	B01J23/648	B01J23/648		
B01J23/652	12	Chromium, molybdenum or tungsten	B01J23/652	B01J23/652		228
B01J23/6522	13	{Chromium}	B01J23/652	B01J23/652		309
B01J23/6525	13	{Molybdenum}	B01J23/652	B01J23/652		574
B01J23/6527	13	{Tungsten}	B01J23/652	B01J23/652		786
B01J23/656	12	Manganese, technetium or rhenium	B01J23/656	B01J23/656		103
B01J23/6562	13	{Manganese}	B01J23/656	B01J23/656		1012
B01J23/6565	13	{Technetium}	B01J23/656	B01J23/656		19
B01J23/6567	13	{Rhenium}	B01J23/656	B01J23/656		637
B01J23/66	10	Silver or gold	B01J23/66	B01J23/66		1604
B01J23/68	11	with arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J23/68	B01J23/68		152
B01J23/681	12	{with arsenic, antimony or bismuth}	B01J23/68	B01J23/68		104
B01J23/682	12	{with vanadium, niobium, tantalum or polonium}	B01J23/68	B01J23/68		206
B01J23/683	12	{with chromium, molybdenum or tungsten}	B01J23/68	B01J23/68		59
B01J23/685	13	{with chromium}	B01J23/68	B01J23/68		70
B01J23/686	13	{with molybdenum}	B01J23/68	B01J23/68		176
B01J23/687	13	{with tungsten}	B01J23/68	B01J23/68		193
B01J23/688	12	{with manganese, technetium or rhenium}	B01J23/68	B01J23/68		629
B01J23/70	8	of the iron group metals or copper	B01J23/70	B01J23/70		1484
B01J23/72	9	Copper	B01J23/72	B01J23/72		4721
B01J23/74	9	Iron group metals	B01J23/74	B01J23/74		1102
B01J23/745	10	Iron	B01J23/745	B01J23/745		5660
B01J23/75	10	Cobalt	B01J23/75	B01J23/75		4583
B01J23/755	10	Nickel	B01J23/755	B01J23/755		7194
B01J23/76	9	combined with metals, oxides or hydroxides provided for in groups B01J23/02&#160;-&#160;B01J23/36	B01J23/76	B01J23/76		525
B01J23/78	10	with alkali- or alkaline earth metals	B01J23/78	B01J23/78		3539
B01J23/80	10	with zinc, cadmium or mercury	B01J23/80	B01J23/80		3274
B01J23/825	10	with gallium, indium or thallium	B01J23/825	B01J23/825		420
B01J23/83	10	with rare earths or actinides	B01J23/83	B01J23/83		4575
B01J23/835	10	with germanium, tin or lead	B01J23/835	B01J23/835		705
B01J23/84	10	with arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J23/84	B01J23/84		495
B01J23/843	11	Arsenic, antimony or bismuth	B01J23/843	B01J23/843		51
B01J23/8432	12	{Arsenic}	B01J23/843	B01J23/843		25
B01J23/8435	12	{Antimony}	B01J23/843	B01J23/843		195
B01J23/8437	12	{Bismuth}	B01J23/843	B01J23/843		494
B01J23/847	11	Vanadium, niobium or tantalum {or polonium}	B01J23/847	B01J23/847		77
B01J23/8472	12	{Vanadium}	B01J23/847	B01J23/847		896
B01J23/8474	12	{Niobium}	B01J23/847	B01J23/847		210
B01J23/8476	12	{Tantalum}	B01J23/847	B01J23/847		73
B01J23/8478	12	{Polonium}	B01J23/847	B01J23/847		
B01J23/85	11	Chromium, molybdenum or tungsten	B01J23/85	B01J23/85		1158
B01J23/86	12	Chromium	B01J23/86	B01J23/86		294
B01J23/862	13	{Iron and chromium}	B01J23/86	B01J23/86		482
B01J23/864	13	{Cobalt and chromium}	B01J23/86	B01J23/86		209
B01J23/866	13	{Nickel and chromium}	B01J23/86	B01J23/86		443
B01J23/868	13	{copper and chromium}	B01J23/86	B01J23/86		880
B01J23/88	12	Molybdenum	B01J23/88	B01J23/88		596
B01J23/881	13	and iron	B01J23/881	B01J23/881		515
B01J23/882	13	and cobalt	B01J23/882	B01J23/882		1411
B01J23/883	13	and nickel	B01J23/883	B01J23/883		1815
B01J23/885	13	and copper	B01J23/885	B01J23/885		354
B01J23/887	13	containing in addition other metals, oxides or hydroxides provided for in groups B01J23/02&#160;-&#160;B01J23/36	B01J23/887	B01J23/887		233
B01J23/8871	14	{Rare earth metals or actinides}	B01J23/887	B01J23/887		290
B01J23/8872	14	{Alkali or alkaline earth metals}	B01J23/887	B01J23/887		534
B01J23/8873	14	{Zinc, cadmium or mercury}	B01J23/887	B01J23/887		191
B01J23/8874	14	{Gallium, indium or thallium}	B01J23/887	B01J23/887		62
B01J23/8875	14	{Germanium, tin or lead}	B01J23/887	B01J23/887		108
B01J23/8876	14	{Arsenic, antimony or bismuth}	B01J23/887	B01J23/887		786
B01J23/8877	14	{Vanadium, tantalum, niobium or polonium}	B01J23/887	B01J23/887		514
B01J23/8878	14	{Chromium}	B01J23/887	B01J23/887		349
B01J23/888	12	Tungsten	B01J23/888	B01J23/888		1648
B01J23/8885	13	{containing also molybdenum}	B01J23/888	B01J23/888		839
B01J23/889	11	Manganese, technetium or rhenium	B01J23/889	B01J23/889		154
B01J23/8892	12	{Manganese}	B01J23/889	B01J23/889		4660
B01J23/8894	12	{Technetium}	B01J23/889	B01J23/889		3
B01J23/8896	12	{Rhenium}	B01J23/889	B01J23/889		334
B01J23/8898	12	{containing also molybdenum}	B01J23/889	B01J23/889		324
B01J23/89	9	combined with noble metals	B01J23/89	B01J23/89		914
B01J23/8906	10	{Iron and noble metals}	B01J23/89	B01J23/89		1198
B01J23/8913	10	{Cobalt and noble metals}	B01J23/89	B01J23/89		1350
B01J23/892	10	{Nickel and noble metals}	B01J23/89	B01J23/89		1567
B01J23/8926	10	{Copper and noble metals}	B01J23/89	B01J23/89		1657
B01J23/8933	10	{also combined with metals, or metal oxides or hydroxides provided for in groups B01J23/02&#160;-&#160;B01J23/36}	B01J23/89	B01J23/89		153
B01J23/894	11	{with rare earths or actinides}	B01J23/89	B01J23/89		1095
B01J23/8946	11	{with alkali or alkaline earth metals}	B01J23/89	B01J23/89		842
B01J23/8953	11	{with zinc, cadmium or mercury}	B01J23/89	B01J23/89		447
B01J23/896	11	{with gallium, indium or thallium}	B01J23/89	B01J23/89		123
B01J23/8966	11	{with germanium, tin or lead}	B01J23/89	B01J23/89		291
B01J23/8973	11	{with arsenic, antimony or bismuth}	B01J23/89	B01J23/89		102
B01J23/898	11	{with vanadium, tantalum, niobium or polonium}	B01J23/89	B01J23/89		281
B01J23/8986	11	{with manganese, technetium or rhenium}	B01J23/89	B01J23/89		714
B01J23/8993	11	{with chromium, molybdenum or tungsten}	B01J23/89	B01J23/89		985
B01J23/90	8	Regeneration or reactivation	B01J23/90	B01J23/90		491
B01J23/92	9	of catalysts comprising metals, oxides or hydroxides provided for in groups B01J23/02&#160;-&#160;B01J23/36	B01J23/92	B01J23/92		673
B01J23/94	9	of catalysts comprising metals, oxides or hydroxides of the iron group metals or copper	B01J23/94	B01J23/94		1185
B01J23/96	9	of catalysts comprising metals, oxides or hydroxides of the noble metals	B01J23/96	B01J23/96		1261
B01J25/00	7	Catalysts of the Raney type	B01J25/00	B01J25/00		375
B01J25/02	8	Raney nickel	B01J25/02	B01J25/02		506
B01J25/04	8	Regeneration or reactivation	B01J25/04	B01J25/04		77
B01J27/00	7	Catalysts comprising the elements or compounds of halogens, sulfur, selenium, tellurium, phosphorus or nitrogen; Catalysts comprising carbon compounds<br><br><u>NOTE</u><br><br>Metal catalysts or metal oxide catalysts activated or conditioned by halogens, sulfur or phosphorus, or compounds thereof are classified in the appropriate groups for metal or metal oxide catalysts	B01J27/00	B01J27/00		238
B01J27/02	8	Sulfur, selenium or tellurium; Compounds thereof	B01J27/02	B01J27/02		912
B01J27/04	9	Sulfides	B01J27/04	B01J27/04		2181
B01J27/043	10	with iron group metals or platinum group metals	B01J27/043	B01J27/043		1077
B01J27/045	11	Platinum group metals	B01J27/045	B01J27/045		266
B01J27/047	10	with chromium, molybdenum, tungsten or polonium	B01J27/047	B01J27/047		365
B01J27/049	11	with iron group metals or platinum group metals	B01J27/049	B01J27/049		360
B01J27/051	11	Molybdenum	B01J27/051	B01J27/051		1175
B01J27/0515	12	{with iron group metals or platinum group metals}	B01J27/051	B01J27/051		802
B01J27/053	9	Sulfates	B01J27/053	B01J27/053		1457
B01J27/055	10	with alkali metals, copper, gold or silver	B01J27/055	B01J27/055		376
B01J27/057	9	Selenium or tellurium; Compounds thereof	B01J27/057	B01J27/057		96
B01J27/0573	10	{Selenium; Compounds thereof}	B01J27/057	B01J27/057		732
B01J27/0576	10	{Tellurium; Compounds thereof}	B01J27/057	B01J27/057		769
B01J27/06	8	Halogens; Compounds thereof	B01J27/06	B01J27/06		2266
B01J27/08	9	Halides	B01J27/08	B01J27/08		826
B01J27/10	10	Chlorides	B01J27/10	B01J27/10		930
B01J27/12	10	Fluorides	B01J27/12	B01J27/12		666
B01J27/122	10	of copper	B01J27/122	B01J27/122		423
B01J27/125	9	with scandium, yttrium, aluminium, gallium, indium or thallium	B01J27/125	B01J27/125		548
B01J27/128	9	with iron group metals or platinum group metals	B01J27/128	B01J27/128		820
B01J27/13	10	Platinum group metals	B01J27/13	B01J27/13		798
B01J27/132	9	with chromium, molybdenum, tungsten or polonium	B01J27/132	B01J27/132		445
B01J27/135	9	with titanium, zirconium, hafnium, germanium, tin or lead	B01J27/135	B01J27/135		716
B01J27/138	9	with alkaline earth metals, magnesium, beryllium, zinc, cadmium or mercury	B01J27/138	B01J27/138		989
B01J27/14	8	Phosphorus; Compounds thereof	B01J27/14	B01J27/14		471
B01J27/16	9	containing oxygen {, i.e. acids, anhydrides and their derivates with N, S, B or halogens without carriers or on carriers based on C, Si, Al or Zr; also salts of Si, Al and Zr}	B01J27/16	B01J27/16		972
B01J27/18	10	with metals {other than Al or Zr}	B01J27/18	B01J27/18		459
B01J27/1802	11	{Salts or mixtures of anhydrides with compounds of other metals than V, Nb, Ta, Cr, Mo, W, Mn, Tc, Re, e.g. phosphates, thiophosphates}	B01J27/18	B01J27/18		165
B01J27/1804	12	{with rare earths or actinides}	B01J27/18	B01J27/18		132
B01J27/1806	12	{with alkaline or alkaline earth metals}	B01J27/18	B01J27/18		476
B01J27/1808	12	{with zinc, cadmium or mercury}	B01J27/18	B01J27/18		86
B01J27/1811	12	{with gallium, indium or thallium}	B01J27/18	B01J27/18		38
B01J27/1813	12	{with germanium, tin or lead}	B01J27/18	B01J27/18		67
B01J27/1815	12	{with arsenic, antimony or bismuth}	B01J27/18	B01J27/18		42
B01J27/1817	12	{with copper, silver or gold}	B01J27/18	B01J27/18		378
B01J27/182	9	with silicon	B01J27/182	B01J27/182		244
B01J27/185	9	with iron group metals or platinum group metals	B01J27/185	B01J27/185		154
B01J27/1853	10	{with iron, cobalt or nickel}	B01J27/185	B01J27/185		1401
B01J27/1856	10	{with platinum group metals}	B01J27/185	B01J27/185		489
B01J27/186	9	with arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J27/186	B01J27/186		494
B01J27/187	10	with manganese, technetium or rhenium	B01J27/187	B01J27/187		276
B01J27/188	10	with chromium, molybdenum, tungsten or polonium	B01J27/188	B01J27/188		1853
B01J27/19	11	Molybdenum	B01J27/19	B01J27/19		1734
B01J27/192	12	with bismuth	B01J27/192	B01J27/192		292
B01J27/195	10	with vanadium, niobium or tantalum	B01J27/195	B01J27/195		183
B01J27/198	11	Vanadium	B01J27/198	B01J27/198		856
B01J27/199	12	with chromium, molybdenum, tungsten or polonium	B01J27/199	B01J27/199		785
B01J27/20	8	Carbon compounds	B01J27/20	B01J27/20		331
B01J27/22	9	Carbides	B01J27/22	B01J27/22		1948
B01J27/224	10	Silicon carbide	B01J27/224	B01J27/224		814
B01J27/228	11	with phosphorus, arsenic, antimony or bismuth	B01J27/228	B01J27/228		62
B01J27/232	9	Carbonates	B01J27/232	B01J27/232		1026
B01J27/236	10	Hydroxy carbonates	B01J27/236	B01J27/236		229
B01J27/24	8	Nitrogen compounds	B01J27/24	B01J27/24		10642
B01J27/25	9	Nitrates	B01J27/25	B01J27/25		488
B01J27/26	9	Cyanides	B01J27/26	B01J27/26		374
B01J27/28	8	Regeneration or reactivation	B01J27/28	B01J27/28		101
B01J27/285	9	{of catalysts comprising compounds of phosphorus}	B01J27/28	B01J27/28		233
B01J27/30	9	of catalysts comprising compounds of sulfur, selenium or tellurium	B01J27/30	B01J27/30		124
B01J27/32	9	of catalysts comprising compounds of halogens	B01J27/32	B01J27/32		316
B01J29/00	7	Catalysts comprising molecular sieves {(molecular sieves per seC01B)}<br><br><u>NOTE</u><br><br> In this group, the following term is used with the meaning indicated: <br>"zeolites" means:<br>crystalline aluminosilicates with base-exchange and molecular sieve properties, having three dimensional [3D], microporous lattice framework structure of tetrahedral oxide units;<br>compounds isomorphous to those of the former category, wherein the aluminium or silicon atoms in the framework are partly or wholly replaced by atoms of other elements, e.g. by gallium, germanium, phosphorus or boron.<br> If metals are introduced into the framework of the molecular sieve already in the synthesis stage, B01J29/86&#160;-&#160;B01J29/89 take precedence. <br> Mixtures of molecular sieves are classified in B01J29/005 or B01J29/80 and receive indexing codes chosen from groups B01J29/03&#160;-&#160;B01J29/89 to identify the individual constituents of these mixtures 	B01J29/00	B01J29/00		700
B01J29/005	8	{Mixtures of molecular sieves comprising at least one molecular sieve which is not an aluminosilicate zeolite, e.g. from groups B01J29/03&#160;-&#160;B01J29/049 or B01J29/82&#160;-&#160;B01J29/89}	B01J29/00	B01J29/00		584
B01J29/03	8	not having base-exchange properties {(B01J29/005 takes precedence)}	B01J29/03	B01J29/03		184
B01J29/0308	9	{Mesoporous materials not having base exchange properties, e.g. Si-MCM-41}	B01J29/03	B01J29/03		765
B01J29/0316	10	{containing iron group metals, noble metals or copper}	B01J29/03	B01J29/03		24
B01J29/0325	11	{Noble metals}	B01J29/03	B01J29/03		335
B01J29/0333	11	{Iron group metals or copper}	B01J29/03	B01J29/03		596
B01J29/0341	10	{containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium}	B01J29/03	B01J29/03		543
B01J29/035	9	{Microporous crystalline materials not having base exchange properties, such as} silica polymorphs, e.g. silicalites	B01J29/035	B01J29/035		443
B01J29/0352	10	{containing iron group metals, noble metals or copper}	B01J29/035	B01J29/035		15
B01J29/0354	11	{Noble metals}	B01J29/035	B01J29/035		108
B01J29/0356	11	{Iron group metals or copper}	B01J29/035	B01J29/035		166
B01J29/0358	10	{containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium}	B01J29/035	B01J29/035		96
B01J29/04	8	having base-exchange properties, e.g. crystalline zeolites {(B01J29/005 takes precedence)}	B01J29/04	B01J29/04		869
B01J29/041	9	{Mesoporous materials having base exchange properties, e.g. Si/Al-MCM-41}	B01J29/04	B01J29/04		527
B01J29/042	10	{containing iron group metals, noble metals or copper}	B01J29/04	B01J29/04		35
B01J29/043	11	{Noble metals}	B01J29/04	B01J29/04		184
B01J29/044	11	{Iron group metals or copper}	B01J29/04	B01J29/04		299
B01J29/045	10	{containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium}	B01J29/04	B01J29/04		346
B01J29/046	9	{Chromiasilicates; Aluminochromosilicates (B01J29/005 takes precedence)}	B01J29/04	B01J29/04		42
B01J29/047	9	{Germanosilicates; Aluminogermanosilicates (B01J29/005 takes precedence)}	B01J29/04	B01J29/04		97
B01J29/048	9	{Zincosilicates, Aluminozincosilicates (B01J29/005 takes precedence)}	B01J29/04	B01J29/04		36
B01J29/049	9	{Pillared clays}	B01J29/04	B01J29/04		323
B01J29/06	9	Crystalline aluminosilicate zeolites; Isomorphous compounds thereof	B01J29/06	B01J29/06		1456
B01J29/061	10	{containing metallic elements added to the zeolite}	B01J29/06	B01J29/06		900
B01J2029/062	10	{Mixtures of different aluminosilicates}	B01J29/06	B01J29/06		115
B01J29/064	10	containing iron group metals, noble metals or copper	B01J29/064	B01J29/064		258
B01J29/068	11	Noble metals	B01J29/068	B01J29/068		719
B01J29/072	11	Iron group metals or copper	B01J29/072	B01J29/072		820
B01J29/076	10	containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J29/076	B01J29/076		557
B01J29/08	10	of the faujasite type, e.g. type X or Y	B01J29/08	B01J29/08		829
B01J2029/081	11	{Increasing the silica/alumina ratio; Desalumination}	B01J29/08	B01J29/08		81
B01J29/082	11	{X-type faujasite}	B01J29/08	B01J29/08		272
B01J29/084	11	{Y-type faujasite}	B01J29/08	B01J29/08		2033
B01J29/085	11	{containing rare earth elements, titanium, zirconium, hafnium, zinc, cadmium, mercury, gallium, indium, thallium, tin or lead}	B01J29/08	B01J29/08		91
B01J29/087	12	{X-type faujasite}	B01J29/08	B01J29/08		137
B01J29/088	12	{Y-type faujasite}	B01J29/08	B01J29/08		792
B01J29/10	11	containing iron group metals, noble metals or copper	B01J29/10	B01J29/10		79
B01J29/103	12	{X-type faujasite}	B01J29/10	B01J29/10		17
B01J29/106	12	{Y-type faujasite}	B01J29/10	B01J29/10		126
B01J29/12	12	Noble metals	B01J29/12	B01J29/12		140
B01J29/123	13	{X-type faujasite}	B01J29/12	B01J29/12		67
B01J29/126	13	{Y-type faujasite}	B01J29/12	B01J29/12		588
B01J29/14	12	Iron group metals or copper	B01J29/14	B01J29/14		135
B01J29/143	13	{X-type faujasite}	B01J29/14	B01J29/14		104
B01J29/146	13	{Y-type faujasite}	B01J29/14	B01J29/14		676
B01J29/16	11	containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J29/16	B01J29/16		174
B01J29/163	12	{X-type faujasite}	B01J29/16	B01J29/16		85
B01J29/166	12	{Y-type faujasite}	B01J29/16	B01J29/16		984
B01J29/18	10	of the mordenite type	B01J29/18	B01J29/18		874
B01J29/185	11	{containing rare earth elements, titanium, zirconium, hafnium, zinc, cadmium, mercury, gallium, indium, thallium, tin or lead}	B01J29/18	B01J29/18		162
B01J29/20	11	containing iron group metals, noble metals or copper	B01J29/20	B01J29/20		93
B01J29/22	12	Noble metals	B01J29/22	B01J29/22		339
B01J29/24	12	Iron group metals or copper	B01J29/24	B01J29/24		339
B01J29/26	11	containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J29/26	B01J29/26		286
B01J29/40	10	of the pentasil type, e.g. types ZSM-5, ZSM-8 or ZSM-11, as exemplified by patent documents US3702886, GB1334243 and US3709979, respectively	B01J29/40	B01J29/40		3821
B01J29/405	11	{containing rare earth elements, titanium, zirconium, hafnium, zinc, cadmium, mercury, gallium, indium, thallium, tin or lead}	B01J29/40	B01J29/40		1316
B01J29/42	11	containing iron group metals, noble metals or copper	B01J29/42	B01J29/42		118
B01J29/44	12	Noble metals	B01J29/44	B01J29/44		1243
B01J29/46	12	Iron group metals or copper	B01J29/46	B01J29/46		2110
B01J29/48	11	containing arsenic, antimony, bismuth, vanadium, niobium tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J29/48	B01J29/48		1560
B01J29/50	10	of the erionite or offretite type, e.g. zeolite T, as exemplified by patent document US2950952	B01J29/50	B01J29/50		156
B01J29/505	11	{containing rare earth elements, titanium, zirconium, hafnium, zinc, cadmium, mercury, gallium, indium, thallium, tin or lead}	B01J29/50	B01J29/50		36
B01J29/52	11	containing iron group metals, noble metals or copper	B01J29/52	B01J29/52		13
B01J29/54	12	Noble metals	B01J29/54	B01J29/54		42
B01J29/56	12	Iron group metals or copper	B01J29/56	B01J29/56		82
B01J29/58	11	containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J29/58	B01J29/58		32
B01J29/60	10	of the type L, as exemplified by patent document US3216789	B01J29/60	B01J29/60		187
B01J29/605	11	{containing rare earth elements, titanium, zirconium, hafnium, zinc, cadmium, mercury, gallium, indium, thallium, tin or lead}	B01J29/60	B01J29/60		39
B01J29/61	11	containing iron group metals, noble metals or copper	B01J29/61	B01J29/61		24
B01J29/62	12	Noble metals	B01J29/62	B01J29/62		201
B01J29/63	12	Iron group metals or copper	B01J29/63	B01J29/63		56
B01J29/64	11	containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J29/64	B01J29/64		46
B01J29/65	10	of the ferrierite type, e.g. types ZSM-21, ZSM-35 or ZSM-38, as exemplified by patent documents US4046859, US4016245 and US4046859, respectively	B01J29/65	B01J29/65		631
B01J29/655	11	{containing rare earth elements, titanium, zirconium, hafnium, zinc, cadmium, mercury, gallium, indium, thallium, tin or lead}	B01J29/65	B01J29/65		74
B01J29/66	11	containing iron group metals, noble metals or copper	B01J29/66	B01J29/66		25
B01J29/67	12	Noble metals	B01J29/67	B01J29/67		147
B01J29/68	12	Iron group metals or copper	B01J29/68	B01J29/68		178
B01J29/69	11	containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J29/69	B01J29/69		85
B01J29/70	10	of types characterised by their specific structure not provided for in groups B01J29/08&#160;-&#160;B01J29/65	B01J29/70	B01J29/70		2096
B01J29/7003	11	{A-type}	B01J29/70	B01J29/70		259
B01J29/7007	11	{Zeolite Beta}	B01J29/70	B01J29/70		1329
B01J29/7011	11	{MAZ-type, e.g. Mazzite, Omega, ZSM-4 or LZ-202}	B01J29/70	B01J29/70		87
B01J29/7015	11	{CHA-type, e.g. Chabazite, LZ-218}	B01J29/70	B01J29/70		332
B01J29/7019	11	{EMT-type, e.g. EMC-2, ECR-30, CSZ-1, ZSM-3 or ZSM-20}	B01J29/70	B01J29/70		34
B01J29/7023	11	{EUO-type, e.g. EU-1, TPZ-3 or ZSM-50}	B01J29/70	B01J29/70		92
B01J29/7026	11	{MFS-type, e.g. ZSM-57}	B01J29/70	B01J29/70		56
B01J29/703	11	{MRE-type, e.g. ZSM-48}	B01J29/70	B01J29/70		165
B01J29/7034	11	{MTW-type, e.g. ZSM-12, NU-13, TPZ-12 or Theta-3}	B01J29/70	B01J29/70		177
B01J29/7038	11	{MWW-type, e.g. MCM-22, ERB-1, ITQ-1, PSH-3 or SSZ-25}	B01J29/70	B01J29/70		458
B01J29/7042	11	{TON-type, e.g. Theta-1, ISI-1, KZ-2, NU-10 or ZSM-22}	B01J29/70	B01J29/70		189
B01J29/7046	11	{MTT-type, e.g. ZSM-23, KZ-1, ISI-4 or EU-13}	B01J29/70	B01J29/70		164
B01J29/7049	11	{containing rare earth elements, titanium, zirconium, hafnium, zinc, cadmium, mercury, gallium, indium, thallium, tin or lead}	B01J29/70	B01J29/70		297
B01J29/7053	12	{A-type}	B01J29/70	B01J29/70		65
B01J29/7057	12	{Zeolite Beta}	B01J29/70	B01J29/70		461
B01J29/7061	12	{MAZ-type, e.g. Mazzite, Omega, ZSM-4 or LZ-202}	B01J29/70	B01J29/70		6
B01J29/7065	12	{CHA-type, e.g. Chabazite, LZ-218}	B01J29/70	B01J29/70		98
B01J29/7069	12	{EMT-type, e.g. EMC-2, ECR-30, CSZ-1, ZSM-3 or ZSM-20}	B01J29/70	B01J29/70		13
B01J29/7073	12	{EUO-type, e.g. EU-1, TPZ-3 or ZSM-50}	B01J29/70	B01J29/70		17
B01J29/7076	12	{MFS-type, e.g. ZSM-57}	B01J29/70	B01J29/70		10
B01J29/708	12	{MRE-type, e.g. ZSM-48}	B01J29/70	B01J29/70		24
B01J29/7084	12	{MTW-type, e.g. ZSM-12, NU-13, TPZ-12 or Theta-3}	B01J29/70	B01J29/70		29
B01J29/7088	12	{MWW-type, e.g. MCM-22, ERB-1, ITQ-1, PSH-3 or SSZ-25}	B01J29/70	B01J29/70		199
B01J29/7092	12	{TON-type, e.g. Theta-1, ISI-1, KZ-2, NU-10 or ZSM-22}	B01J29/70	B01J29/70		43
B01J29/7096	12	{MTT-type, e.g. ZSM-23, KZ-1, ISI-4 or EU-13}	B01J29/70	B01J29/70		38
B01J29/72	11	containing iron group metals, noble metals or copper	B01J29/72	B01J29/72		191
B01J29/7207	12	{A-type}	B01J29/72	B01J29/72		30
B01J29/7215	12	{Zeolite Beta}	B01J29/72	B01J29/72		188
B01J29/7223	12	{MAZ-type, e.g. Mazzite, Omega, ZSM-4 or LZ-202}	B01J29/72	B01J29/72		4
B01J29/723	12	{CHA-type, e.g. Chabazite, LZ-218}	B01J29/72	B01J29/72		154
B01J29/7238	12	{EMT-type, e.g. EMC-2, ECR-30, CSZ-1, ZSM-3 or ZSM-20}	B01J29/72	B01J29/72		5
B01J29/7246	12	{EUO-type, e.g. EU-1, TPZ-3 or ZSM-50}	B01J29/72	B01J29/72		18
B01J29/7253	12	{MFS-type, e.g. ZSM-57}	B01J29/72	B01J29/72		3
B01J29/7261	12	{MRE-type, e.g. ZSM-48}	B01J29/72	B01J29/72		21
B01J29/7269	12	{MTW-type, e.g. ZSM-12, NU-13, TPZ-12 or Theta-3}	B01J29/72	B01J29/72		18
B01J29/7276	12	{MWW-type, e.g. MCM-22, ERB-1, ITQ-1, PSH-3 or SSZ-25}	B01J29/72	B01J29/72		57
B01J29/7284	12	{TON-type, e.g. Theta-1, ISI-1, KZ-2, NU-10 or ZSM-22}	B01J29/72	B01J29/72		22
B01J29/7292	12	{MTT-type, e.g. ZSM-23, KZ-1, ISI-4 or EU-13}	B01J29/72	B01J29/72		21
B01J29/74	12	Noble metals	B01J29/74	B01J29/74		559
B01J29/7407	13	{A-type}	B01J29/74	B01J29/74		60
B01J29/7415	13	{Zeolite Beta}	B01J29/74	B01J29/74		614
B01J29/7423	13	{MAZ-type, e.g. Mazzite, Omega, ZSM-4 or LZ-202}	B01J29/74	B01J29/74		15
B01J29/743	13	{CHA-type, e.g. Chabazite, LZ-218}	B01J29/74	B01J29/74		143
B01J29/7438	13	{EMT-type, e.g. EMC-2, ECR-30, CSZ-1, ZSM-3 or ZSM-20}	B01J29/74	B01J29/74		14
B01J29/7446	13	{EUO-type, e.g. EU-1, TPZ-3 or ZSM-50}	B01J29/74	B01J29/74		88
B01J29/7453	13	{MFS-type, e.g. ZSM-57}	B01J29/74	B01J29/74		12
B01J29/7461	13	{MRE-type, e.g. ZSM-48}	B01J29/74	B01J29/74		157
B01J29/7469	13	{MTW-type, e.g. ZSM-12, NU-13, TPZ-12 or Theta-3}	B01J29/74	B01J29/74		104
B01J29/7476	13	{MWW-type, e.g. MCM-22, ERB-1, ITQ-1, PSH-3 or SSZ-25}	B01J29/74	B01J29/74		167
B01J29/7484	13	{TON-type, e.g. Theta-1, ISI-1, KZ-2, NU-10 or ZSM-22}	B01J29/74	B01J29/74		162
B01J29/7492	13	{MTT-type, e.g. ZSM-23, KZ-1, ISI-4 or EU-13}	B01J29/74	B01J29/74		121
B01J29/76	12	Iron group metals or copper	B01J29/76	B01J29/76		888
B01J29/7607	13	{A-type}	B01J29/76	B01J29/76		124
B01J29/7615	13	{Zeolite Beta}	B01J29/76	B01J29/76		875
B01J29/7623	13	{MAZ-type, e.g. Mazzite, Omega, ZSM-4 or LZ-202}	B01J29/76	B01J29/76		18
B01J29/763	13	{CHA-type, e.g. Chabazite, LZ-218}	B01J29/76	B01J29/76		665
B01J29/7638	13	{EMT-type, e.g. EMC-2, ECR-30, CSZ-1, ZSM-3 or ZSM-20}	B01J29/76	B01J29/76		18
B01J29/7646	13	{EUO-type, e.g. EU-1, TPZ-3 or ZSM-50}	B01J29/76	B01J29/76		28
B01J29/7653	13	{MFS-type, e.g. ZSM-57}	B01J29/76	B01J29/76		12
B01J29/7661	13	{MRE-type, e.g. ZSM-48}	B01J29/76	B01J29/76		39
B01J29/7669	13	{MTW-type, e.g. ZSM-12, NU-13, TPZ-12 or Theta-3}	B01J29/76	B01J29/76		55
B01J29/7676	13	{MWW-type, e.g. MCM-22, ERB-1, ITQ-1, PSH-3 or SSZ-25}	B01J29/76	B01J29/76		149
B01J29/7684	13	{TON-type, e.g. Theta-1, ISI-1, KZ-2, NU-10 or ZSM-22}	B01J29/76	B01J29/76		61
B01J29/7692	13	{MTT-type, e.g. ZSM-23, KZ-1, ISI-4 or EU-13}	B01J29/76	B01J29/76		42
B01J29/78	11	containing arsenic, antimony, bismuth, vanadium, niobium, tantalum, polonium, chromium, molybdenum, tungsten, manganese, technetium or rhenium	B01J29/78	B01J29/78		430
B01J29/7807	12	{A-type}	B01J29/78	B01J29/78		89
B01J29/7815	12	{Zeolite Beta}	B01J29/78	B01J29/78		634
B01J29/7823	12	{MAZ-type, e.g. Mazzite, Omega, ZSM-4 or LZ-202}	B01J29/78	B01J29/78		14
B01J29/783	12	{CHA-type, e.g. Chabazite, LZ-218}	B01J29/78	B01J29/78		141
B01J29/7838	12	{EMT-type, e.g. EMC-2, ECR-30, CSZ-1, ZSM-3 or ZSM-20}	B01J29/78	B01J29/78		10
B01J29/7846	12	{EUO-type, e.g. EU-1, TPZ-3 or ZSM-50}	B01J29/78	B01J29/78		31
B01J29/7853	12	{MFS-type, e.g. ZSM-57}	B01J29/78	B01J29/78		9
B01J29/7861	12	{MRE-type, e.g. ZSM-48}	B01J29/78	B01J29/78		53
B01J29/7869	12	{MTW-type, e.g. ZSM-12, NU-13, TPZ-12 or Theta-3}	B01J29/78	B01J29/78		56
B01J29/7876	12	{MWW-type, e.g. MCM-22, ERB-1, ITQ-1, PSH-3 or SSZ-25}	B01J29/78	B01J29/78		150
B01J29/7884	12	{TON-type, e.g. Theta-1, ISI-1, KZ-2, NU-10 or ZSM-22}	B01J29/78	B01J29/78		59
B01J29/7892	12	{MTT-type, e.g. ZSM-23, KZ-1, ISI-4 or EU-13}	B01J29/78	B01J29/78		52
B01J29/80	10	Mixtures of different zeolites	B01J29/80	B01J29/80		1929
B01J29/82	8	Phosphates {(B01J29/005 takes precedence)}	B01J29/82	B01J29/82		186
B01J29/83	9	Aluminophosphates [APO compounds]	B01J29/83	B01J29/83		337
B01J29/84	9	Aluminophosphates containing other elements, e.g. metals, boron	B01J29/84	B01J29/84		386
B01J29/85	10	Silicoaluminophosphates [SAPO compounds]	B01J29/85	B01J29/85		2396
B01J29/86	8	Borosilicates; Aluminoborosilicates {(B01J29/005 takes precedence)}	B01J29/86	B01J29/86		398
B01J29/87	8	Gallosilicates; Aluminogallosilicates; Galloborosilicates {(B01J29/005 takes precedence)}	B01J29/87	B01J29/87		293
B01J29/88	8	Ferrosilicates; Ferroaluminosilicates {(B01J29/005 takes precedence)}	B01J29/88	B01J29/88		190
B01J29/89	8	Silicates, aluminosilicates or borosilicates of titanium, zirconium or hafnium {(B01J29/005 takes precedence)}	B01J29/89	B01J29/89		1639
B01J29/90	8	Regeneration or reactivation	B01J29/90	B01J29/90		1346
B01J31/00	7	Catalysts comprising hydrides, coordination complexes or organic compounds (catalyst compositions used only in polymerisation reactions C08{; catalytic antibodies C12N9/0002})<br><br><u>NOTE</u><br><br>Group B01J31/003 takes precedence over groups B01J31/02&#160;-&#160;B01J31/24 (catalytic antibodies C12N9/0002 ) <br>In this group, the following terms or expressions are used with the meanings indicated: <br>"Organic compound" a compound in which carbon is bonded to <br>(1)a second carbon; <br>(2)at least one atom of hydrogen or halogen; or <br>(3)nitrogen by a single or double bond; except cyanic acid (HOCN), cyanogen (NCCN), cyanamide (H2NCN), cyanogen halide (HalCN), hydrocyanic acid (HCN) isocyanic acid (HNCO) fulminic acid (HCNO)and metal carbides (MCCM) (catalysts comprising any of these exceptions or their salts B01J27/20&#160;-&#160;B01J27/26. <br>"Organometallic compounds" includes all organic compounds wherein a metal or metalloid atom is bonded directly to a carbon fragment, the latter being formally anionic, no further neutral ligands being coordinated to the metal and the compound requiring no further cations for charge balance; e.g. M(1-CR3)n with M= main group metal, n= valency of metal and R= H or hydrocarbyl. (Compounds comprising anionic organonitrogen, organooxygen and organosulfur fragments, excluding carboxylates, with a metal bonded to these heteroatoms B01J31/02&#160;-&#160;B01J31/0254; unsaturated carbon fragments in combination with transition metals B01J31/2282. <br>"Coordination complexes" includes any donor-acceptor compounds or complex ions comprising organic or inorganic, anionic or neutral Lewis basic ligands, attached to a Lewis acid central metal or metal ion through one or several complexing donor atoms with at least one lone-pair of electrons, e.g. N, O, S, P, to provide at least a Sigma-bond. Typically the maximum number of same or different ligands according to the coordination number, spatial requirements of the ligand and electronic configuration of the metal is bound in a predictable geometry. Complexes of neutral, cationic or anionic hydrocarbon ligands with delocalised charge and/or bonding site, e.g. Pd-olefin complexes or metallocenes, are also included (the following groups take precedence: simple hydrocarbyl metal compounds, e.g. of main group metal(loids) B01J31/12; oxoacid salts B01J31/04&#160;-&#160;B01J31/10; other compounds comprising anionic organonitrogen, organooxygen and organosulfur fragments with a metal bonded to these heteroatoms B01J31/02&#160;-&#160;B01J31/0254. <br>"Organometallic complexes" includes all coordination complexes comprising a M-C bond, e.g. metal carbonyls (complex cyanides such as M4[Fe(CN)6] B01J27/26 ).Included are furthermore complexes which are not strictly organometallic per se, e.g. comprising only N, O, S and/or P coordinated ligands, but are described as involving, or known to involve, organometallic intermediates and/or transition states during use, e.g. Group 8-10 metal complexes for a variety of catalytic reactions or steps thereof, such as oxidative addition, e.g. of ArX, hydrogenation, carbonylation, epoxidation, etc. <br>"Organic complexes" includes all coordination complexes comprising organic ligands (groups B01J31/1608&#160;-&#160;B01J31/1895 take precedence). <br>"Polymer" includes any macromolecular substance (typically M&gt;10000 g/mol), which comprises repeating units made up of one or several kinds of atoms or groups of atoms, which are identically connected to one another. Oligomers, i.e. more than two identical repeating units connected to one another and typically 500&lt;M&lt;10000 g/mol, are grouped with the respective polymers (polymers per seC08). <br>In this group, if two or more aspects are of equal importance, these are each classified, e.g. two components in a catalyst system such as: <br>support and pendant or otherwise immobilised coordination complex; or <br>coordination complex and essential additive. <br> However, if two components, even if separately added, are described as forming, or known to form, a coordination complex, only the latter is classified, e.g. phosphine and Group 8-10 metal such as rhodium. The groups B01J31/26&#160;-&#160;B01J31/38 are not to be used for the central metals in coordination complexes but rather for separately added further inorganic ingredients. <br> Each specifically disclosed alternative is separately classified, i.e. specifically disclosed by ways of worked examples, specific claims and/or explicit alternatives therein. <br>When classifying in B01J31/00, additional information for the catalysts is provided as follows: <br> (4-1) the specifically disclosed intended uses are indexed in B01J2231/00;  <br>(4-2) general aspects of the complexes of group B01J31/16 and the specifically disclosed central metal(s) therein, as well as additional information regarding any special solvents used for any catalyst system of this group are indexed in B01J2531/00.  <br>(4-3) conceptual articles, e.g. reviews, are separately indexed in B01J2231/005 and B01J2531/001;  <br>(4-4) additional information regarding the complexes or ligands classified in B01J31/16&#160;-&#160;B01J31/24 and indexed in B01J2531/00 is indexed in B01J2540/00, e.g. non-coordinating substituents on the ligand periphery	B01J31/00	B01J31/00		266
B01J31/003	8	{containing enzymes}<br><br><u>NOTE</u><br><br>In this group, the presence of water is disregarded for classification purposes.	B01J31/00	B01J31/00		350
B01J31/006	8	{comprising organic radicals, e.g. TEMPO}	B01J31/00	B01J31/00		152
B01J31/02	8	containing organic compounds or metal hydrides	B01J31/02	B01J31/02		605
B01J31/0201	9	{Oxygen-containing compounds}	B01J31/02	B01J31/02		244
B01J31/0202	10	{Alcohols or phenols}	B01J31/02	B01J31/02		409
B01J31/0204	10	{Ethers}	B01J31/02	B01J31/02		303
B01J31/0205	10	{comprising carbonyl groups or oxygen-containing derivatives, e.g. acetals, ketals, cyclic peroxides}	B01J31/02	B01J31/02		79
B01J31/0207	11	{Aldehydes or acetals}	B01J31/02	B01J31/02		58
B01J31/0208	11	{Ketones or ketals}	B01J31/02	B01J31/02		161
B01J31/0209	10	{Esters of carboxylic or carbonic acids}	B01J31/02	B01J31/02		265
B01J31/0211	10	{with a metal-oxygen link}	B01J31/02	B01J31/02		143
B01J31/0212	11	{Alkoxylates}	B01J31/02	B01J31/02		584
B01J31/0214	11	{Aryloxylates, e.g. phenolates}	B01J31/02	B01J31/02		104
B01J31/0215	9	{Sulfur-containing compounds}	B01J31/02	B01J31/02		154
B01J31/0217	10	{Mercaptans or thiols}	B01J31/02	B01J31/02		94
B01J31/0218	10	{Sulfides}	B01J31/02	B01J31/02		78
B01J31/022	11	{Disulfides}	B01J31/02	B01J31/02		19
B01J31/0221	11	{Polysulfides}	B01J31/02	B01J31/02		5
B01J31/0222	10	{comprising sulfonyl groups}	B01J31/02	B01J31/02		119
B01J31/0224	11	{being perfluorinated, i.e. comprising at least one perfluorinated moiety as substructure in case of polyfunctional compounds}	B01J31/02	B01J31/02		59
B01J31/0225	10	{comprising sulfonic acid groups or the corresponding salts}	B01J31/02	B01J31/02		677
B01J31/0227	11	{being perfluorinated, i.e. comprising at least one perfluorinated moiety as substructure in case of polyfunctional compounds}	B01J31/02	B01J31/02		293
B01J31/0228	10	{with a metal-sulfur link, e.g. mercaptides}	B01J31/02	B01J31/02		49
B01J31/0229	10	{also containing elements or functional groups covered by B01J31/0201&#160;-&#160;B01J31/0214}	B01J31/02	B01J31/02		84
B01J31/0231	9	{Halogen-containing compounds}	B01J31/02	B01J31/02		415
B01J31/0232	10	{also containing elements or functional groups covered by B01J31/0201&#160;-&#160;B01J31/0228(perfluorinated sulfonyl compounds or moieties B01J31/0224; perfluorosulfonic acids B01J31/0227)}	B01J31/02	B01J31/02		135
B01J31/0234	9	{Nitrogen-, phosphorus-, arsenic- or antimony-containing compounds}	B01J31/02	B01J31/02		74
B01J31/0235	10	{Nitrogen containing compounds}	B01J31/02	B01J31/02		389
B01J31/0237	11	{Amines}	B01J31/02	B01J31/02		887
B01J31/0238	12	{with a primary amino group}	B01J31/02	B01J31/02		220
B01J31/0239	11	{Quaternary ammonium compounds}	B01J31/02	B01J31/02		1079
B01J31/0241	11	{Imines or enamines}	B01J31/02	B01J31/02		99
B01J31/0242	12	{Enamines}	B01J31/02	B01J31/02		16
B01J31/0244	11	{with nitrogen contained as ring member in aromatic compounds or moieties, e.g. pyridine}	B01J31/02	B01J31/02		1309
B01J31/0245	11	{being derivatives of carboxylic or carbonic acids}	B01J31/02	B01J31/02		72
B01J31/0247	12	{Imides, amides or imidates (R-C=NR(OR))}	B01J31/02	B01J31/02		428
B01J31/0248	12	{Nitriles}	B01J31/02	B01J31/02		79
B01J31/0249	12	{Ureas (R2N-C(=O)-NR2)}	B01J31/02	B01J31/02		129
B01J31/0251	12	{Guanidides (R2N-C(=NR)-NR2)}	B01J31/02	B01J31/02		103
B01J31/0252	11	{with a metal-nitrogen link, e.g. metal amides, metal guanidides}	B01J31/02	B01J31/02		139
B01J31/0254	11	{on mineral substrates}	B01J31/02	B01J31/02		383
B01J31/0255	10	{Phosphorus containing compounds}	B01J31/02	B01J31/02		77
B01J31/0257	11	{Phosphorus acids or phosphorus acid esters}	B01J31/02	B01J31/02		33
B01J31/0258	12	{Phosphoric acid mono-, di- or triesters ((RO)(R&apos;O)2P=O), i.e. R= C, R&apos;= C, H}	B01J31/02	B01J31/02		193
B01J31/0259	12	{comprising phosphorous acid (-ester) groups ((RO)P(OR&apos;)2) or the isomeric phosphonic acid (-ester) groups (R(R&apos;O)2P=O), i.e. R= C, R&apos;= C, H}	B01J31/02	B01J31/02		135
B01J31/0261	12	{comprising phosphonous acid (-ester) groups (RP(OR&apos;)2) or the isomeric phosphinic acid (-ester) groups (R2(R&apos;O)P=O), i.e. R= C, R&apos;= C, H}	B01J31/02	B01J31/02		39
B01J31/0262	12	{comprising phosphinous acid (-ester) groups (R2P(OR&apos;)) or the isomeric phosphine oxide groups (R3P=O) , i.e. R= C, R&apos;= C, H}	B01J31/02	B01J31/02		58
B01J31/0264	11	{Phosphorus acid amides}	B01J31/02	B01J31/02		60
B01J31/0265	12	{Phosphazenes, oligomers thereof or the corresponding phosphazenium salts (polyphosphazenes per seC07F9/067)}	B01J31/02	B01J31/02		45
B01J31/0267	11	{Phosphines or phosphonium compounds, i.e. phosphorus bonded to at least one carbon atom, including e.g. sp2-hybridised phosphorus compounds such as phosphabenzene, the other atoms bonded to phosphorus being either carbon or hydrogen}	B01J31/02	B01J31/02		239
B01J31/0268	12	{Phosphonium compounds, i.e. phosphine with an additional hydrogen or carbon atom bonded to phosphorous so as to result in a formal positive charge on phosphorous}	B01J31/02	B01J31/02		336
B01J31/0269	11	{on mineral substrates}	B01J31/02	B01J31/02		51
B01J31/0271	10	{also containing elements or functional groups covered by B01J31/0201&#160;-&#160;B01J31/0231}	B01J31/02	B01J31/02		814
B01J31/0272	9	{containing elements other than those covered by B01J31/0201&#160;-&#160;B01J31/0255}	B01J31/02	B01J31/02		162
B01J31/0274	10	{containing silicon (ligands in coordination complexes B01J31/1608)}	B01J31/02	B01J31/02		679
B01J31/0275	10	{also containing elements or functional groups covered by B01J31/0201&#160;-&#160;B01J31/0269}	B01J31/02	B01J31/02		575
B01J31/0277	9	{comprising ionic liquids, as components in catalyst systems or catalysts per se, the ionic liquid compounds being used in the molten state at the respective reaction temperature}	B01J31/02	B01J31/02		95
B01J31/0278	10	{containing nitrogen as cationic centre}	B01J31/02	B01J31/02		87
B01J31/0279	11	{the cationic portion being acyclic or nitrogen being a substituent on a ring}	B01J31/02	B01J31/02		354
B01J31/0281	11	{the nitrogen being a ring member}	B01J31/02	B01J31/02		150
B01J31/0282	12	{of an aliphatic ring, e.g. morpholinium}	B01J31/02	B01J31/02		198
B01J31/0284	12	{of an aromatic ring, e.g. pyridinium}	B01J31/02	B01J31/02		918
B01J31/0285	11	{also containing elements or functional groups covered by B01J31/0201&#160;-&#160;B01J31/0274}	B01J31/02	B01J31/02		375
B01J31/0287	10	{containing atoms other than nitrogen as cationic centre}	B01J31/02	B01J31/02		20
B01J31/0288	11	{Phosphorus}	B01J31/02	B01J31/02		228
B01J31/0289	11	{Sulfur}	B01J31/02	B01J31/02		50
B01J31/0291	11	{also containing elements or functional groups covered by B01J31/0201&#160;-&#160;B01J31/0274}	B01J31/02	B01J31/02		46
B01J31/0292	10	{immobilised on a substrate}	B01J31/02	B01J31/02		148
B01J31/0294	11	{by polar or ionic interaction with the substrate, e.g. glass}	B01J31/02	B01J31/02		68
B01J31/0295	11	{by covalent attachment to the substrate, e.g. silica}	B01J31/02	B01J31/02		224
B01J31/0297	12	{the substrate being a soluble polymer, dendrimer or oligomer of characteristic microstructure of groups B01J31/061&#160;-&#160;B01J31/068}	B01J31/02	B01J31/02		15
B01J31/0298	10	{the ionic liquids being characterised by the counter-anions}	B01J31/02	B01J31/02		376
B01J31/04	9	containing carboxylic acids or their salts {(B01J31/0277&#160;-&#160;B01J31/0298  take precedence; multi-metal carboxylate complexes like Pd (II) acetate, i.e. Pd3 (OAc) 6 or Cr(II)acetate, i.e. Cr2(OAc)4B01J31/2226)}	B01J31/04	B01J31/04		2358
B01J31/06	9	containing polymers {(organometallic polymers B01J31/123; polymer-bound organometallic complexes B01J31/165; coordination polymers B01J31/1691)}	B01J31/06	B01J31/06		3359
B01J31/061	10	{Chiral polymers}	B01J31/06	B01J31/06		74
B01J31/062	11	{Polymeric amino acids}	B01J31/06	B01J31/06		30
B01J31/063	10	{Polymers comprising a characteristic microstructure}	B01J31/06	B01J31/06		405
B01J31/064	11	{Dendrimers}	B01J31/06	B01J31/06		45
B01J31/065	11	{Cyclodextrins}	B01J31/06	B01J31/06		80
B01J31/066	11	{Calixarenes and hetero-analogues, e.g. thiacalixarenes}	B01J31/06	B01J31/06		31
B01J31/067	11	{Molecularly imprinted polymers (catalytic antibodies C12N9/0002)}	B01J31/06	B01J31/06		38
B01J31/068	10	{Polyalkylene glycols}	B01J31/06	B01J31/06		196
B01J31/069	10	{Hybrid organic-inorganic polymers, e.g. silica derivatized with organic groups (nitrogen containing groups on mineral substrates B01J31/0254; organometallic polymers B01J31/123; coordination complexes immobilised on an inorganic support B01J31/1616; coordination polymers, e.g. metal-organic frameworks B01J31/1691)}	B01J31/06	B01J31/06		1108
B01J31/08	10	Ion-exchange resins	B01J31/08	B01J31/08		812
B01J31/10	11	sulfonated	B01J31/10	B01J31/10		989
B01J31/12	9	containing organo-metallic compounds or metal hydrides	B01J31/12	B01J31/12		502
B01J31/121	10	{Metal hydrides}	B01J31/12	B01J31/12		206
B01J31/122	10	{Metal aryl or alkyl compounds}	B01J31/12	B01J31/12		670
B01J31/123	10	{Organometallic polymers, e.g. comprising C-Si bonds in the main chain or in subunits grafted to the main chain (B01J31/064, B01J31/066, B01J31/067, B01J31/08 and B01J31/10 take precedence; polymer-bound organometallic complexes B01J31/165; coordination polymers B01J31/1691; catalysts for the preparation of polysiloxanes, e.g. Karstedt catalysts C08G77/08)}	B01J31/12	B01J31/12		68
B01J31/124	11	{Silicones or siloxanes or comprising such units}	B01J31/12	B01J31/12		117
B01J31/125	12	{Cyclic siloxanes}	B01J31/12	B01J31/12		38
B01J31/126	12	{the siloxanes or siloxane units, cyclic or not, comprising an additional Si-H bond, e.g. polyhydromethylsiloxane [PHMS]}	B01J31/12	B01J31/12		14
B01J31/127	12	{the siloxane units, e.g. silsesquioxane units, being grafted onto other polymers or inorganic supports, e.g. via an organic linker}	B01J31/12	B01J31/12		58
B01J31/128	10	{Mixtures of organometallic compounds}	B01J31/12	B01J31/12		183
B01J31/14	10	of aluminium or boron	B01J31/14	B01J31/14		184
B01J31/143	11	{of aluminium}	B01J31/14	B01J31/14		1601
B01J31/146	11	{of boron}	B01J31/14	B01J31/14		389
B01J31/16	8	containing coordination complexes	B01J31/16	B01J31/16		378
B01J31/1608	9	{the ligands containing silicon}	B01J31/16	B01J31/16		337
B01J31/1616	9	{Coordination complexes, e.g. organometallic complexes, immobilised on an inorganic support, e.g. ship-in-a-bottle type catalysts (catalysts comprising molecular sieves B01J29/00)}	B01J31/16	B01J31/16		1037
B01J31/1625	10	{immobilised by covalent linkages, i.e. pendant complexes with optional linking groups}	B01J31/16	B01J31/16		232
B01J31/1633	11	{covalent linkages via silicon containing groups}	B01J31/16	B01J31/16		217
B01J31/1641	12	{established via a metathesis reaction using a silicon-containing olefin}	B01J31/16	B01J31/16		5
B01J31/165	9	{Polymer immobilised coordination complexes, e.g. organometallic complexes}	B01J31/16	B01J31/16		285
B01J31/1658	10	{immobilised by covalent linkages, i.e. pendant complexes with optional linking groups, e.g. on Wang or Merrifield resins}	B01J31/16	B01J31/16		437
B01J31/1666	11	{the linkage established via an olefin metathesis reaction}	B01J31/16	B01J31/16		10
B01J31/1675	11	{the linkage being to an organometallic polymer covered by groups B01J31/123&#160;-&#160;B01J31/127, e.g. polyhydrosiloxanes}	B01J31/16	B01J31/16		52
B01J31/1683	11	{the linkage being to a soluble polymer, e.g. PEG or dendrimer, i.e. molecular weight enlarged complexes}	B01J31/16	B01J31/16		53
B01J31/1691	9	{Coordination polymers, e.g. metal-organic frameworks [MOF] (preparation of metal complexes containing carboxylic acid moieties C07C51/418; MOF&apos;s per seC07F)}	B01J31/16	B01J31/16		3390
B01J31/18	9	containing nitrogen, phosphorus, arsenic or antimony {as complexing atoms, e.g. in pyridine ligands, or in resonance therewith, e.g. in isocyanide ligands C=N-R or as complexed central atoms (double metal cyanides B01J27/26; N-heterocyclic carbenes B01J31/2265)}	B01J31/18	B01J31/18		349
B01J31/1805	10	{the ligands containing nitrogen}	B01J31/18	B01J31/18		1775
B01J31/181	11	{Cyclic ligands, including e.g. non-condensed polycyclic ligands, comprising at least one complexing nitrogen atom as ring member, e.g. pyridine}	B01J31/18	B01J31/18		652
B01J31/1815	12	{with more than one complexing nitrogen atom, e.g. bipyridyl, 2-aminopyridine}	B01J31/18	B01J31/18		2182
B01J31/182	13	{comprising aliphatic or saturated rings}	B01J31/18	B01J31/18		282
B01J31/1825	12	{Ligands comprising condensed ring systems, e.g. acridine, carbazole}	B01J31/18	B01J31/18		133
B01J31/183	13	{with more than one complexing nitrogen atom, e.g. phenanthroline}	B01J31/18	B01J31/18		1388
B01J31/1835	14	{comprising aliphatic or saturated rings}	B01J31/18	B01J31/18		90
B01J31/184	12	{mixed aromatic/aliphatic ring systems, e.g. indoline}	B01J31/18	B01J31/18		129
B01J31/1845	10	{the ligands containing phosphorus (phosphines B01J31/24)}	B01J31/18	B01J31/18		343
B01J31/185	11	{Phosphites ((RO)3P) , their isomeric phosphonates (R(RO)2P=O) and RO-substitution derivatives thereof}	B01J31/18	B01J31/18		846
B01J31/1855	12	{Triamide derivatives thereof}	B01J31/18	B01J31/18		50
B01J31/186	12	{Mono- or diamide derivatives thereof}	B01J31/18	B01J31/18		115
B01J31/1865	11	{Phosphonites (RP(OR)2) , their isomeric phosphinates (R2(RO)P=O) and RO-substitution derivatives thereof}	B01J31/18	B01J31/18		125
B01J31/187	12	{Amide derivatives thereof}	B01J31/18	B01J31/18		62
B01J31/1875	11	{Phosphinites (R2P(OR), their isomeric phosphine oxides (R3P=O) and RO-substitution derivatives thereof)}	B01J31/18	B01J31/18		270
B01J31/188	12	{Amide derivatives thereof}	B01J31/18	B01J31/18		214
B01J31/1885	11	{Ligands comprising two different formal oxidation states of phosphorus in one at least bidentate ligand, e.g. phosphite/phosphinite}	B01J31/18	B01J31/18		25
B01J31/189	10	{containing both nitrogen and phosphorus as complexing atoms, including e.g. phosphino moieties, in one at least bidentate or bridging ligand}	B01J31/18	B01J31/18		378
B01J31/1895	10	{the ligands containing arsenic or antimony}	B01J31/18	B01J31/18		338
B01J31/20	9	Carbonyls	B01J31/20	B01J31/20		1302
B01J31/22	9	Organic complexes	B01J31/22	B01J31/22		870
B01J31/2204	10	{the ligands containing oxygen or sulfur as complexing atoms}	B01J31/22	B01J31/22		87
B01J31/2208	11	{Oxygen, e.g. acetylacetonates}	B01J31/22	B01J31/22		781
B01J31/2213	12	{At least two complexing oxygen atoms present in an at least bidentate or bridging ligand}	B01J31/22	B01J31/22		690
B01J31/2217	12	{At least one oxygen and one nitrogen atom present as complexing atoms in an at least bidentate or bridging ligand}	B01J31/22	B01J31/22		858
B01J31/2221	12	{At least one oxygen and one phosphorous atom present as complexing atoms in an at least bidentate or bridging ligand}	B01J31/22	B01J31/22		43
B01J31/2226	12	{Anionic ligands, i.e. the overall ligand carries at least one formal negative charge}	B01J31/22	B01J31/22		590
B01J31/223	13	{At least two oxygen atoms present in one at least bidentate or bridging ligand}	B01J31/22	B01J31/22		521
B01J31/2234	14	{Beta-dicarbonyl ligands, e.g. acetylacetonates}	B01J31/22	B01J31/22		666
B01J31/2239	14	{Bridging ligands, e.g. OAc in Cr2(OAc)4, Pt4(OAc)8 or dicarboxylate ligands}	B01J31/22	B01J31/22		1623
B01J31/2243	13	{At least one oxygen and one nitrogen atom present as complexing atoms in an at least bidentate or bridging ligand}	B01J31/22	B01J31/22		938
B01J31/2247	13	{At least one oxygen and one phosphorous atom present as complexing atoms in an at least bidentate or bridging ligand}	B01J31/22	B01J31/22		76
B01J31/2252	13	{Sulfonate ligands}	B01J31/22	B01J31/22		70
B01J31/2256	14	{being perfluorinated, i.e. comprising at least one perfluorinated moiety as substructure in case of polyfunctional ligands}	B01J31/22	B01J31/22		43
B01J31/226	11	{Sulfur, e.g. thiocarbamates}	B01J31/22	B01J31/22		580
B01J31/2265	10	{Carbenes or carbynes, i.e.(image)}	B01J31/22	B01J31/22		319
B01J31/2269	11	{Heterocyclic carbenes}	B01J31/22	B01J31/22		50
B01J31/2273	12	{with only nitrogen as heteroatomic ring members, e.g. 1,3-diarylimidazoline-2-ylidenes}	B01J31/22	B01J31/22		575
B01J31/2278	11	{Complexes comprising two carbene ligands differing from each other, e.g. Grubbs second generation catalysts}	B01J31/22	B01J31/22		254
B01J31/2282	10	{Unsaturated compounds used as ligands}	B01J31/22	B01J31/22		69
B01J31/2286	11	{Alkynes, e.g. acetylides}	B01J31/22	B01J31/22		72
B01J31/2291	11	{Olefins}	B01J31/22	B01J31/22		450
B01J31/2295	11	{Cyclic compounds, e.g. cyclopentadienyls}	B01J31/22	B01J31/22		2100
B01J31/24	9	Phosphines {, i.e. phosphorus bonded to only carbon atoms, or to both carbon and hydrogen atoms, including e.g. sp2-hybridised phosphorus compounds such as phosphabenzene, phosphole or anionic phospholide ligands}	B01J31/24	B01J31/24		1389
B01J31/2404	10	{Cyclic ligands, including e.g. non-condensed polycyclic ligands, the phosphine-P atom being a ring member or a substituent on the ring}	B01J31/24	B01J31/24		2040
B01J31/2409	11	{with more than one complexing phosphine-P atom}	B01J31/24	B01J31/24		1348
B01J31/2414	12	{comprising aliphatic or saturated rings}	B01J31/24	B01J31/24		325
B01J31/2419	11	{comprising P as ring member}	B01J31/24	B01J31/24		71
B01J31/2423	12	{comprising aliphatic or saturated rings}	B01J31/24	B01J31/24		34
B01J31/2428	12	{with more than one complexing phosphine-P atom}	B01J31/24	B01J31/24		41
B01J31/2433	13	{comprising aliphatic or saturated rings}	B01J31/24	B01J31/24		108
B01J31/2438	12	{and further hetero atoms as ring members, excluding the positions adjacent to P}	B01J31/24	B01J31/24		42
B01J31/2442	11	{comprising condensed ring systems}	B01J31/24	B01J31/24		66
B01J31/2447	12	{and phosphine-P atoms as substituents on a ring of the condensed system or on a further attached ring}	B01J31/24	B01J31/24		136
B01J31/2452	13	{with more than one complexing phosphine-P atom}	B01J31/24	B01J31/24		291
B01J31/2457	14	{comprising aliphatic or saturated rings, e.g. Xantphos}	B01J31/24	B01J31/24		165
B01J31/2461	12	{and phosphine-P atoms as ring members in the condensed ring system or in a further ring}	B01J31/24	B01J31/24		39
B01J31/2466	13	{comprising aliphatic or saturated rings}	B01J31/24	B01J31/24		30
B01J31/2471	13	{with more than one complexing phosphine-P atom}	B01J31/24	B01J31/24		56
B01J31/2476	14	{comprising aliphatic or saturated rings}	B01J31/24	B01J31/24		56
B01J31/248	13	{Bridged ring systems, e.g. 9-phosphabicyclononane}	B01J31/24	B01J31/24		69
B01J31/2485	14	{Tricyclic systems, e.g. phosphaadamantanes and hetero analogues}	B01J31/24	B01J31/24		26
B01J31/249	12	{Spiro-condensed ring systems}	B01J31/24	B01J31/24		49
B01J31/2495	10	{Ligands comprising a phosphine-P atom and one or more further complexing phosphorus atoms covered by groups B01J31/1845&#160;-&#160;B01J31/1885, e.g. phosphine/phosphinate or phospholyl/phosphonate ligands}	B01J31/24	B01J31/24		141
B01J31/26	8	containing in addition, inorganic metal compounds not provided for in groups B01J31/02&#160;-&#160;B01J31/24	B01J31/26	B01J31/26		2519
B01J31/28	9	of the platinum group metals, iron group metals or copper	B01J31/28	B01J31/28		2030
B01J31/30	10	Halides	B01J31/30	B01J31/30		766
B01J31/32	9	of manganese, technetium or rhenium	B01J31/32	B01J31/32		391
B01J31/34	9	of chromium, molybdenum or tungsten	B01J31/34	B01J31/34		906
B01J31/36	9	of vanadium, niobium or tantalum	B01J31/36	B01J31/36		255
B01J31/38	9	of titanium, zirconium or hafnium	B01J31/38	B01J31/38		1747
B01J31/40	8	Regeneration or reactivation	B01J31/40	B01J31/40		230
B01J31/4007	9	{of catalysts containing polymers}	B01J31/40	B01J31/40		102
B01J31/4015	9	{of catalysts containing metals}	B01J31/40	B01J31/40		263
B01J31/4023	10	{containing iron group metals, noble metals or copper}	B01J31/40	B01J31/40		59
B01J31/403	11	{containing iron group metals or copper}	B01J31/40	B01J31/40		244
B01J31/4038	11	{containing noble metals}	B01J31/40	B01J31/40		165
B01J31/4046	12	{containing rhodium}	B01J31/40	B01J31/40		262
B01J31/4053	10	{with recovery of phosphorous catalyst system constituents}	B01J31/40	B01J31/40		175
B01J31/4061	10	{involving membrane separation}	B01J31/40	B01J31/40		71
B01J31/4069	10	{involving extraction with coordinating ionic liquids or supercritical fluids, e.g. CO2}	B01J31/40	B01J31/40		18
B01J31/4076	10	{involving electrochemical processes}	B01J31/40	B01J31/40		10
B01J31/4084	10	{involving electromagnetic wave energy, e.g. UV or visible light}	B01J31/40	B01J31/40		11
B01J31/4092	10	{involving a stripping step, with stripping gas or solvent}	B01J31/40	B01J31/40		88
B01J33/00	7	Protection of catalysts, e.g. by coating	B01J33/00	B01J33/00		1138
B01J35/00	7	Catalysts, in general, characterised by their form or physical properties	B01J35/00	B01J35/00		1357
B01J35/19	8	{Catalysts containing parts with different compositions}	B01J35/00	B01J35/19		5044
B01J35/20	8	characterised by their non-solid state	B01J35/20	B01J35/20		29
B01J35/23	9	in a colloidal state	B01J35/23	B01J35/23		3923
B01J35/27	9	in a liquid or molten state	B01J35/27	B01J35/27		427
B01J35/30	8	characterised by their physical properties	B01J35/30	B01J35/30		2767
B01J35/31	9	Density	B01J35/31	B01J35/31		508
B01J35/32	10	Bulk density	B01J35/32	B01J35/32		373
B01J35/33	9	Electric or magnetic properties	B01J35/33	B01J35/33		7217
B01J35/34	9	Mechanical properties	B01J35/34	B01J35/34		237
B01J35/36	10	Mechanical strength	B01J35/36	B01J35/36		480
B01J35/37	10	Crush or impact strength	B01J35/37	B01J35/37		490
B01J35/38	10	Abrasion or attrition resistance	B01J35/38	B01J35/38		311
B01J35/39	9	Photocatalytic properties	B01J35/39	B01J35/39		24149
B01J35/391	9	{Physical properties of the active metal ingredient}	B01J35/30	B01J35/39		870
B01J35/392	10	{Metal surface area}	B01J35/30	B01J35/39		300
B01J35/393	10	{Metal or metal oxide crystallite size}	B01J35/30	B01J35/39		3464
B01J35/394	10	{Metal dispersion value, e.g. percentage or fraction}	B01J35/30	B01J35/39		1870
B01J35/395	10	{Thickness of the active catalytic layer}	B01J35/30	B01J35/39		498
B01J35/396	9	{Distribution of the active metal ingredient}	B01J35/30	B01J35/39		1441
B01J35/397	10	{Egg shell like}	B01J35/30	B01J35/39		1359
B01J35/398	10	{Egg yolk like}	B01J35/30	B01J35/39		574
B01J35/399	10	{homogeneously throughout the support particle}	B01J35/30	B01J35/39		622
B01J35/40	8	characterised by dimensions, e.g. grain size (in a colloidal state B01J35/23; crystallite size B01J35/77)	B01J35/40	B01J35/40		8675
B01J35/45	9	Nanoparticles	B01J35/45	B01J35/45		4970
B01J35/50	8	characterised by their shape or configuration	B01J35/50	B01J35/50		3459
B01J35/505	9	{with a non-spherical or unspecified core-shell structure}	B01J35/50	B01J35/50		388
B01J35/51	9	Spheres	B01J35/51	B01J35/51		3424
B01J35/52	10	Hollow spheres	B01J35/52	B01J35/52		244
B01J35/53	10	with a core-shell structure	B01J35/53	B01J35/53		400
B01J35/54	9	Bars or plates	B01J35/54	B01J35/54		328
B01J35/55	9	Cylinders or rings	B01J35/55	B01J35/55		680
B01J35/56	9	Foraminous structures having flow-through passages or channels, e.g. grids or three-dimensional [3D] monoliths	B01J35/56	B01J35/56		4206
B01J35/57	10	Honeycombs	B01J35/57	B01J35/57		1873
B01J35/58	9	Fabrics or filaments	B01J35/58	B01J35/58		2518
B01J35/59	10	Membranes	B01J35/59	B01J35/59		1247
B01J35/60	8	characterised by their surface properties or porosity	B01J35/60	B01J35/60		5291
B01J35/61	9	Surface area	B01J35/61	B01J35/61		3424
B01J35/612	10	{less than 10 m2/g}	B01J35/61	B01J35/61		1321
B01J35/613	10	{10-100 m2/g}	B01J35/61	B01J35/61		5071
B01J35/615	10	{100-500 m2/g}	B01J35/61	B01J35/61		8997
B01J35/617	10	{500-1000 m2/g}	B01J35/61	B01J35/61		2703
B01J35/618	10	{more than 1000 m2/g}	B01J35/61	B01J35/61		1015
B01J35/63	9	Pore volume	B01J35/63	B01J35/63		328
B01J35/633	10	{less than 0.5 ml/g}	B01J35/63	B01J35/63		4625
B01J35/635	10	{0.5-1.0 ml/g}	B01J35/63	B01J35/63		4221
B01J35/638	10	{more than 1.0 ml/g}	B01J35/63	B01J35/63		1672
B01J35/64	9	Pore diameter	B01J35/64	B01J35/64		501
B01J35/643	10	{less than 2 nm}	B01J35/64	B01J35/64		1106
B01J35/647	10	{2-50 nm}	B01J35/64	B01J35/64		6761
B01J35/651	10	{50-500 nm}	B01J35/64	B01J35/651		1360
B01J35/653	10	{500-1000 nm}	B01J35/64	B01J35/653		383
B01J35/657	10	{larger than 1000 nm}	B01J35/64	B01J35/657		532
B01J35/66	9	Pore distribution	B01J35/66	B01J35/66		877
B01J35/67	10	monomodal	B01J35/67	B01J35/67		249
B01J35/69	10	bimodal	B01J35/69	B01J35/69		630
B01J35/695	10	{polymodal}	B01J35/66	B01J35/69		206
B01J35/70	8	characterised by their crystalline properties, e.g. semi-crystalline (catalysts comprising carbon B01J21/18; molecular sieves B01J29/00)	B01J35/70	B01J35/70		2156
B01J35/73	9	having a two-dimensional [2D] layered crystalline structure, e.g. layered double hydroxide [LDH]	B01J35/73	B01J35/73		135
B01J35/733	9	{Perovskite-type}	B01J35/70	B01J35/73		193
B01J35/735	9	{Pyrochlore-type A2B2O7}	B01J35/70	B01J35/73		37
B01J35/737	9	{Hexaaluminate-type AB12O19}	B01J35/70	B01J35/73		19
B01J35/77	9	Compounds characterised by their crystallite size	B01J35/77	B01J35/77		991
B01J35/80	8	characterised by their amorphous structures	B01J35/80	B01J35/80		350
B01J37/00	7	Processes, in general, for preparing catalysts; Processes, in general, for activation of catalysts	B01J37/00	B01J37/00		1758
B01J37/0009	8	{Use of binding agents; Moulding; Pressing; Powdering; Granulating; Addition of materials ameliorating the mechanical properties of the product catalyst}	B01J37/00	B01J37/00		4546
B01J37/0018	9	{Addition of a binding agent or of material, later completely removed among others as result of heat treatment, leaching or washing,(e.g. forming of pores; protective layer, desintegrating by heat)}	B01J37/00	B01J37/00		5399
B01J37/0027	9	{Powdering}	B01J37/00	B01J37/00		277
B01J37/0036	10	{Grinding}	B01J37/00	B01J37/00		2271
B01J37/0045	10	{Drying a slurry, e.g. spray drying}	B01J37/00	B01J37/00		1388
B01J37/0054	10	{Drying of aerosols}	B01J37/00	B01J37/00		48
B01J37/0063	9	{Granulating}	B01J37/00	B01J37/00		472
B01J37/0072	8	{Preparation of particles, e.g. dispersion of droplets in an oil bath}	B01J37/00	B01J37/00		544
B01J37/0081	8	{Preparation by melting}	B01J37/00	B01J37/00		179
B01J37/009	8	{Preparation by separation, e.g. by filtration, decantation, screening}	B01J37/00	B01J37/00		1038
B01J37/02	8	Impregnation, coating or precipitation ({B01J37/0009 and B01J37/0018 take precedence } ; protection by coating B01J33/00)	B01J37/02	B01J37/02		1801
B01J37/0201	9	{Impregnation}	B01J37/02	B01J37/02		9221
B01J37/0203	10	{the impregnation liquid containing organic compounds}	B01J37/02	B01J37/02		2261
B01J37/0205	10	{in several steps}	B01J37/02	B01J37/02		1533
B01J37/0207	10	{Pretreatment of the support}	B01J37/02	B01J37/02		2398
B01J37/0209	10	{involving a reaction between the support and a fluid}	B01J37/02	B01J37/02		743
B01J37/0211	10	{using a colloidal suspension}	B01J37/02	B01J37/02		396
B01J37/0213	10	{Preparation of the impregnating solution}	B01J37/02	B01J37/02		1034
B01J37/0215	9	{Coating}	B01J37/02	B01J37/02		3408
B01J37/0217	10	{Pretreatment of the substrate before coating}	B01J37/02	B01J37/02		671
B01J37/0219	10	{the coating containing organic compounds}	B01J37/02	B01J37/02		1176
B01J37/0221	10	{of particles}	B01J37/02	B01J37/02		941
B01J37/0223	11	{by rotation}	B01J37/02	B01J37/02		154
B01J37/0225	10	{of metal substrates}	B01J37/02	B01J37/02		1020
B01J37/0226	11	{Oxidation of the substrate, e.g. anodisation}	B01J37/02	B01J37/02		196
B01J37/0228	10	{in several steps}	B01J37/02	B01J37/02		606
B01J37/023	10	{using molten compounds}	B01J37/02	B01J37/02		73
B01J37/0232	10	{by pulverisation}	B01J37/02	B01J37/02		204
B01J37/0234	9	{Impregnation and coating simultaneously}	B01J37/02	B01J37/02		297
B01J37/0236	9	{Drying, e.g. preparing a suspension, adding a soluble salt and drying}	B01J37/02	B01J37/02		1923
B01J37/0238	9	{via the gaseous phase-sublimation}	B01J37/02	B01J37/02		583
B01J37/024	9	{Multiple impregnation or coating}	B01J37/02	B01J37/02		1148
B01J37/0242	10	{Coating followed by impregnation}	B01J37/02	B01J37/02		587
B01J37/0244	10	{Coatings comprising several layers}	B01J37/02	B01J37/02		2017
B01J37/0246	10	{Coatings comprising a zeolite}	B01J37/02	B01J37/02		1028
B01J37/0248	10	{Coatings comprising impregnated particles}	B01J37/02	B01J37/02		821
B01J37/03	9	Precipitation; Co-precipitation	B01J37/03	B01J37/03		3123
B01J37/031	10	{Precipitation}	B01J37/03	B01J37/03		3697
B01J37/033	11	{Using Hydrolysis}	B01J37/03	B01J37/03		874
B01J37/035	11	{Precipitation on carriers}	B01J37/03	B01J37/03		1142
B01J37/036	10	{to form a gel or a cogel}	B01J37/03	B01J37/03		1822
B01J37/038	10	{to form slurries or suspensions, e.g. a washcoat}	B01J37/03	B01J37/03		729
B01J37/04	8	Mixing {(B01J37/0009, B01J37/0018 take precedence)}	B01J37/04	B01J37/04		4901
B01J37/06	8	Washing {(B01J37/0009, B01J37/0018 take precedence)}	B01J37/06	B01J37/06		2360
B01J37/08	8	Heat treatment {(B01J37/0009, B01J37/0018 take precedence)}	B01J37/08	B01J37/08		11547
B01J37/082	9	{Decomposition and pyrolysis}	B01J37/08	B01J37/08		4028
B01J37/084	10	{Decomposition of carbon-containing compounds into carbon}	B01J37/08	B01J37/08		2487
B01J37/086	10	{Decomposition of an organometallic compound, a metal complex or a metal salt of a carboxylic acid}	B01J37/08	B01J37/08		2170
B01J37/088	10	{Decomposition of a metal salt}	B01J37/08	B01J37/08		3938
B01J37/10	9	in the presence of water, e.g. steam	B01J37/10	B01J37/10		7358
B01J37/105	10	{Hydropyrolysis}	B01J37/10	B01J37/10		120
B01J37/12	8	Oxidising	B01J37/12	B01J37/12		812
B01J37/14	9	with gases containing free oxygen	B01J37/14	B01J37/14		685
B01J37/16	8	Reducing	B01J37/16	B01J37/16		4259
B01J37/18	9	with gases containing free hydrogen	B01J37/18	B01J37/18		4362
B01J37/20	8	Sulfiding	B01J37/20	B01J37/20		2121
B01J37/22	8	Halogenating	B01J37/22	B01J37/22		289
B01J37/24	9	Chlorinating	B01J37/24	B01J37/24		246
B01J37/26	9	Fluorinating	B01J37/26	B01J37/26		484
B01J37/28	8	Phosphorising	B01J37/28	B01J37/28		727
B01J37/30	8	Ion-exchange	B01J37/30	B01J37/30		1661
B01J37/32	8	Freeze drying, i.e. lyophilisation	B01J37/32	B01J37/32		488
B01J37/34	8	Irradiation by, or application of, electric, magnetic or wave energy, e.g. ultrasonic waves {; Ionic sputtering; Flame or plasma spraying; Particle radiation}	B01J37/34	B01J37/34		500
B01J37/341	9	{making use of electric or magnetic fields, wave energy or particle radiation (use of flames, plasma or lasers B01J37/349)}	B01J37/34	B01J37/34		233
B01J37/342	10	{of electric, magnetic or electromagnetic fields, e.g. for magnetic separation}	B01J37/34	B01J37/34		628
B01J37/343	10	{of ultrasonic wave energy}	B01J37/34	B01J37/34		2271
B01J37/344	10	{of electromagnetic wave energy}	B01J37/34	B01J37/34		440
B01J37/345	11	{of ultraviolet wave energy}	B01J37/34	B01J37/34		394
B01J37/346	11	{of microwave energy}	B01J37/34	B01J37/34		841
B01J37/347	10	{Ionic or cathodic spraying; Electric discharge}	B01J37/34	B01J37/34		282
B01J37/348	9	{Electrochemical processes, e.g. electrochemical deposition or anodisation}	B01J37/34	B01J37/34		1103
B01J37/349	9	{making use of flames, plasmas or lasers}	B01J37/34	B01J37/34		877
B01J37/36	8	Biochemical methods	B01J37/36	B01J37/36		109
B01J38/00	7	Regeneration or reactivation of catalysts, in general	B01J38/00	B01J38/00		789
B01J2038/005	8	{involving supercritical treatment}	B01J38/00	B01J38/00		20
B01J38/02	8	Heat treatment	B01J38/02	B01J38/02		1472
B01J38/04	8	Gas or vapour treating; Treating by using liquids vaporisable upon contacting spent catalyst	B01J38/04	B01J38/04		641
B01J38/06	9	using steam	B01J38/06	B01J38/06		289
B01J38/08	9	using ammonia or derivatives thereof	B01J38/08	B01J38/08		70
B01J38/10	9	using elemental hydrogen	B01J38/10	B01J38/10		540
B01J38/12	9	Treating with free oxygen-containing gas	B01J38/12	B01J38/12		1162
B01J38/14	10	with control of oxygen content in oxidation gas	B01J38/14	B01J38/14		275
B01J38/16	10	Oxidation gas comprising essentially steam and oxygen	B01J38/16	B01J38/16		90
B01J38/18	10	with subsequent reactive gas treating	B01J38/18	B01J38/18		69
B01J38/20	10	Plural distinct oxidation stages	B01J38/20	B01J38/20		111
B01J38/22	10	Moving bed, e.g. vertically or horizontally moving bulk	B01J38/22	B01J38/22		39
B01J38/24	11	having mainly transverse, i.e. lateral, flow of oxygen-containing gas and material	B01J38/24	B01J38/24		18
B01J38/26	11	having mainly counter-current flow of oxygen-containing gas and material	B01J38/26	B01J38/26		27
B01J38/28	11	having mainly concurrent flow of oxygen-containing gas and material	B01J38/28	B01J38/28		18
B01J38/30	10	in gaseous suspension, e.g. fluidised bed	B01J38/30	B01J38/30		255
B01J38/32	11	Indirectly heating or cooling material within regeneration zone or prior to entry into regeneration zone	B01J38/32	B01J38/32		73
B01J38/34	11	with plural distinct serial combustion stages	B01J38/34	B01J38/34		47
B01J38/36	11	and with substantially complete oxidation of carbon monoxide to carbon dioxide within regeneration zone	B01J38/36	B01J38/36		36
B01J38/38	10	and adding heat by solid heat carrier	B01J38/38	B01J38/38		18
B01J38/40	10	and forming useful by-products	B01J38/40	B01J38/40		29
B01J38/42	9	using halogen-containing material	B01J38/42	B01J38/42		115
B01J38/44	10	and adding simultaneously or subsequently free oxygen; using oxyhalogen compound	B01J38/44	B01J38/44		125
B01J38/46	10	fluorine-containing	B01J38/46	B01J38/46		28
B01J38/48	8	Liquid treating or treating in liquid phase, e.g. dissolved or suspended	B01J38/48	B01J38/48		639
B01J38/485	9	{Impregnating or reimpregnating with, or deposition of metal compounds or catalytically active elements}	B01J38/48	B01J38/48		349
B01J38/50	9	using organic liquids	B01J38/50	B01J38/50		176
B01J38/52	10	oxygen-containing	B01J38/52	B01J38/52		394
B01J38/54	10	halogen-containing	B01J38/54	B01J38/54		53
B01J38/56	10	Hydrocarbons	B01J38/56	B01J38/56		189
B01J38/58	10	and gas addition thereto	B01J38/58	B01J38/58		77
B01J38/60	9	using acids	B01J38/60	B01J38/60		565
B01J38/62	10	organic	B01J38/62	B01J38/62		271
B01J38/64	9	using alkaline material; using salts	B01J38/64	B01J38/64		370
B01J38/66	10	using ammonia or derivatives thereof	B01J38/66	B01J38/66		192
B01J38/68	9	including substantial dissolution or chemical precipitation of a catalyst component in the ultimate reconstitution of the catalyst	B01J38/68	B01J38/68		221
B01J38/70	9	Wet oxidation of material submerged in liquid	B01J38/70	B01J38/70		96
B01J38/72	8	including segregation of diverse particles	B01J38/72	B01J38/72		123
B01J38/74	8	utilising ion-exchange	B01J38/74	B01J38/74		63
B01J39/00	7	Cation exchange; Use of material as cation exchangers; Treatment of material for improving the cation exchange properties (ion-exchange chromatography processes B01D15/36)<br><br><u>NOTE</u><br><br>In this group, C-Sets are used. Detailed information about C-Sets construction and the associated syntax rules is found in the Definitions of B01J.	B01J39/00	B01J39/00		336
B01J39/02	8	Processes using inorganic exchangers	B01J39/02	B01J39/02		323
B01J39/04	8	Processes using organic exchangers	B01J39/04	B01J39/04		487
B01J39/05	9	in the strongly acidic form	B01J39/05	B01J39/05		715
B01J39/07	9	in the weakly acidic form	B01J39/07	B01J39/07		385
B01J39/08	8	Use of material as cation exchangers; Treatment of material for improving the cation exchange properties	B01J39/08	B01J39/08		72
B01J39/09	9	Inorganic material	B01J39/09	B01J39/09		170
B01J39/10	9	Oxides or hydroxides	B01J39/10	B01J39/10		184
B01J39/12	9	Compounds containing phosphorus	B01J39/12	B01J39/12		194
B01J39/14	9	Base exchange silicates, e.g. zeolites	B01J39/14	B01J39/14		286
B01J39/16	9	Organic material	B01J39/16	B01J39/16		131
B01J39/17	10	containing also inorganic materials, e.g. inert material coated with an ion-exchange resin	B01J39/17	B01J39/17		175
B01J39/18	10	Macromolecular compounds (B01J39/17 takes precedence)	B01J39/18	B01J39/18		322
B01J39/19	11	obtained otherwise than by reactions only involving unsaturated carbon-to-carbon bonds	B01J39/19	B01J39/19		437
B01J39/20	11	obtained by reactions only involving unsaturated carbon-to-carbon bonds	B01J39/20	B01J39/20		848
B01J39/22	11	Cellulose or wood; Derivatives thereof	B01J39/22	B01J39/22		185
B01J39/24	9	Carbon, coal or tar	B01J39/24	B01J39/24		147
B01J39/26	8	Cation exchangers for chromatographic processes	B01J39/26	B01J39/26		454
B01J41/00	7	Anion exchange; Use of material as anion exchangers; Treatment of material for improving the anion exchange properties (ion-exchange chromatography processes B01D15/36)<br><br><u>NOTE</u><br><br>In this group, C-Sets are used. Detailed information about C-Sets construction and the associated syntax rules is found in the Definitions of B01J.	B01J41/00	B01J41/00		245
B01J41/02	8	Processes using inorganic exchangers	B01J41/02	B01J41/02		90
B01J41/04	8	Processes using organic exchangers	B01J41/04	B01J41/04		555
B01J41/05	9	in the strongly basic form	B01J41/05	B01J41/05		683
B01J41/07	9	in the weakly basic form	B01J41/07	B01J41/07		527
B01J41/08	8	Use of material as anion exchangers; Treatment of material for improving the anion exchange properties	B01J41/08	B01J41/08		74
B01J41/09	9	Organic material	B01J41/09	B01J41/09		107
B01J41/10	9	Inorganic material	B01J41/10	B01J41/10		186
B01J41/12	9	Macromolecular compounds	B01J41/12	B01J41/12		291
B01J41/13	10	obtained otherwise than by reactions only involving unsaturated carbon-to-carbon bonds	B01J41/13	B01J41/13		472
B01J41/14	10	obtained by reactions only involving unsaturated carbon-to-carbon bonds	B01J41/14	B01J41/14		827
B01J41/16	10	Cellulose or wood; Derivatives thereof	B01J41/16	B01J41/16		75
B01J41/18	9	Carbon, coal or tar	B01J41/18	B01J41/18		23
B01J41/20	8	Anion exchangers for chromatographic processes	B01J41/20	B01J41/20		387
B01J43/00	7	Amphoteric ion-exchange, i.e. using ion-exchangers having cationic and anionic groups; Use of material as amphoteric ion-exchangers; Treatment of material for improving their amphoteric ion-exchange properties (ion-exchange chromatography processes B01D15/36)<br><br><u>NOTE</u><br><br>In this group, C-Sets are used. Detailed information about C-Sets construction and the associated syntax rules is found in the Definitions of B01J.	B01J43/00	B01J43/00		310
B01J45/00	7	Ion-exchange in which a complex or a chelate is formed; Use of material as complex or chelate forming ion-exchangers; Treatment of material for improving the complex or chelate forming ion-exchange properties (ion-exchange chromatography processes B01D15/36)<br><br><u>NOTE</u><br><br>In this group, C-Sets are used. Detailed information about C-Sets construction and the associated syntax rules is found in the Definitions of B01J.	B01J45/00	B01J45/00		797
B01J47/00	7	Ion-exchange processes in general; Apparatus therefor (ion-exchange chromatography processes or apparatus B01D15/08)<br><br><u>NOTE</u><br><br>In this group, C-Sets are used. Detailed information about C-Sets construction and the associated syntax rules is found in the Definitions of B01J.	B01J47/00	B01J47/00		326
B01J47/011	8	using batch processes	B01J47/011	B01J47/011		75
B01J47/012	8	using portable ion-exchange apparatus	B01J47/012	B01J47/012		212
B01J47/014	8	in which the adsorbent properties of the ion-exchanger are involved, e.g. recovery of proteins or other high-molecular compounds	B01J47/014	B01J47/014		494
B01J47/015	8	Electron-exchangers	B01J47/015	B01J47/015		44
B01J47/016	8	Modification or after-treatment of ion-exchangers	B01J47/016	B01J47/016		410
B01J47/018	8	Granulation; Incorporation of ion-exchangers in a matrix; Mixing with inert materials	B01J47/018	B01J47/018		347
B01J47/019	9	Mixtures in form of tablets	B01J47/019	B01J47/019		15
B01J47/02	8	Column or bed processes	B01J47/02	B01J47/02		335
B01J47/022	9	characterised by the construction of the column or container	B01J47/022	B01J47/022		527
B01J47/024	10	where the ion-exchangers are in a removable cartridge	B01J47/024	B01J47/024		228
B01J47/026	9	using columns or beds of different ion exchange materials in series	B01J47/026	B01J47/026		270
B01J47/028	10	with alternately arranged cationic and anionic exchangers	B01J47/028	B01J47/028		121
B01J47/04	9	Mixed-bed processes	B01J47/04	B01J47/04		482
B01J47/06	9	during which the ion-exchange material is subjected to a physical treatment, e.g. heat, electric current, irradiation or vibration (electrodialysis or electro-osmosis B01D61/42)	B01J47/06	B01J47/06		85
B01J47/08	10	subjected to a direct electric current	B01J47/08	B01J47/08		304
B01J47/10	8	with moving ion-exchange material; with ion-exchange material in suspension or in fluidised-bed form	B01J47/10	B01J47/10		543
B01J47/11	9	in rotating beds	B01J47/11	B01J47/11		71
B01J47/12	8	characterised by the use of ion-exchange material in the form of ribbons, filaments, fibres or sheets, e.g. membranes (electrodialysis or electro-osmosis B01D61/42)	B01J47/12	B01J47/12		665
B01J47/127	9	in the form of filaments or fibres	B01J47/127	B01J47/127		161
B01J47/133	9	Precoat filters	B01J47/133	B01J47/133		94
B01J47/14	8	Controlling or regulating	B01J47/14	B01J47/14		279
B01J47/15	9	for obtaining a solution having a fixed pH	B01J47/15	B01J47/15		49
B01J49/00	7	Regeneration or reactivation of ion-exchangers; Apparatus therefor (ion-exchange chromatography processes or apparatus B01D15/08)<br><br><u>NOTE</u><br><br>In this group, C-Sets are used. Detailed information about C-Sets construction and the associated syntax rules is found in the Definitions of B01J.	B01J49/00	B01J49/00		339
B01J49/05	8	of fixed beds	B01J49/05	B01J49/05		145
B01J49/06	9	containing cationic exchangers	B01J49/06	B01J49/06		272
B01J49/07	9	containing anionic exchangers	B01J49/07	B01J49/07		232
B01J49/08	9	containing cationic and anionic exchangers in separate beds	B01J49/08	B01J49/08		165
B01J49/09	9	of mixed beds	B01J49/09	B01J49/09		167
B01J49/10	8	of moving beds	B01J49/10	B01J49/10		70
B01J49/12	9	containing cationic exchangers	B01J49/12	B01J49/12		29
B01J49/14	9	containing anionic exchangers	B01J49/14	B01J49/14		29
B01J49/16	9	containing cationic and anionic exchangers in separate beds	B01J49/16	B01J49/16		11
B01J49/18	9	of mixed beds	B01J49/18	B01J49/18		49
B01J49/20	8	of membranes	B01J49/20	B01J49/20		22
B01J49/30	8	Electrical regeneration	B01J49/30	B01J49/30		157
B01J49/40	8	Thermal regeneration	B01J49/40	B01J49/40		71
B01J49/45	9	of amphoteric ion-exchangers	B01J49/45	B01J49/45		26
B01J49/50	8	characterised by the regeneration reagents	B01J49/50	B01J49/50		270
B01J49/53	9	for cationic exchangers	B01J49/53	B01J49/53		465
B01J49/57	9	for anionic exchangers	B01J49/57	B01J49/57		324
B01J49/60	8	Cleaning or rinsing ion-exchange beds	B01J49/60	B01J49/60		617
B01J49/70	8	for large scale industrial processes or applications	B01J49/70	B01J49/70		56
B01J49/75	8	of water softeners	B01J49/75	B01J49/75		653
B01J49/80	8	Automatic regeneration	B01J49/80	B01J49/80		128
B01J49/85	9	Controlling or regulating devices therefor	B01J49/85	B01J49/85		488
B01J49/90	8	having devices which prevent back-flow of the ion-exchange mass during regeneration	B01J49/90	B01J49/90		63
B01J2203/00	7	Processes utilising sub- or super atmospheric pressure	CPCONLY	B01J2203/00		13
B01J2203/06	8	High pressure synthesis	CPCONLY	B01J2203/06		25
B01J2203/0605	9	Composition of the material to be processed	CPCONLY	B01J2203/0605		38
B01J2203/061	10	Graphite	CPCONLY	B01J2203/061		384
B01J2203/0615	10	Fullerene	CPCONLY	B01J2203/0615		19
B01J2203/062	10	Diamond	CPCONLY	B01J2203/062		537
B01J2203/0625	10	Carbon	CPCONLY	B01J2203/0625		159
B01J2203/063	10	Carbides	CPCONLY	B01J2203/063		27
B01J2203/0635	11	Silicon carbide	CPCONLY	B01J2203/0635		31
B01J2203/064	10	Carbonates	CPCONLY	B01J2203/064		5
B01J2203/0645	10	Boronitrides	CPCONLY	B01J2203/0645		216
B01J2203/065	9	Composition of the material produced	CPCONLY	B01J2203/065		10
B01J2203/0655	10	Diamond	CPCONLY	B01J2203/0655		954
B01J2203/066	10	Boronitrides	CPCONLY	B01J2203/066		255
B01J2203/0665	10	Gallium nitrides	CPCONLY	B01J2203/0665		22
B01J2203/067	10	Aluminium nitrides	CPCONLY	B01J2203/067		15
B01J2203/0675	9	Structural or physico-chemical features of the materials processed	CPCONLY	B01J2203/0675		18
B01J2203/068	10	Crystal growth	CPCONLY	B01J2203/068		417
B01J2203/0685	10	Crystal sintering	CPCONLY	B01J2203/0685		381
B01J2203/069	10	Recrystallisation	CPCONLY	B01J2203/069		27
B01J2203/0695	10	Colour change	CPCONLY	B01J2203/0695		31
B01J2204/00	7	Aspects relating to feed or outlet devices; Regulating devices for feed or outlet devices	CPCONLY	B01J2204/00		17
B01J2204/002	8	the feeding side being of particular interest	CPCONLY	B01J2204/002		2790
B01J2204/005	8	the outlet side being of particular interest	CPCONLY	B01J2204/005		893
B01J2204/007	8	Aspects relating to the heat-exchange of the feed or outlet devices	CPCONLY	B01J2204/007		466
B01J2208/00	7	Processes carried out in the presence of solid particles; Reactors therefor	CPCONLY	B01J2208/00		50
B01J2208/00008	8	Controlling the process	CPCONLY	B01J2208/00008		116
B01J2208/00017	9	Controlling the temperature	CPCONLY	B01J2208/00017		502
B01J2208/00026	10	Controlling or regulating the heat exchange system	CPCONLY	B01J2208/00026		89
B01J2208/00035	11	involving measured parameters	CPCONLY	B01J2208/00035		11
B01J2208/00044	12	Temperature measurement	CPCONLY	B01J2208/00044		292
B01J2208/00053	13	of the heat exchange medium	CPCONLY	B01J2208/00053		88
B01J2208/00061	13	of the reactants	CPCONLY	B01J2208/00061		649
B01J2208/0007	12	Pressure measurement	CPCONLY	B01J2208/0007		310
B01J2208/00079	12	Fluid level measurement	CPCONLY	B01J2208/00079		111
B01J2208/00088	12	Flow rate measurement	CPCONLY	B01J2208/00088		354
B01J2208/00097	12	Mathematical modelling	CPCONLY	B01J2208/00097		27
B01J2208/00106	10	by indirect heat exchange	CPCONLY	B01J2208/00106		143
B01J2208/00115	11	with heat exchange elements inside the bed of solid particles	CPCONLY	B01J2208/00115		128
B01J2208/00123	12	Fingers	CPCONLY	B01J2208/00123		134
B01J2208/00132	12	Tubes	CPCONLY	B01J2208/00132		966
B01J2208/00141	12	Coils	CPCONLY	B01J2208/00141		440
B01J2208/0015	12	Plates; Cylinders	CPCONLY	B01J2208/0015		258
B01J2208/00159	13	Radially arranged plates	CPCONLY	B01J2208/00159		10
B01J2208/00168	11	with heat exchange elements outside the bed of solid particles	CPCONLY	B01J2208/00168		238
B01J2208/00176	12	outside the reactor	CPCONLY	B01J2208/00176		576
B01J2208/00185	12	Fingers	CPCONLY	B01J2208/00185		49
B01J2208/00194	12	Tubes	CPCONLY	B01J2208/00194		426
B01J2208/00203	12	Coils	CPCONLY	B01J2208/00203		350
B01J2208/00212	12	Plates; Jackets; Cylinders	CPCONLY	B01J2208/00212		1301
B01J2208/00221	13	comprising baffles for guiding the flow of the heat exchange medium	CPCONLY	B01J2208/00221		423
B01J2208/0023	13	with some catalyst tubes being empty, e.g. dummy tubes or flow-adjusting rods	CPCONLY	B01J2208/0023		28
B01J2208/00238	13	Adjusting the heat-exchange profile by adapting catalyst tubes or the distribution thereof, e.g. by using inserts in some of the tubes or adding external fins	CPCONLY	B01J2208/00238		31
B01J2208/00247	12	Reflux columns	CPCONLY	B01J2208/00247		71
B01J2208/00256	12	in a heat exchanger for the heat exchange medium separate from the reactor	CPCONLY	B01J2208/00256		495
B01J2208/00265	11	Part of all of the reactants being heated or cooled outside the reactor while recycling	CPCONLY	B01J2208/00265		96
B01J2208/00274	12	involving reactant vapours	CPCONLY	B01J2208/00274		620
B01J2208/00283	12	involving reactant liquids	CPCONLY	B01J2208/00283		216
B01J2208/00292	12	involving reactant solids	CPCONLY	B01J2208/00292		103
B01J2208/003	13	involving reactant slurries	CPCONLY	B01J2208/003		81
B01J2208/00309	11	with two or more reactions in heat exchange with each other, such as an endothermic reaction in heat exchange with an exothermic reaction	CPCONLY	B01J2208/00309		545
B01J2208/00318	11	Heat exchange inside a feeding nozzle or nozzle reactor	CPCONLY	B01J2208/00318		15
B01J2208/00327	10	by direct heat exchange	CPCONLY	B01J2208/00327		85
B01J2208/00336	11	adding a temperature modifying medium to the reactants	CPCONLY	B01J2208/00336		64
B01J2208/00345	12	Cryogenic coolants	CPCONLY	B01J2208/00345		36
B01J2208/00353	12	Non-cryogenic fluids	CPCONLY	B01J2208/00353		34
B01J2208/00362	13	Liquid	CPCONLY	B01J2208/00362		134
B01J2208/00371	13	gaseous	CPCONLY	B01J2208/00371		292
B01J2208/0038	12	Solids	CPCONLY	B01J2208/0038		153
B01J2208/00389	10	using electric heating or cooling elements	CPCONLY	B01J2208/00389		119
B01J2208/00398	11	inside the reactor bed	CPCONLY	B01J2208/00398		225
B01J2208/00407	11	outside the reactor bed	CPCONLY	B01J2208/00407		371
B01J2208/00415	11	electric resistance heaters	CPCONLY	B01J2208/00415		486
B01J2208/00424	11	Peltier cooling elements	CPCONLY	B01J2208/00424		4
B01J2208/00433	10	using electromagnetic heating	CPCONLY	B01J2208/00433		107
B01J2208/00442	11	Microwaves	CPCONLY	B01J2208/00442		120
B01J2208/00451	11	Sunlight; Visible light	CPCONLY	B01J2208/00451		56
B01J2208/0046	11	Infrared radiation	CPCONLY	B01J2208/0046		31
B01J2208/00469	11	Radiofrequency	CPCONLY	B01J2208/00469		38
B01J2208/00477	10	by thermal insulation means	CPCONLY	B01J2208/00477		54
B01J2208/00486	11	Vacuum spaces	CPCONLY	B01J2208/00486		12
B01J2208/00495	11	using insulating materials or refractories	CPCONLY	B01J2208/00495		987
B01J2208/00504	10	by means of a burner	CPCONLY	B01J2208/00504		1067
B01J2208/00513	10	using inert heat absorbing solids in the bed	CPCONLY	B01J2208/00513		249
B01J2208/00522	10	using inert heat absorbing solids outside the bed	CPCONLY	B01J2208/00522		137
B01J2208/0053	10	Controlling multiple zones along the direction of flow, e.g. pre-heating and after-cooling	CPCONLY	B01J2208/0053		1392
B01J2208/00539	9	Pressure	CPCONLY	B01J2208/00539		845
B01J2208/00548	9	Flow	CPCONLY	B01J2208/00548		1055
B01J2208/00557	10	controlling the residence time inside the reactor vessel	CPCONLY	B01J2208/00557		277
B01J2208/00566	10	Pulsated flow	CPCONLY	B01J2208/00566		23
B01J2208/00575	9	Controlling the viscosity	CPCONLY	B01J2208/00575		33
B01J2208/00584	9	Controlling the density	CPCONLY	B01J2208/00584		82
B01J2208/00592	9	Controlling the pH	CPCONLY	B01J2208/00592		56
B01J2208/00601	9	Controlling the conductivity	CPCONLY	B01J2208/00601		17
B01J2208/0061	9	Controlling the level	CPCONLY	B01J2208/0061		307
B01J2208/00619	9	Controlling the weight	CPCONLY	B01J2208/00619		41
B01J2208/00628	9	Controlling the composition of the reactive mixture	CPCONLY	B01J2208/00628		243
B01J2208/00637	10	Means for stopping or slowing down the reaction	CPCONLY	B01J2208/00637		70
B01J2208/00646	10	Means for starting up the reaction	CPCONLY	B01J2208/00646		69
B01J2208/00654	9	by measures relating to the particulate material	CPCONLY	B01J2208/00654		71
B01J2208/00663	10	Concentration	CPCONLY	B01J2208/00663		71
B01J2208/00672	10	Particle size selection	CPCONLY	B01J2208/00672		129
B01J2208/00681	10	Agglomeration	CPCONLY	B01J2208/00681		88
B01J2208/0069	10	Attrition	CPCONLY	B01J2208/0069		70
B01J2208/00699	10	Moisture content regulation	CPCONLY	B01J2208/00699		30
B01J2208/00707	10	Fouling	CPCONLY	B01J2208/00707		133
B01J2208/00716	9	Means for reactor start-up	CPCONLY	B01J2208/00716		258
B01J2208/00725	9	Mathematical modelling	CPCONLY	B01J2208/00725		98
B01J2208/00734	9	Controlling static charge	CPCONLY	B01J2208/00734		51
B01J2208/00743	8	Feeding or discharging of solids	CPCONLY	B01J2208/00743		30
B01J2208/00752	9	Feeding	CPCONLY	B01J2208/00752		952
B01J2208/00761	9	Discharging	CPCONLY	B01J2208/00761		655
B01J2208/00769	9	Details of feeding or discharging	CPCONLY	B01J2208/00769		410
B01J2208/00778	10	Kinetic energy reducing devices in the flow channel	CPCONLY	B01J2208/00778		109
B01J2208/00787	10	Bringing the solid in the form of a slurry before feeding it to the reactor	CPCONLY	B01J2208/00787		58
B01J2208/00796	8	Details of the reactor or of the particulate material	CPCONLY	B01J2208/00796		99
B01J2208/00805	9	Details of the particulate material	CPCONLY	B01J2208/00805		146
B01J2208/00814	10	the particulate material being provides in prefilled containers	CPCONLY	B01J2208/00814		283
B01J2208/00823	9	Mixing elements	CPCONLY	B01J2208/00823		81
B01J2208/00831	10	Stationary elements	CPCONLY	B01J2208/00831		48
B01J2208/0084	11	inside the bed, e.g. baffles	CPCONLY	B01J2208/0084		522
B01J2208/00849	11	outside the bed, e.g. baffles	CPCONLY	B01J2208/00849		405
B01J2208/00858	10	Moving elements	CPCONLY	B01J2208/00858		48
B01J2208/00867	11	inside the bed, e.g. rotary mixer	CPCONLY	B01J2208/00867		228
B01J2208/00876	11	outside the bed, e.g. rotary mixer	CPCONLY	B01J2208/00876		71
B01J2208/00884	9	Means for supporting the bed of particles, e.g. grids, bars, perforated plates	CPCONLY	B01J2208/00884		777
B01J2208/00893	9	Feeding means for the reactants	CPCONLY	B01J2208/00893		254
B01J2208/00902	10	Nozzle-type feeding elements	CPCONLY	B01J2208/00902		438
B01J2208/00911	10	Sparger-type feeding elements	CPCONLY	B01J2208/00911		305
B01J2208/0092	10	Perforated plates	CPCONLY	B01J2208/0092		164
B01J2208/00929	10	Provided with baffles	CPCONLY	B01J2208/00929		129
B01J2208/00938	9	Flow distribution elements	CPCONLY	B01J2208/00938		542
B01J2208/00946	9	Features relating to the reactants or products	CPCONLY	B01J2208/00946		35
B01J2208/00955	10	Sampling of the particulate material, the reactants or the products	CPCONLY	B01J2208/00955		14
B01J2208/00964	11	Reactants	CPCONLY	B01J2208/00964		36
B01J2208/00973	11	Products	CPCONLY	B01J2208/00973		46
B01J2208/00982	11	Particulate material	CPCONLY	B01J2208/00982		50
B01J2208/00991	9	Disengagement zone in fluidised-bed reactors	CPCONLY	B01J2208/00991		184
B01J2208/02	8	with stationary particles	CPCONLY	B01J2208/02		70
B01J2208/021	9	comprising a plurality of beds with flow of reactants in parallel	CPCONLY	B01J2208/021		201
B01J2208/022	10	Plate-type reactors filled with granular catalyst	CPCONLY	B01J2208/022		165
B01J2208/023	9	Details	CPCONLY	B01J2208/023		25
B01J2208/024	10	Particulate material	CPCONLY	B01J2208/024		82
B01J2208/025	11	Two or more types of catalyst	CPCONLY	B01J2208/025		609
B01J2208/026	11	comprising nanocatalysts	CPCONLY	B01J2208/026		22
B01J2208/027	10	Beds	CPCONLY	B01J2208/027		146
B01J2208/028	11	rotating	CPCONLY	B01J2208/028		31
B01J2208/06	8	Details of tube reactors containing solid particles	CPCONLY	B01J2208/06		117
B01J2208/065	9	Heating or cooling the reactor	CPCONLY	B01J2208/065		252
B01J2219/00	7	Chemical, physical or physico-chemical processes in general; Their relevant apparatus	CPCONLY	B01J2219/00		22
B01J2219/00002	8	Chemical plants	CPCONLY	B01J2219/00002		42
B01J2219/00004	9	Scale aspects	CPCONLY	B01J2219/00004		14
B01J2219/00006	10	Large-scale industrial plants	CPCONLY	B01J2219/00006		2415
B01J2219/00009	10	Pilot-scale plants	CPCONLY	B01J2219/00009		31
B01J2219/00011	10	Laboratory-scale plants	CPCONLY	B01J2219/00011		238
B01J2219/00013	11	Miniplants	CPCONLY	B01J2219/00013		144
B01J2219/00015	10	Scale-up	CPCONLY	B01J2219/00015		82
B01J2219/00018	9	Construction aspects	CPCONLY	B01J2219/00018		107
B01J2219/0002	10	Plants assembled from modules joined together	CPCONLY	B01J2219/0002		366
B01J2219/00022	10	Plants mounted on pallets or skids	CPCONLY	B01J2219/00022		200
B01J2219/00024	10	Revamping, retrofitting or modernisation of existing plants	CPCONLY	B01J2219/00024		196
B01J2219/00027	9	Process aspects	CPCONLY	B01J2219/00027		51
B01J2219/00029	10	Batch processes	CPCONLY	B01J2219/00029		205
B01J2219/00031	10	Semi-batch or fed-batch processes	CPCONLY	B01J2219/00031		61
B01J2219/00033	10	Continuous processes	CPCONLY	B01J2219/00033		1016
B01J2219/00036	10	Intermittent processes	CPCONLY	B01J2219/00036		45
B01J2219/00038	10	Processes in parallel	CPCONLY	B01J2219/00038		343
B01J2219/0004	10	Processes in series	CPCONLY	B01J2219/0004		1012
B01J2219/00042	9	Features relating to reactants and process fluids	CPCONLY	B01J2219/00042		26
B01J2219/00045	10	Green chemistry	CPCONLY	B01J2219/00045		45
B01J2219/00047	10	Ionic liquids	CPCONLY	B01J2219/00047		57
B01J2219/00049	8	Controlling or regulating processes	CPCONLY	B01J2219/00049		183
B01J2219/00051	9	Controlling the temperature	CPCONLY	B01J2219/00051		1038
B01J2219/00054	10	Controlling or regulating the heat exchange system	CPCONLY	B01J2219/00054		186
B01J2219/00056	11	involving measured parameters	CPCONLY	B01J2219/00056		42
B01J2219/00058	12	Temperature measurement	CPCONLY	B01J2219/00058		873
B01J2219/0006	13	of the heat exchange medium	CPCONLY	B01J2219/0006		178
B01J2219/00063	13	of the reactants	CPCONLY	B01J2219/00063		812
B01J2219/00065	12	Pressure measurement	CPCONLY	B01J2219/00065		408
B01J2219/00067	12	Liquid level measurement	CPCONLY	B01J2219/00067		118
B01J2219/00069	12	Flow rate measurement	CPCONLY	B01J2219/00069		230
B01J2219/00072	11	Mathematical modelling	CPCONLY	B01J2219/00072		39
B01J2219/00074	10	by indirect heating or cooling employing heat exchange fluids	CPCONLY	B01J2219/00074		250
B01J2219/00076	11	with heat exchange elements inside the reactor	CPCONLY	B01J2219/00076		443
B01J2219/00078	12	Fingers	CPCONLY	B01J2219/00078		142
B01J2219/00081	12	Tubes	CPCONLY	B01J2219/00081		1153
B01J2219/00083	12	Coils	CPCONLY	B01J2219/00083		658
B01J2219/00085	12	Plates; Jackets; Cylinders	CPCONLY	B01J2219/00085		921
B01J2219/00087	11	with heat exchange elements outside the reactor	CPCONLY	B01J2219/00087		673
B01J2219/0009	12	Coils	CPCONLY	B01J2219/0009		429
B01J2219/00092	12	Tubes	CPCONLY	B01J2219/00092		572
B01J2219/00094	12	Jackets	CPCONLY	B01J2219/00094		3372
B01J2219/00096	12	Plates	CPCONLY	B01J2219/00096		131
B01J2219/00099	12	the reactor being immersed in the heat exchange medium	CPCONLY	B01J2219/00099		426
B01J2219/00101	12	Reflux columns	CPCONLY	B01J2219/00101		197
B01J2219/00103	12	in a heat exchanger separate from the reactor	CPCONLY	B01J2219/00103		1050
B01J2219/00105	11	part or all of the reactants being heated or cooled outside the reactor while recycling	CPCONLY	B01J2219/00105		164
B01J2219/00108	12	involving reactant vapours	CPCONLY	B01J2219/00108		352
B01J2219/0011	12	involving reactant liquids	CPCONLY	B01J2219/0011		353
B01J2219/00112	12	involving reactant solids	CPCONLY	B01J2219/00112		39
B01J2219/00114	12	involving reactant slurries	CPCONLY	B01J2219/00114		96
B01J2219/00117	11	with two or more reactions in heat exchange with each other, such as an endothermic reaction in heat exchange with an exothermic reaction	CPCONLY	B01J2219/00117		262
B01J2219/00119	11	Heat exchange inside a feeding nozzle or nozzle reactor	CPCONLY	B01J2219/00119		206
B01J2219/00121	10	by direct heating or cooling	CPCONLY	B01J2219/00121		346
B01J2219/00123	11	adding a temperature modifying medium to the reactants	CPCONLY	B01J2219/00123		533
B01J2219/00126	12	Cryogenic coolants	CPCONLY	B01J2219/00126		78
B01J2219/00128	11	by evaporation of reactants	CPCONLY	B01J2219/00128		178
B01J2219/0013	11	by condensation of reactants	CPCONLY	B01J2219/0013		117
B01J2219/00132	10	using electric heating or cooling elements	CPCONLY	B01J2219/00132		452
B01J2219/00135	11	Electric resistance heaters	CPCONLY	B01J2219/00135		1318
B01J2219/00137	11	Peltier cooling elements	CPCONLY	B01J2219/00137		36
B01J2219/00139	10	using electromagnetic heating	CPCONLY	B01J2219/00139		198
B01J2219/00141	11	Microwaves	CPCONLY	B01J2219/00141		233
B01J2219/00144	11	Sunlight; Visible light	CPCONLY	B01J2219/00144		97
B01J2219/00146	11	Infrared radiation	CPCONLY	B01J2219/00146		79
B01J2219/00148	11	Radiofrequency	CPCONLY	B01J2219/00148		37
B01J2219/0015	10	by thermal insulation means	CPCONLY	B01J2219/0015		140
B01J2219/00153	11	Vacuum spaces	CPCONLY	B01J2219/00153		86
B01J2219/00155	11	using insulating materials or refractories	CPCONLY	B01J2219/00155		996
B01J2219/00157	10	by means of a burner	CPCONLY	B01J2219/00157		794
B01J2219/00159	10	controlling multiple zones along the direction of flow, e.g. pre-heating and after-cooling	CPCONLY	B01J2219/00159		1343
B01J2219/00162	9	controlling the pressure	CPCONLY	B01J2219/00162		2503
B01J2219/00164	9	controlling the flow	CPCONLY	B01J2219/00164		1882
B01J2219/00166	10	controlling the residence time inside the reactor vessel	CPCONLY	B01J2219/00166		675
B01J2219/00168	9	controlling the viscosity	CPCONLY	B01J2219/00168		321
B01J2219/00171	9	controlling the density	CPCONLY	B01J2219/00171		75
B01J2219/00173	10	Physical density	CPCONLY	B01J2219/00173		39
B01J2219/00175	10	Optical density	CPCONLY	B01J2219/00175		26
B01J2219/00177	9	controlling the pH	CPCONLY	B01J2219/00177		504
B01J2219/0018	9	controlling the conductivity	CPCONLY	B01J2219/0018		64
B01J2219/00182	9	controlling the level of reactants in the reactor vessel	CPCONLY	B01J2219/00182		625
B01J2219/00184	9	controlling the weight of reactants in the reactor vessel	CPCONLY	B01J2219/00184		216
B01J2219/00186	9	controlling the composition of the reactive mixture	CPCONLY	B01J2219/00186		631
B01J2219/00189	9	controlling the stirring velocity	CPCONLY	B01J2219/00189		393
B01J2219/00191	9	Control algorithm	CPCONLY	B01J2219/00191		164
B01J2219/00193	10	Sensing a parameter	CPCONLY	B01J2219/00193		59
B01J2219/00195	11	of the reaction system	CPCONLY	B01J2219/00195		78
B01J2219/00198	12	at the reactor inlet	CPCONLY	B01J2219/00198		141
B01J2219/002	12	inside the reactor	CPCONLY	B01J2219/002		431
B01J2219/00202	12	at the reactor outlet	CPCONLY	B01J2219/00202		209
B01J2219/00204	11	of the heat exchange system	CPCONLY	B01J2219/00204		78
B01J2219/00207	11	other than of the reactor heat exchange system	CPCONLY	B01J2219/00207		33
B01J2219/00209	10	transforming a sensed parameter	CPCONLY	B01J2219/00209		52
B01J2219/00211	10	comparing a sensed parameter with a pre-set value	CPCONLY	B01J2219/00211		87
B01J2219/00213	11	Fixed parameter value	CPCONLY	B01J2219/00213		285
B01J2219/00216	11	Parameter value calculated by equations	CPCONLY	B01J2219/00216		54
B01J2219/00218	11	Dynamically variable (in-line) parameter values	CPCONLY	B01J2219/00218		89
B01J2219/0022	11	calculating difference	CPCONLY	B01J2219/0022		92
B01J2219/00222	10	taking actions	CPCONLY	B01J2219/00222		31
B01J2219/00225	11	stopping the system or generating an alarm	CPCONLY	B01J2219/00225		103
B01J2219/00227	11	modifying the operating conditions	CPCONLY	B01J2219/00227		51
B01J2219/00229	12	of the reaction system	CPCONLY	B01J2219/00229		57
B01J2219/00231	13	at the reactor inlet	CPCONLY	B01J2219/00231		327
B01J2219/00234	13	inside the reactor	CPCONLY	B01J2219/00234		77
B01J2219/00236	13	at the reactor outlet	CPCONLY	B01J2219/00236		62
B01J2219/00238	12	of the heat exchange system	CPCONLY	B01J2219/00238		198
B01J2219/0024	12	other than of the reactor or heat exchange system	CPCONLY	B01J2219/0024		81
B01J2219/00243	9	Mathematical modelling	CPCONLY	B01J2219/00243		194
B01J2219/00245	9	Avoiding undesirable reactions or side-effects	CPCONLY	B01J2219/00245		167
B01J2219/00247	10	Fouling of the reactor or the process equipment	CPCONLY	B01J2219/00247		459
B01J2219/0025	10	Foam formation	CPCONLY	B01J2219/0025		90
B01J2219/00252	10	Formation of deposits other than coke	CPCONLY	B01J2219/00252		298
B01J2219/00254	10	Formation of unwanted polymer, such as "pop-corn"	CPCONLY	B01J2219/00254		119
B01J2219/00256	10	Leakage	CPCONLY	B01J2219/00256		120
B01J2219/00259	10	Preventing runaway of the chemical reaction	CPCONLY	B01J2219/00259		86
B01J2219/00261	11	Predicting runaway of the chemical reaction	CPCONLY	B01J2219/00261		35
B01J2219/00263	11	Preventing explosion of the chemical mixture	CPCONLY	B01J2219/00263		204
B01J2219/00265	11	Preventing flame propagation	CPCONLY	B01J2219/00265		68
B01J2219/00268	10	Detecting faulty operations	CPCONLY	B01J2219/00268		93
B01J2219/0027	10	Pressure relief	CPCONLY	B01J2219/0027		213
B01J2219/00272	10	Addition of reaction inhibitor	CPCONLY	B01J2219/00272		98
B01J2219/00274	8	Sequential or parallel reactions; Apparatus and devices for combinatorial chemistry or for making arrays; Chemical library technology	CPCONLY	B01J2219/00274		288
B01J2219/00277	9	Apparatus	CPCONLY	B01J2219/00277		40
B01J2219/00279	10	Features relating to reactor vessels	CPCONLY	B01J2219/00279		28
B01J2219/00281	11	Individual reactor vessels	CPCONLY	B01J2219/00281		59
B01J2219/00283	12	Reactor vessels with top opening	CPCONLY	B01J2219/00283		350
B01J2219/00286	12	Reactor vessels with top and bottom openings	CPCONLY	B01J2219/00286		733
B01J2219/00288	13	in the shape of syringes	CPCONLY	B01J2219/00288		26
B01J2219/0029	14	with pistons or plungers	CPCONLY	B01J2219/0029		18
B01J2219/00292	13	in the shape of pipette tips	CPCONLY	B01J2219/00292		26
B01J2219/00295	12	the reactor vessels having pervious side walls	CPCONLY	B01J2219/00295		34
B01J2219/00297	13	"Tea bags"	CPCONLY	B01J2219/00297		5
B01J2219/00299	13	Generally cylindrical reactor vessels	CPCONLY	B01J2219/00299		49
B01J2219/00301	12	the reactor vessels having impervious side walls	CPCONLY	B01J2219/00301		4
B01J2219/00304	13	Pouches	CPCONLY	B01J2219/00304		3
B01J2219/00306	11	Reactor vessels in a multiple arrangement	CPCONLY	B01J2219/00306		238
B01J2219/00308	12	interchangeably mounted in racks or blocks	CPCONLY	B01J2219/00308		346
B01J2219/0031	13	the racks or blocks being mounted in stacked arrangements	CPCONLY	B01J2219/0031		113
B01J2219/00313	12	the reactor vessels being formed by arrays of wells in blocks	CPCONLY	B01J2219/00313		250
B01J2219/00315	13	Microtiter plates	CPCONLY	B01J2219/00315		642
B01J2219/00317	14	Microwell devices, i.e. having large numbers of wells	CPCONLY	B01J2219/00317		978
B01J2219/00319	13	the blocks being mounted in stacked arrangements	CPCONLY	B01J2219/00319		109
B01J2219/00322	12	the individual reactor vessels being arranged serially in stacks	CPCONLY	B01J2219/00322		49
B01J2219/00324	12	the reactor vessels or wells being arranged in plates moving in parallel to each other	CPCONLY	B01J2219/00324		14
B01J2219/00326	13	Movement by rotation	CPCONLY	B01J2219/00326		67
B01J2219/00328	13	Movement by linear translation	CPCONLY	B01J2219/00328		60
B01J2219/00331	11	Details of the reactor vessels	CPCONLY	B01J2219/00331		49
B01J2219/00333	12	Closures attached to the reactor vessels	CPCONLY	B01J2219/00333		112
B01J2219/00335	13	Septa	CPCONLY	B01J2219/00335		110
B01J2219/00337	13	Valves	CPCONLY	B01J2219/00337		83
B01J2219/0034	14	in the shape of a ball or sphere	CPCONLY	B01J2219/0034		15
B01J2219/00342	14	rotary	CPCONLY	B01J2219/00342		14
B01J2219/00344	13	Caps	CPCONLY	B01J2219/00344		72
B01J2219/00346	14	Screw-caps	CPCONLY	B01J2219/00346		26
B01J2219/00349	13	Spheres	CPCONLY	B01J2219/00349		6
B01J2219/00351	10	Means for dispensing and evacuation of reagents	CPCONLY	B01J2219/00351		409
B01J2219/00353	11	Pumps	CPCONLY	B01J2219/00353		221
B01J2219/00355	12	peristaltic	CPCONLY	B01J2219/00355		36
B01J2219/00358	12	electrode driven	CPCONLY	B01J2219/00358		19
B01J2219/0036	11	Nozzles	CPCONLY	B01J2219/0036		243
B01J2219/00362	12	Acoustic nozzles	CPCONLY	B01J2219/00362		25
B01J2219/00364	11	Pipettes	CPCONLY	B01J2219/00364		277
B01J2219/00367	12	capillary	CPCONLY	B01J2219/00367		118
B01J2219/00369	13	in multiple or parallel arrangements	CPCONLY	B01J2219/00369		227
B01J2219/00371	12	comprising electrodes	CPCONLY	B01J2219/00371		49
B01J2219/00373	11	Hollow needles	CPCONLY	B01J2219/00373		92
B01J2219/00376	12	in multiple or parallel arrangements	CPCONLY	B01J2219/00376		79
B01J2219/00378	11	Piezoelectric or ink jet dispensers	CPCONLY	B01J2219/00378		584
B01J2219/0038	11	Drawing	CPCONLY	B01J2219/0038		22
B01J2219/00382	11	Stamping	CPCONLY	B01J2219/00382		134
B01J2219/00385	11	Printing	CPCONLY	B01J2219/00385		153
B01J2219/00387	11	Applications using probes	CPCONLY	B01J2219/00387		423
B01J2219/00389	11	Feeding through valves	CPCONLY	B01J2219/00389		293
B01J2219/00391	12	Rotary valves	CPCONLY	B01J2219/00391		68
B01J2219/00394	13	in multiple arrangements	CPCONLY	B01J2219/00394		49
B01J2219/00396	12	Membrane valves	CPCONLY	B01J2219/00396		24
B01J2219/00398	13	in multiple arrangements	CPCONLY	B01J2219/00398		56
B01J2219/004	12	Pinch valves	CPCONLY	B01J2219/004		9
B01J2219/00403	13	in multiple arrangements	CPCONLY	B01J2219/00403		10
B01J2219/00405	12	Sliding valves	CPCONLY	B01J2219/00405		7
B01J2219/00407	13	In multiple arrangements	CPCONLY	B01J2219/00407		14
B01J2219/00409	12	Solenoids in combination with valves	CPCONLY	B01J2219/00409		39
B01J2219/00412	13	In multiple arrangements	CPCONLY	B01J2219/00412		35
B01J2219/00414	11	using suction	CPCONLY	B01J2219/00414		100
B01J2219/00416	12	Vacuum	CPCONLY	B01J2219/00416		129
B01J2219/00418	11	using pressure	CPCONLY	B01J2219/00418		298
B01J2219/00421	11	using centrifugation	CPCONLY	B01J2219/00421		76
B01J2219/00423	11	using filtration, e.g. through porous frits	CPCONLY	B01J2219/00423		344
B01J2219/00425	11	using decantation	CPCONLY	B01J2219/00425		4
B01J2219/00427	11	using masks	CPCONLY	B01J2219/00427		51
B01J2219/0043	12	for direct application of reagents, e.g. through openings in a shutter	CPCONLY	B01J2219/0043		164
B01J2219/00432	12	Photolithographic masks	CPCONLY	B01J2219/00432		306
B01J2219/00434	12	Liquid crystal masks	CPCONLY	B01J2219/00434		49
B01J2219/00436	11	Maskless processes	CPCONLY	B01J2219/00436		78
B01J2219/00439	12	using micromirror arrays	CPCONLY	B01J2219/00439		81
B01J2219/00441	12	using lasers	CPCONLY	B01J2219/00441		101
B01J2219/00443	12	Thin film deposition	CPCONLY	B01J2219/00443		97
B01J2219/00445	12	Ion implantation	CPCONLY	B01J2219/00445		8
B01J2219/00448	12	using microlens arrays	CPCONLY	B01J2219/00448		23
B01J2219/0045	12	using optical fibres	CPCONLY	B01J2219/0045		14
B01J2219/00452	10	Means for the recovery of reactants or products	CPCONLY	B01J2219/00452		107
B01J2219/00454	11	by chemical cleavage from the solid support	CPCONLY	B01J2219/00454		149
B01J2219/00457	10	Dispensing or evacuation of the solid phase support	CPCONLY	B01J2219/00457		20
B01J2219/00459	11	Beads	CPCONLY	B01J2219/00459		169
B01J2219/00461	12	Beads and reaction vessel together	CPCONLY	B01J2219/00461		55
B01J2219/00463	13	Directed sorting	CPCONLY	B01J2219/00463		52
B01J2219/00466	12	in a slurry	CPCONLY	B01J2219/00466		148
B01J2219/00468	12	by manipulation of individual beads	CPCONLY	B01J2219/00468		220
B01J2219/0047	11	Pins	CPCONLY	B01J2219/0047		27
B01J2219/00472	12	Replaceable crowns	CPCONLY	B01J2219/00472		6
B01J2219/00475	11	Sheets	CPCONLY	B01J2219/00475		74
B01J2219/00477	10	Means for pressurising the reaction vessels	CPCONLY	B01J2219/00477		123
B01J2219/00479	10	Means for mixing reactants or products in the reaction vessels	CPCONLY	B01J2219/00479		147
B01J2219/00481	11	by the use of moving stirrers within the reaction vessels	CPCONLY	B01J2219/00481		214
B01J2219/00484	11	by shaking, vibrating or oscillating of the reaction vessels	CPCONLY	B01J2219/00484		119
B01J2219/00486	12	by sonication or ultrasonication	CPCONLY	B01J2219/00486		48
B01J2219/00488	11	by rotation of the reaction vessels	CPCONLY	B01J2219/00488		60
B01J2219/0049	12	by centrifugation	CPCONLY	B01J2219/0049		42
B01J2219/00493	11	by sparging or bubbling with gases	CPCONLY	B01J2219/00493		65
B01J2219/00495	10	Means for heating or cooling the reaction vessels	CPCONLY	B01J2219/00495		717
B01J2219/00497	10	Features relating to the solid phase supports	CPCONLY	B01J2219/00497		642
B01J2219/005	11	Beads	CPCONLY	B01J2219/005		969
B01J2219/00502	11	Particles of irregular geometry	CPCONLY	B01J2219/00502		100
B01J2219/00504	11	Pins	CPCONLY	B01J2219/00504		71
B01J2219/00506	12	with removable crowns	CPCONLY	B01J2219/00506		7
B01J2219/00509	12	Microcolumns	CPCONLY	B01J2219/00509		82
B01J2219/00511	11	Walls of reactor vessels	CPCONLY	B01J2219/00511		234
B01J2219/00513	11	Essentially linear supports	CPCONLY	B01J2219/00513		34
B01J2219/00515	12	in the shape of strings	CPCONLY	B01J2219/00515		75
B01J2219/00518	12	in the shape of tapes	CPCONLY	B01J2219/00518		71
B01J2219/0052	12	in the shape of elongated tubes	CPCONLY	B01J2219/0052		131
B01J2219/00522	13	in a multiple parallel arrangement	CPCONLY	B01J2219/00522		57
B01J2219/00524	12	in the shape of fiber bundles	CPCONLY	B01J2219/00524		72
B01J2219/00527	11	Sheets	CPCONLY	B01J2219/00527		1517
B01J2219/00529	12	DNA chips	CPCONLY	B01J2219/00529		549
B01J2219/00531	12	essentially square	CPCONLY	B01J2219/00531		108
B01J2219/00533	12	essentially rectangular	CPCONLY	B01J2219/00533		231
B01J2219/00536	12	in the shape of disks	CPCONLY	B01J2219/00536		227
B01J2219/00538	12	in the shape of cylinders	CPCONLY	B01J2219/00538		28
B01J2219/0054	10	Means for coding or tagging the apparatus or the reagents	CPCONLY	B01J2219/0054		208
B01J2219/00542	11	Alphanumeric characters	CPCONLY	B01J2219/00542		98
B01J2219/00545	11	Colours	CPCONLY	B01J2219/00545		136
B01J2219/00547	11	Bar codes	CPCONLY	B01J2219/00547		273
B01J2219/00549	12	2-dimensional	CPCONLY	B01J2219/00549		111
B01J2219/00551	12	3-dimensional	CPCONLY	B01J2219/00551		26
B01J2219/00554	11	Physical means	CPCONLY	B01J2219/00554		68
B01J2219/00556	12	Perforations	CPCONLY	B01J2219/00556		26
B01J2219/00558	12	Cuts-out	CPCONLY	B01J2219/00558		18
B01J2219/0056	12	Raised or sunken areas	CPCONLY	B01J2219/0056		53
B01J2219/00563	11	Magnetic means	CPCONLY	B01J2219/00563		60
B01J2219/00565	11	Electromagnetic means	CPCONLY	B01J2219/00565		53
B01J2219/00567	12	Transponder chips	CPCONLY	B01J2219/00567		57
B01J2219/00569	12	EEPROM memory devices	CPCONLY	B01J2219/00569		23
B01J2219/00572	11	Chemical means	CPCONLY	B01J2219/00572		142
B01J2219/00574	12	radioactive	CPCONLY	B01J2219/00574		95
B01J2219/00576	12	fluorophore	CPCONLY	B01J2219/00576		634
B01J2219/00578	12	electrophoric	CPCONLY	B01J2219/00578		39
B01J2219/00581	12	Mass	CPCONLY	B01J2219/00581		28
B01J2219/00583	9	Features relative to the processes being carried out	CPCONLY	B01J2219/00583		18
B01J2219/00585	10	Parallel processes	CPCONLY	B01J2219/00585		2393
B01J2219/00587	11	High throughput processes	CPCONLY	B01J2219/00587		170
B01J2219/0059	10	Sequential processes	CPCONLY	B01J2219/0059		1130
B01J2219/00592	10	Split-and-pool, mix-and-divide processes	CPCONLY	B01J2219/00592		184
B01J2219/00594	10	Gas-phase processes	CPCONLY	B01J2219/00594		29
B01J2219/00596	10	Solid-phase processes	CPCONLY	B01J2219/00596		2642
B01J2219/00599	10	Solution-phase processes	CPCONLY	B01J2219/00599		267
B01J2219/00601	10	High-pressure processes	CPCONLY	B01J2219/00601		84
B01J2219/00603	10	Making arrays on substantially continuous surfaces	CPCONLY	B01J2219/00603		82
B01J2219/00605	11	the compounds being directly bound or immobilised to solid supports	CPCONLY	B01J2219/00605		1967
B01J2219/00608	12	DNA chips	CPCONLY	B01J2219/00608		916
B01J2219/0061	12	The surface being organic	CPCONLY	B01J2219/0061		1005
B01J2219/00612	12	the surface being inorganic	CPCONLY	B01J2219/00612		1670
B01J2219/00614	12	Delimitation of the attachment areas	CPCONLY	B01J2219/00614		41
B01J2219/00617	13	by chemical means	CPCONLY	B01J2219/00617		416
B01J2219/00619	14	using hydrophilic or hydrophobic regions	CPCONLY	B01J2219/00619		332
B01J2219/00621	13	by physical means, e.g. trenches, raised areas	CPCONLY	B01J2219/00621		802
B01J2219/00623	12	Immobilisation or binding	CPCONLY	B01J2219/00623		32
B01J2219/00626	13	Covalent	CPCONLY	B01J2219/00626		1253
B01J2219/00628	13	Ionic	CPCONLY	B01J2219/00628		101
B01J2219/0063	13	Other, e.g. van der Waals forces, hydrogen bonding	CPCONLY	B01J2219/0063		460
B01J2219/00632	12	Introduction of reactive groups to the surface	CPCONLY	B01J2219/00632		38
B01J2219/00635	13	by reactive plasma treatment	CPCONLY	B01J2219/00635		182
B01J2219/00637	13	by coating it with another layer	CPCONLY	B01J2219/00637		1414
B01J2219/00639	11	the compounds being trapped in or bound to a porous medium	CPCONLY	B01J2219/00639		110
B01J2219/00641	12	the porous medium being continuous, e.g. porous oxide substrates	CPCONLY	B01J2219/00641		467
B01J2219/00644	12	the porous medium being present in discrete locations, e.g. gel pads	CPCONLY	B01J2219/00644		339
B01J2219/00646	11	the compounds being bound to beads immobilised on the solid supports	CPCONLY	B01J2219/00646		29
B01J2219/00648	12	by the use of solid beads	CPCONLY	B01J2219/00648		470
B01J2219/0065	12	by the use of liquid beads	CPCONLY	B01J2219/0065		53
B01J2219/00653	11	the compounds being bound to electrodes embedded in or on the solid supports	CPCONLY	B01J2219/00653		490
B01J2219/00655	11	the compounds being bound to magnets embedded in or on the solid supports	CPCONLY	B01J2219/00655		50
B01J2219/00657	11	One-dimensional arrays	CPCONLY	B01J2219/00657		205
B01J2219/00659	11	Two-dimensional arrays	CPCONLY	B01J2219/00659		2742
B01J2219/00662	12	Two-dimensional arrays within two-dimensional arrays	CPCONLY	B01J2219/00662		245
B01J2219/00664	11	Three-dimensional arrays	CPCONLY	B01J2219/00664		110
B01J2219/00666	12	One-dimensional arrays within three-dimensional arrays	CPCONLY	B01J2219/00666		18
B01J2219/00668	12	Two-dimensional arrays within three-dimensional arrays	CPCONLY	B01J2219/00668		36
B01J2219/00671	12	Three-dimensional arrays within three-dimensional arrays	CPCONLY	B01J2219/00671		2
B01J2219/00673	11	Slice arrays	CPCONLY	B01J2219/00673		86
B01J2219/00675	11	In-situ synthesis on the substrate	CPCONLY	B01J2219/00675		348
B01J2219/00677	11	Ex-situ synthesis followed by deposition on the substrate	CPCONLY	B01J2219/00677		611
B01J2219/0068	9	Means for controlling the apparatus of the process	CPCONLY	B01J2219/0068		49
B01J2219/00682	10	Manual means	CPCONLY	B01J2219/00682		13
B01J2219/00684	10	Semi-automatic means	CPCONLY	B01J2219/00684		10
B01J2219/00686	10	Automatic	CPCONLY	B01J2219/00686		226
B01J2219/00689	11	using computers	CPCONLY	B01J2219/00689		903
B01J2219/00691	11	using robots	CPCONLY	B01J2219/00691		453
B01J2219/00693	10	Means for quality control	CPCONLY	B01J2219/00693		279
B01J2219/00695	10	Synthesis control routines, e.g. using computer programs	CPCONLY	B01J2219/00695		417
B01J2219/00698	10	Measurement and control of process parameters	CPCONLY	B01J2219/00698		247
B01J2219/007	10	Simulation or vitual synthesis	CPCONLY	B01J2219/007		124
B01J2219/00702	10	Processes involving means for analysing and characterising the products	CPCONLY	B01J2219/00702		776
B01J2219/00704	11	integrated with the reactor apparatus	CPCONLY	B01J2219/00704		323
B01J2219/00707	11	separated from the reactor apparatus	CPCONLY	B01J2219/00707		572
B01J2219/00709	9	Type of synthesis	CPCONLY	B01J2219/00709		16
B01J2219/00711	10	Light-directed synthesis	CPCONLY	B01J2219/00711		484
B01J2219/00713	10	Electrochemical synthesis	CPCONLY	B01J2219/00713		201
B01J2219/00716	10	Heat activated synthesis	CPCONLY	B01J2219/00716		70
B01J2219/00718	9	Type of compounds synthesised	CPCONLY	B01J2219/00718		24
B01J2219/0072	10	Organic compounds	CPCONLY	B01J2219/0072		858
B01J2219/00722	11	Nucleotides	CPCONLY	B01J2219/00722		2912
B01J2219/00725	11	Peptides	CPCONLY	B01J2219/00725		1697
B01J2219/00727	11	Glycopeptides	CPCONLY	B01J2219/00727		26
B01J2219/00729	11	Peptide nucleic acids [PNA]	CPCONLY	B01J2219/00729		226
B01J2219/00731	11	Saccharides	CPCONLY	B01J2219/00731		297
B01J2219/00734	11	Lipids	CPCONLY	B01J2219/00734		89
B01J2219/00736	11	Non-biologic macromolecules, e.g. polymeric compounds	CPCONLY	B01J2219/00736		122
B01J2219/00738	11	Organic catalysts	CPCONLY	B01J2219/00738		89
B01J2219/0074	11	Biological products	CPCONLY	B01J2219/0074		297
B01J2219/00743	12	Cells	CPCONLY	B01J2219/00743		328
B01J2219/00745	10	Inorganic compounds	CPCONLY	B01J2219/00745		368
B01J2219/00747	11	Catalysts	CPCONLY	B01J2219/00747		368
B01J2219/0075	11	Metal based compounds	CPCONLY	B01J2219/0075		87
B01J2219/00752	12	Alloys	CPCONLY	B01J2219/00752		40
B01J2219/00754	12	Metal oxides	CPCONLY	B01J2219/00754		86
B01J2219/00756	10	Compositions, e.g. coatings, crystals, formulations	CPCONLY	B01J2219/00756		225
B01J2219/00759	9	Purification of compounds synthesised	CPCONLY	B01J2219/00759		74
B01J2219/00761	8	Details of the reactor	CPCONLY	B01J2219/00761		276
B01J2219/00763	9	Baffles	CPCONLY	B01J2219/00763		124
B01J2219/00765	10	Baffles attached to the reactor wall	CPCONLY	B01J2219/00765		175
B01J2219/00768	11	vertical	CPCONLY	B01J2219/00768		518
B01J2219/0077	11	inclined	CPCONLY	B01J2219/0077		244
B01J2219/00772	12	in a helix	CPCONLY	B01J2219/00772		189
B01J2219/00774	12	in the form of cones	CPCONLY	B01J2219/00774		98
B01J2219/00777	11	horizontal	CPCONLY	B01J2219/00777		478
B01J2219/00779	10	Baffles attached to the stirring means	CPCONLY	B01J2219/00779		376
B01J2219/00781	8	Aspects relating to microreactors	CPCONLY	B01J2219/00781		56
B01J2219/00783	9	Laminate assemblies, i.e. the reactor comprising a stack of plates	CPCONLY	B01J2219/00783		1178
B01J2219/00786	10	Geometry of the plates	CPCONLY	B01J2219/00786		51
B01J2219/00788	9	Three-dimensional assemblies, i.e. the reactor comprising a form other than a stack of plates	CPCONLY	B01J2219/00788		286
B01J2219/0079	10	Monolith-base structure	CPCONLY	B01J2219/0079		41
B01J2219/00792	10	One or more tube-shaped elements	CPCONLY	B01J2219/00792		215
B01J2219/00795	11	Spiral-shaped	CPCONLY	B01J2219/00795		84
B01J2219/00797	11	Concentric tubes	CPCONLY	B01J2219/00797		35
B01J2219/00799	10	Cup-shaped	CPCONLY	B01J2219/00799		25
B01J2219/00801	9	Means to assemble	CPCONLY	B01J2219/00801		12
B01J2219/00804	10	Plurality of plates	CPCONLY	B01J2219/00804		127
B01J2219/00806	11	Frames	CPCONLY	B01J2219/00806		44
B01J2219/00808	11	Sealing means	CPCONLY	B01J2219/00808		44
B01J2219/0081	10	Plurality of modules	CPCONLY	B01J2219/0081		192
B01J2219/00813	11	Fluidic connections	CPCONLY	B01J2219/00813		113
B01J2219/00815	11	Electric connections	CPCONLY	B01J2219/00815		15
B01J2219/00817	11	Support structures	CPCONLY	B01J2219/00817		31
B01J2219/00819	9	Materials of construction	CPCONLY	B01J2219/00819		62
B01J2219/00822	10	Metal	CPCONLY	B01J2219/00822		491
B01J2219/00824	10	Ceramic	CPCONLY	B01J2219/00824		310
B01J2219/00826	11	Quartz	CPCONLY	B01J2219/00826		115
B01J2219/00828	11	Silicon wafers or plates	CPCONLY	B01J2219/00828		276
B01J2219/00831	10	Glass	CPCONLY	B01J2219/00831		440
B01J2219/00833	10	Plastic	CPCONLY	B01J2219/00833		436
B01J2219/00835	10	Comprising catalytically active material	CPCONLY	B01J2219/00835		789
B01J2219/00837	10	comprising coatings other than catalytically active coatings	CPCONLY	B01J2219/00837		139
B01J2219/0084	11	For changing surface tension	CPCONLY	B01J2219/0084		32
B01J2219/00842	11	For protection channel surface, e.g. corrosion protection	CPCONLY	B01J2219/00842		20
B01J2219/00844	10	Comprising porous material	CPCONLY	B01J2219/00844		132
B01J2219/00846	10	comprising nanostructures, e.g. nanotubes	CPCONLY	B01J2219/00846		38
B01J2219/00849	10	comprising packing elements, e.g. glass beads	CPCONLY	B01J2219/00849		12
B01J2219/00851	9	Additional features	CPCONLY	B01J2219/00851		17
B01J2219/00853	10	Employing electrode arrangements	CPCONLY	B01J2219/00853		235
B01J2219/00855	10	Surface features	CPCONLY	B01J2219/00855		55
B01J2219/00858	10	Aspects relating to the size of the reactor	CPCONLY	B01J2219/00858		68
B01J2219/0086	11	Dimensions of the flow channels	CPCONLY	B01J2219/0086		727
B01J2219/00862	11	Dimensions of the reaction cavity itself	CPCONLY	B01J2219/00862		142
B01J2219/00864	11	Channel sizes in the nanometer range, e.g. nanoreactors	CPCONLY	B01J2219/00864		61
B01J2219/00867	10	Microreactors placed in series, on the same or on different supports	CPCONLY	B01J2219/00867		313
B01J2219/00869	10	Microreactors placed in parallel, on the same or on different supports	CPCONLY	B01J2219/00869		251
B01J2219/00871	10	Modular assembly	CPCONLY	B01J2219/00871		155
B01J2219/00873	9	Heat exchange	CPCONLY	B01J2219/00873		1179
B01J2219/00876	10	Insulation elements	CPCONLY	B01J2219/00876		29
B01J2219/00878	11	Vacuum spaces	CPCONLY	B01J2219/00878		2
B01J2219/0088	10	Peltier-type elements	CPCONLY	B01J2219/0088		8
B01J2219/00882	10	Electromagnetic heating	CPCONLY	B01J2219/00882		21
B01J2219/00885	10	Thin film heaters	CPCONLY	B01J2219/00885		17
B01J2219/00887	10	Deflection means for heat or irradiation	CPCONLY	B01J2219/00887		6
B01J2219/00889	9	Mixing	CPCONLY	B01J2219/00889		1059
B01J2219/00891	9	Feeding or evacuation	CPCONLY	B01J2219/00891		722
B01J2219/00894	10	More than two inlets	CPCONLY	B01J2219/00894		224
B01J2219/00896	10	Changing inlet or outlet cross-section, e.g. pressure-drop compensation	CPCONLY	B01J2219/00896		27
B01J2219/00898	10	Macro-to-Micro (M2M)	CPCONLY	B01J2219/00898		25
B01J2219/009	10	Pulsating flow	CPCONLY	B01J2219/009		17
B01J2219/00903	10	Segmented flow	CPCONLY	B01J2219/00903		38
B01J2219/00905	9	Separation	CPCONLY	B01J2219/00905		125
B01J2219/00907	10	using membranes	CPCONLY	B01J2219/00907		129
B01J2219/00909	10	using filters	CPCONLY	B01J2219/00909		78
B01J2219/00912	10	by electrophoresis	CPCONLY	B01J2219/00912		25
B01J2219/00914	11	by dielectrophoresis	CPCONLY	B01J2219/00914		6
B01J2219/00916	10	by chromatography	CPCONLY	B01J2219/00916		49
B01J2219/00918	10	by adsorption	CPCONLY	B01J2219/00918		33
B01J2219/00921	10	by absorption	CPCONLY	B01J2219/00921		18
B01J2219/00923	10	by surface tension	CPCONLY	B01J2219/00923		5
B01J2219/00925	9	Irradiation	CPCONLY	B01J2219/00925		26
B01J2219/00927	10	Particle radiation or gamma-radiation	CPCONLY	B01J2219/00927		18
B01J2219/0093	10	Electric or magnetic energy	CPCONLY	B01J2219/0093		79
B01J2219/00932	10	Sonic or ultrasonic vibrations	CPCONLY	B01J2219/00932		112
B01J2219/00934	10	Electromagnetic waves	CPCONLY	B01J2219/00934		69
B01J2219/00936	11	UV-radiations	CPCONLY	B01J2219/00936		101
B01J2219/00939	11	X-rays	CPCONLY	B01J2219/00939		2
B01J2219/00941	11	Microwaves	CPCONLY	B01J2219/00941		36
B01J2219/00943	11	Visible light, e.g. sunlight	CPCONLY	B01J2219/00943		64
B01J2219/00945	11	Infrared light	CPCONLY	B01J2219/00945		28
B01J2219/00948	11	Radiofrequency	CPCONLY	B01J2219/00948		13
B01J2219/0095	9	Control aspects	CPCONLY	B01J2219/0095		132
B01J2219/00952	10	Sensing operations	CPCONLY	B01J2219/00952		127
B01J2219/00954	11	Measured properties	CPCONLY	B01J2219/00954		12
B01J2219/00957	12	Compositions or concentrations	CPCONLY	B01J2219/00957		71
B01J2219/00959	12	Flow	CPCONLY	B01J2219/00959		120
B01J2219/00961	12	Temperature	CPCONLY	B01J2219/00961		304
B01J2219/00963	12	Pressure	CPCONLY	B01J2219/00963		154
B01J2219/00966	12	pH	CPCONLY	B01J2219/00966		41
B01J2219/00968	11	Type of sensors	CPCONLY	B01J2219/00968		11
B01J2219/0097	12	Optical sensors	CPCONLY	B01J2219/0097		115
B01J2219/00972	13	Visible light	CPCONLY	B01J2219/00972		16
B01J2219/00975	13	Ultraviolet light	CPCONLY	B01J2219/00975		20
B01J2219/00977	13	Infrared light	CPCONLY	B01J2219/00977		26
B01J2219/00979	12	Acoustic sensors	CPCONLY	B01J2219/00979		4
B01J2219/00981	12	Gas sensors	CPCONLY	B01J2219/00981		22
B01J2219/00984	10	Residence time	CPCONLY	B01J2219/00984		171
B01J2219/00986	10	Microprocessor	CPCONLY	B01J2219/00986		106
B01J2219/00988	10	Leakage	CPCONLY	B01J2219/00988		18
B01J2219/0099	9	Cleaning	CPCONLY	B01J2219/0099		59
B01J2219/00993	9	Design aspects	CPCONLY	B01J2219/00993		17
B01J2219/00995	10	Mathematical modeling	CPCONLY	B01J2219/00995		83
B01J2219/00997	10	Strategical arrangements of multiple microreactor systems	CPCONLY	B01J2219/00997		45
B01J2219/02	8	Apparatus characterised by their chemically-resistant properties	CPCONLY	B01J2219/02		35
B01J2219/0204	9	comprising coatings on the surfaces in direct contact with the reactive components	CPCONLY	B01J2219/0204		232
B01J2219/0209	10	of glass	CPCONLY	B01J2219/0209		197
B01J2219/0213	10	of enamel	CPCONLY	B01J2219/0213		97
B01J2219/0218	10	of ceramic	CPCONLY	B01J2219/0218		238
B01J2219/0222	11	of porcelain	CPCONLY	B01J2219/0222		5
B01J2219/0227	10	of graphite	CPCONLY	B01J2219/0227		85
B01J2219/0231	10	of diamond	CPCONLY	B01J2219/0231		21
B01J2219/0236	10	Metal based	CPCONLY	B01J2219/0236		475
B01J2219/024	11	Metal oxides	CPCONLY	B01J2219/024		110
B01J2219/0245	10	of synthetic organic material	CPCONLY	B01J2219/0245		287
B01J2219/025	9	characterised by the construction materials of the reactor vessel proper	CPCONLY	B01J2219/025		43
B01J2219/0254	10	Glass	CPCONLY	B01J2219/0254		138
B01J2219/0259	10	Enamel	CPCONLY	B01J2219/0259		25
B01J2219/0263	10	Ceramic	CPCONLY	B01J2219/0263		168
B01J2219/0268	11	Porcelain	CPCONLY	B01J2219/0268		12
B01J2219/0272	10	Graphite	CPCONLY	B01J2219/0272		79
B01J2219/0277	10	Metal based	CPCONLY	B01J2219/0277		305
B01J2219/0281	11	Metal oxides	CPCONLY	B01J2219/0281		45
B01J2219/0286	11	Steel	CPCONLY	B01J2219/0286		430
B01J2219/029	11	Non-ferrous metals	CPCONLY	B01J2219/029		83
B01J2219/0295	10	Synthetic organic materials	CPCONLY	B01J2219/0295		141
B01J2219/08	8	Processes employing the direct application of electric or wave energy, or particle radiation; Apparatus therefor	CPCONLY	B01J2219/08		34
B01J2219/0801	9	Controlling the process	CPCONLY	B01J2219/0801		197
B01J2219/0803	9	employing electric or magnetic energy	CPCONLY	B01J2219/0803		101
B01J2219/0805	10	giving rise to electric discharges	CPCONLY	B01J2219/0805		84
B01J2219/0807	11	involving electrodes	CPCONLY	B01J2219/0807		87
B01J2219/0809	12	employing two or more electrodes	CPCONLY	B01J2219/0809		753
B01J2219/0811	13	employing three electrodes	CPCONLY	B01J2219/0811		59
B01J2219/0813	13	employing four electrodes	CPCONLY	B01J2219/0813		103
B01J2219/0815	12	involving stationary electrodes	CPCONLY	B01J2219/0815		158
B01J2219/0816	12	involving moving electrodes	CPCONLY	B01J2219/0816		26
B01J2219/0818	13	Rotating electrodes	CPCONLY	B01J2219/0818		46
B01J2219/082	13	Sliding electrodes	CPCONLY	B01J2219/082		62
B01J2219/0822	12	The electrode being consumed	CPCONLY	B01J2219/0822		70
B01J2219/0824	12	Details relating to the shape of the electrodes	CPCONLY	B01J2219/0824		55
B01J2219/0826	13	essentially linear	CPCONLY	B01J2219/0826		65
B01J2219/0828	14	Wires	CPCONLY	B01J2219/0828		160
B01J2219/083	14	cylindrical	CPCONLY	B01J2219/083		392
B01J2219/0832	13	essentially toroidal	CPCONLY	B01J2219/0832		48
B01J2219/0833	14	forming part of a full circle	CPCONLY	B01J2219/0833		45
B01J2219/0835	13	substantially flat	CPCONLY	B01J2219/0835		168
B01J2219/0837	12	Details relating to the material of the electrodes	CPCONLY	B01J2219/0837		28
B01J2219/0839	13	Carbon	CPCONLY	B01J2219/0839		140
B01J2219/0841	13	Metal	CPCONLY	B01J2219/0841		242
B01J2219/0843	13	Ceramic	CPCONLY	B01J2219/0843		49
B01J2219/0845	11	Details relating to the type of discharge	CPCONLY	B01J2219/0845		81
B01J2219/0847	12	Glow discharge	CPCONLY	B01J2219/0847		78
B01J2219/0849	12	Corona pulse discharge	CPCONLY	B01J2219/0849		238
B01J2219/085	10	creating magnetic fields	CPCONLY	B01J2219/085		63
B01J2219/0852	11	employing permanent magnets	CPCONLY	B01J2219/0852		259
B01J2219/0854	11	employing electromagnets	CPCONLY	B01J2219/0854		212
B01J2219/0856	11	employing a combination of permanent and electromagnets	CPCONLY	B01J2219/0856		16
B01J2219/0858	11	employing moving elements	CPCONLY	B01J2219/0858		14
B01J2219/086	12	Moving (electro)magnets	CPCONLY	B01J2219/086		17
B01J2219/0862	11	employing multiple (electro)magnets	CPCONLY	B01J2219/0862		60
B01J2219/0864	12	Three (electro)magnets	CPCONLY	B01J2219/0864		13
B01J2219/0866	12	Four (electro)magnets	CPCONLY	B01J2219/0866		23
B01J2219/0867	12	Six or more (electro)magnets	CPCONLY	B01J2219/0867		51
B01J2219/0869	9	Feeding or evacuating the reactor	CPCONLY	B01J2219/0869		622
B01J2219/0871	9	Heating or cooling of the reactor	CPCONLY	B01J2219/0871		618
B01J2219/0873	9	Materials to be treated	CPCONLY	B01J2219/0873		7
B01J2219/0875	10	Gas	CPCONLY	B01J2219/0875		789
B01J2219/0877	10	Liquid	CPCONLY	B01J2219/0877		898
B01J2219/0879	10	Solid	CPCONLY	B01J2219/0879		501
B01J2219/0881	10	Two or more materials	CPCONLY	B01J2219/0881		20
B01J2219/0883	11	Gas-gas	CPCONLY	B01J2219/0883		300
B01J2219/0884	11	Gas-liquid	CPCONLY	B01J2219/0884		260
B01J2219/0886	11	Gas-solid	CPCONLY	B01J2219/0886		188
B01J2219/0888	11	Liquid-liquid	CPCONLY	B01J2219/0888		80
B01J2219/089	11	Liquid-solid	CPCONLY	B01J2219/089		178
B01J2219/0892	10	involving catalytically active material	CPCONLY	B01J2219/0892		743
B01J2219/0894	9	Processes carried out in the presence of a plasma	CPCONLY	B01J2219/0894		1305
B01J2219/0896	10	Cold plasma	CPCONLY	B01J2219/0896		267
B01J2219/0898	10	Hot plasma	CPCONLY	B01J2219/0898		235
B01J2219/12	9	Processes employing electromagnetic waves	CPCONLY	B01J2219/12		137
B01J2219/1203	10	Incoherent waves	CPCONLY	B01J2219/1203		227
B01J2219/1206	11	Microwaves	CPCONLY	B01J2219/1206		99
B01J2219/1209	12	Features relating to the reactor or vessel	CPCONLY	B01J2219/1209		105
B01J2219/1212	13	Arrangements of the reactor or the reactors	CPCONLY	B01J2219/1212		5
B01J2219/1215	14	Single reactor	CPCONLY	B01J2219/1215		178
B01J2219/1218	14	Multiple reactors	CPCONLY	B01J2219/1218		133
B01J2219/1221	13	the reactor per se	CPCONLY	B01J2219/1221		11
B01J2219/1224	14	Form of the reactor	CPCONLY	B01J2219/1224		16
B01J2219/1227	15	Reactors comprising tubes with open ends	CPCONLY	B01J2219/1227		182
B01J2219/123	15	Vessels in the form of a cup	CPCONLY	B01J2219/123		31
B01J2219/1233	16	Closure means, such as lids, caps, seals (B01J3/03 takes precedence; pressure relief systems in the lid, e.g. rupture discs B01J2219/0027)	CPCONLY	B01J2219/1233		42
B01J2219/1236	17	Frames for holding the lid in place	CPCONLY	B01J2219/1236		13
B01J2219/1239	14	Means for feeding and evacuation	CPCONLY	B01J2219/1239		84
B01J2219/1242	14	Materials of construction	CPCONLY	B01J2219/1242		63
B01J2219/1245	15	Parts of the reactor being microwave absorbing, dielectric	CPCONLY	B01J2219/1245		37
B01J2219/1248	12	Features relating to the microwave cavity	CPCONLY	B01J2219/1248		15
B01J2219/1251	13	Support for the reaction vessel	CPCONLY	B01J2219/1251		3
B01J2219/1254	14	Static supports	CPCONLY	B01J2219/1254		17
B01J2219/1257	14	Rotating supports	CPCONLY	B01J2219/1257		29
B01J2219/126	14	in the form of a closed housing	CPCONLY	B01J2219/126		37
B01J2219/1263	14	in the form of a open housing or stand	CPCONLY	B01J2219/1263		5
B01J2219/1266	13	Microwave deflecting parts	CPCONLY	B01J2219/1266		36
B01J2219/1269	13	Microwave guides	CPCONLY	B01J2219/1269		118
B01J2219/1272	13	Materials of construction	CPCONLY	B01J2219/1272		45
B01J2219/1275	12	Controlling the microwave irradiation variables	CPCONLY	B01J2219/1275		41
B01J2219/1278	13	Time	CPCONLY	B01J2219/1278		22
B01J2219/1281	13	Frequency	CPCONLY	B01J2219/1281		55
B01J2219/1284	13	Intensity	CPCONLY	B01J2219/1284		44
B01J2219/1287	12	Features relating to the microwave source	CPCONLY	B01J2219/1287		5
B01J2219/129	13	Arrangements thereof	CPCONLY	B01J2219/129		12
B01J2219/1293	14	Single source	CPCONLY	B01J2219/1293		69
B01J2219/1296	14	Multiple sources	CPCONLY	B01J2219/1296		68
B01J2219/18	8	Details relating to the spatial orientation of the reactor	CPCONLY	B01J2219/18		11
B01J2219/182	9	horizontal	CPCONLY	B01J2219/182		1341
B01J2219/185	9	vertical	CPCONLY	B01J2219/185		1641
B01J2219/187	9	inclined at an angle to the horizontal or to the vertical plane	CPCONLY	B01J2219/187		317
B01J2219/19	8	Details relating to the geometry of the reactor	CPCONLY	B01J2219/19		37
B01J2219/192	9	polygonal	CPCONLY	B01J2219/192		44
B01J2219/1921	10	triangular	CPCONLY	B01J2219/1921		17
B01J2219/1923	10	square or square-derived	CPCONLY	B01J2219/1923		176
B01J2219/1925	11	prismatic	CPCONLY	B01J2219/1925		28
B01J2219/1926	11	pyramidal	CPCONLY	B01J2219/1926		6
B01J2219/1928	10	hexagonal	CPCONLY	B01J2219/1928		24
B01J2219/194	9	round	CPCONLY	B01J2219/194		27
B01J2219/1941	10	circular or disk-shaped	CPCONLY	B01J2219/1941		51
B01J2219/1942	11	spherical	CPCONLY	B01J2219/1942		290
B01J2219/1943	11	cylindrical	CPCONLY	B01J2219/1943		770
B01J2219/1944	11	spiral	CPCONLY	B01J2219/1944		72
B01J2219/1945	11	toroidal	CPCONLY	B01J2219/1945		46
B01J2219/1946	11	conical	CPCONLY	B01J2219/1946		442
B01J2219/1947	10	oval or ellipsoidal	CPCONLY	B01J2219/1947		37
B01J2219/1948	11	ovoid or egg-shaped	CPCONLY	B01J2219/1948		8
B01J2219/24	8	Stationary reactors without moving elements inside	CPCONLY	B01J2219/24		640
B01J2219/2401	9	Reactors comprising multiple separate flow channels	CPCONLY	B01J2219/2401		47
B01J2219/2402	10	Monolithic-type reactors	CPCONLY	B01J2219/2402		18
B01J2219/2403	11	Geometry of the channels	CPCONLY	B01J2219/2403		19
B01J2219/2404	12	Polygonal	CPCONLY	B01J2219/2404		15
B01J2219/2406	12	Rectangular	CPCONLY	B01J2219/2406		10
B01J2219/2407	12	Square	CPCONLY	B01J2219/2407		19
B01J2219/2408	12	Circular or ellipsoidal	CPCONLY	B01J2219/2408		33
B01J2219/2409	11	Heat exchange aspects	CPCONLY	B01J2219/2409		17
B01J2219/2411	12	The reactant being in indirect heat exchange with a non reacting heat exchange medium	CPCONLY	B01J2219/2411		50
B01J2219/2412	13	Independent temperature control in various sections of the monolith	CPCONLY	B01J2219/2412		15
B01J2219/2413	12	Two reactions in indirect heat exchange	CPCONLY	B01J2219/2413		9
B01J2219/2414	12	The same reactant stream undergoing different reactions, endothermic or exothermic	CPCONLY	B01J2219/2414		6
B01J2219/2416	12	Additional heat exchange means, e.g. electric resistance heater, coils	CPCONLY	B01J2219/2416		64
B01J2219/2417	12	Direct heat exchange	CPCONLY	B01J2219/2417		8
B01J2219/2418	11	Feeding means	CPCONLY	B01J2219/2418		8
B01J2219/2419	12	for the reactants	CPCONLY	B01J2219/2419		64
B01J2219/242	12	for the catalysts	CPCONLY	B01J2219/242		7
B01J2219/2422	11	Mixing means, e.g. fins or baffles attached to the monolith or placed in the channel	CPCONLY	B01J2219/2422		41
B01J2219/2423	11	Separation means, e.g. membrane inside the reactor	CPCONLY	B01J2219/2423		38
B01J2219/2424	12	Wall-flow filter, e.g. adjacent cells closed alternatively at their end to force the reactant stream through the walls of the monolith	CPCONLY	B01J2219/2424		8
B01J2219/2425	11	Construction materials	CPCONLY	B01J2219/2425		
B01J2219/2427	12	Catalysts	CPCONLY	B01J2219/2427		11
B01J2219/2428	13	Catalysts coated on the surface of the monolith channels	CPCONLY	B01J2219/2428		109
B01J2219/2429	14	Nanocatalysts	CPCONLY	B01J2219/2429		3
B01J2219/243	13	Catalyst in granular form in the channels	CPCONLY	B01J2219/243		22
B01J2219/2432	13	Monoliths having catalytic activity on its own	CPCONLY	B01J2219/2432		25
B01J2219/2433	12	of the monoliths	CPCONLY	B01J2219/2433		4
B01J2219/2434	13	Metals or alloys	CPCONLY	B01J2219/2434		32
B01J2219/2435	14	Steel	CPCONLY	B01J2219/2435		9
B01J2219/2437	14	Metal oxides	CPCONLY	B01J2219/2437		7
B01J2219/2438	13	Ceramics	CPCONLY	B01J2219/2438		56
B01J2219/2439	13	Glass	CPCONLY	B01J2219/2439		4
B01J2219/244	13	Plastics	CPCONLY	B01J2219/244		5
B01J2219/2441	11	Other constructional details	CPCONLY	B01J2219/2441		11
B01J2219/2443	12	Assembling means of monolith modules	CPCONLY	B01J2219/2443		57
B01J2219/2444	12	Size aspects	CPCONLY	B01J2219/2444		7
B01J2219/2445	13	Sizes	CPCONLY	B01J2219/2445		34
B01J2219/2446	13	Cell density	CPCONLY	B01J2219/2446		25
B01J2219/2448	12	Additional structures inserted in the channels	CPCONLY	B01J2219/2448		15
B01J2219/2449	12	Moving elements in the monolith reactor	CPCONLY	B01J2219/2449		3
B01J2219/245	10	Plate-type reactors	CPCONLY	B01J2219/245		13
B01J2219/2451	11	Geometry of the reactor	CPCONLY	B01J2219/2451		6
B01J2219/2453	12	Plates arranged in parallel	CPCONLY	B01J2219/2453		624
B01J2219/2454	12	Plates arranged concentrically	CPCONLY	B01J2219/2454		64
B01J2219/2455	12	Plates arranged radially	CPCONLY	B01J2219/2455		59
B01J2219/2456	12	Geometry of the plates	CPCONLY	B01J2219/2456		19
B01J2219/2458	13	Flat plates, i.e. plates which are not corrugated or otherwise structured, e.g. plates with cylindrical shape	CPCONLY	B01J2219/2458		353
B01J2219/2459	13	Corrugated plates	CPCONLY	B01J2219/2459		265
B01J2219/246	13	Perforated plates	CPCONLY	B01J2219/246		87
B01J2219/2461	11	Heat exchange aspects	CPCONLY	B01J2219/2461		47
B01J2219/2462	12	the reactants being in indirect heat exchange with a non reacting heat exchange medium	CPCONLY	B01J2219/2462		387
B01J2219/2464	13	Independent temperature control in various sections of the reactor	CPCONLY	B01J2219/2464		74
B01J2219/2465	12	Two reactions in indirect heat exchange with each other	CPCONLY	B01J2219/2465		204
B01J2219/2466	12	The same reactant stream undergoing different reactions, endothermic or exothermic	CPCONLY	B01J2219/2466		73
B01J2219/2467	12	Additional heat exchange means, e.g. electric resistance heaters, coils	CPCONLY	B01J2219/2467		112
B01J2219/2469	11	Feeding means	CPCONLY	B01J2219/2469		14
B01J2219/247	12	Feeding means for the reactants	CPCONLY	B01J2219/247		190
B01J2219/2471	12	Feeding means for the catalyst	CPCONLY	B01J2219/2471		25
B01J2219/2472	13	the catalyst being exchangeable on inserts other than plates, e.g. in bags	CPCONLY	B01J2219/2472		38
B01J2219/2474	11	Mixing means, e.g. fins or baffles attached to the plates	CPCONLY	B01J2219/2474		159
B01J2219/2475	11	Separation means, e.g. membranes inside the reactor	CPCONLY	B01J2219/2475		100
B01J2219/2476	11	Construction materials	CPCONLY	B01J2219/2476		
B01J2219/2477	12	of the catalysts	CPCONLY	B01J2219/2477		32
B01J2219/2479	13	Catalysts coated on the surface of plates or inserts	CPCONLY	B01J2219/2479		392
B01J2219/248	14	Nanocatalysts	CPCONLY	B01J2219/248		7
B01J2219/2481	13	Catalysts in granular from between plates	CPCONLY	B01J2219/2481		250
B01J2219/2482	13	Catalytically active foils; Plates having catalytically activity on their own	CPCONLY	B01J2219/2482		110
B01J2219/2483	12	of the plates	CPCONLY	B01J2219/2483		5
B01J2219/2485	13	Metals or alloys	CPCONLY	B01J2219/2485		247
B01J2219/2486	14	Steel	CPCONLY	B01J2219/2486		100
B01J2219/2487	13	Ceramics	CPCONLY	B01J2219/2487		103
B01J2219/2488	13	Glass	CPCONLY	B01J2219/2488		37
B01J2219/249	13	Plastics	CPCONLY	B01J2219/249		39
B01J2219/2491	11	Other constructional details	CPCONLY	B01J2219/2491		14
B01J2219/2492	12	Assembling means	CPCONLY	B01J2219/2492		13
B01J2219/2493	13	Means for assembling plates together, e.g. sealing means, screws, bolts	CPCONLY	B01J2219/2493		181
B01J2219/2495	14	the plates being assembled interchangeably or in a disposable way	CPCONLY	B01J2219/2495		48
B01J2219/2496	13	Means for assembling modules together, e.g. casings, holders, fluidic connectors	CPCONLY	B01J2219/2496		102
B01J2219/2497	12	Size aspects, i.e. concrete sizes are being mentioned in the classified document	CPCONLY	B01J2219/2497		158
B01J2219/2498	12	Additional structures inserted in the channels, e.g. plates, catalyst holding meshes	CPCONLY	B01J2219/2498		190
B01J2219/30	8	Details relating to random packing elements	CPCONLY	B01J2219/30		30
B01J2219/302	9	Basic shape of the elements	CPCONLY	B01J2219/302		25
B01J2219/30203	10	Saddle	CPCONLY	B01J2219/30203		119
B01J2219/30207	10	Sphere	CPCONLY	B01J2219/30207		322
B01J2219/30211	11	Egg, ovoid or ellipse	CPCONLY	B01J2219/30211		84
B01J2219/30215	10	Toroid or ring	CPCONLY	B01J2219/30215		158
B01J2219/30219	10	Disk	CPCONLY	B01J2219/30219		31
B01J2219/30223	10	Cylinder	CPCONLY	B01J2219/30223		563
B01J2219/30226	10	Cone or truncated cone	CPCONLY	B01J2219/30226		84
B01J2219/3023	10	Triangle	CPCONLY	B01J2219/3023		59
B01J2219/30234	11	Hexagon	CPCONLY	B01J2219/30234		49
B01J2219/30238	10	Tetrahedron	CPCONLY	B01J2219/30238		39
B01J2219/30242	10	Star	CPCONLY	B01J2219/30242		72
B01J2219/30246	10	Square or square-derived	CPCONLY	B01J2219/30246		44
B01J2219/30249	11	Cube	CPCONLY	B01J2219/30249		51
B01J2219/30253	11	Pyramid	CPCONLY	B01J2219/30253		30
B01J2219/30257	10	Wire	CPCONLY	B01J2219/30257		78
B01J2219/30261	11	twisted	CPCONLY	B01J2219/30261		23
B01J2219/30265	11	Spiral	CPCONLY	B01J2219/30265		58
B01J2219/30269	10	Brush	CPCONLY	B01J2219/30269		14
B01J2219/30273	10	Cross	CPCONLY	B01J2219/30273		21
B01J2219/30276	10	Sheet	CPCONLY	B01J2219/30276		57
B01J2219/3028	11	stretched	CPCONLY	B01J2219/3028		16
B01J2219/30284	11	twisted	CPCONLY	B01J2219/30284		20
B01J2219/30288	11	folded	CPCONLY	B01J2219/30288		24
B01J2219/30292	11	rolled up	CPCONLY	B01J2219/30292		31
B01J2219/30296	10	Other shapes	CPCONLY	B01J2219/30296		248
B01J2219/304	9	Composition or microstructure of the elements	CPCONLY	B01J2219/304		47
B01J2219/30408	10	Metal	CPCONLY	B01J2219/30408		393
B01J2219/30416	10	Ceramic	CPCONLY	B01J2219/30416		360
B01J2219/30425	11	Carbon	CPCONLY	B01J2219/30425		44
B01J2219/30433	10	Glass	CPCONLY	B01J2219/30433		76
B01J2219/30441	10	Wood	CPCONLY	B01J2219/30441		7
B01J2219/3045	10	Cork	CPCONLY	B01J2219/3045		1
B01J2219/30458	10	Rubber	CPCONLY	B01J2219/30458		3
B01J2219/30466	10	Plastics	CPCONLY	B01J2219/30466		413
B01J2219/30475	10	comprising catalytically active material	CPCONLY	B01J2219/30475		229
B01J2219/30483	10	Fibrous materials	CPCONLY	B01J2219/30483		36
B01J2219/30491	10	Foam like materials	CPCONLY	B01J2219/30491		18
B01J2219/308	9	filling or discharging the elements into or from packed columns	CPCONLY	B01J2219/308		12
B01J2219/3081	10	Orientation of the packing elements within the column or vessel	CPCONLY	B01J2219/3081		5
B01J2219/3083	11	Random or dumped packing elements	CPCONLY	B01J2219/3083		58
B01J2219/3085	11	Ordered or stacked packing elements	CPCONLY	B01J2219/3085		89
B01J2219/3086	10	Filling of the packing elements into the column or vessel, e.g. using a tube	CPCONLY	B01J2219/3086		27
B01J2219/3088	10	Emptying of the packing elements from the column or vessel, e.g. using a tube	CPCONLY	B01J2219/3088		8
B01J2219/31	9	Size details	CPCONLY	B01J2219/31		8
B01J2219/312	10	Sizes	CPCONLY	B01J2219/312		66
B01J2219/315	10	Two or more types of packing elements or packing elements of different sizes present in the column	CPCONLY	B01J2219/315		19
B01J2219/318	9	Manufacturing aspects	CPCONLY	B01J2219/318		51
B01J2219/3181	10	Pleating	CPCONLY	B01J2219/3181		3
B01J2219/3183	10	Molding	CPCONLY	B01J2219/3183		20
B01J2219/3185	10	Pressing	CPCONLY	B01J2219/3185		12
B01J2219/3186	10	Sintering	CPCONLY	B01J2219/3186		6
B01J2219/3188	10	Extruding	CPCONLY	B01J2219/3188		27
B01J2219/319	9	Mathematical modelling	CPCONLY	B01J2219/319		15
B01J2219/32	8	Details relating to packing elements in the form of grids or built-up elements for forming a unit of module inside the apparatus for mass or heat transfer	CPCONLY	B01J2219/32		47
B01J2219/322	9	Basic shape of the elements	CPCONLY	B01J2219/322		44
B01J2219/32203	10	Sheets	CPCONLY	B01J2219/32203		35
B01J2219/32206	11	Flat sheets	CPCONLY	B01J2219/32206		331
B01J2219/3221	11	Corrugated sheets	CPCONLY	B01J2219/3221		845
B01J2219/32213	11	Plurality of essentially parallel sheets	CPCONLY	B01J2219/32213		634
B01J2219/32217	12	with sheets having corrugations which intersect at an angle of 90 degrees	CPCONLY	B01J2219/32217		94
B01J2219/3222	12	with sheets having corrugations which intersect at an angle different from 90 degrees	CPCONLY	B01J2219/3222		219
B01J2219/32224	11	characterised by the orientation of the sheet	CPCONLY	B01J2219/32224		4
B01J2219/32227	12	Vertical orientation	CPCONLY	B01J2219/32227		568
B01J2219/32231	12	Horizontal orientation	CPCONLY	B01J2219/32231		99
B01J2219/32234	12	Inclined orientation	CPCONLY	B01J2219/32234		73
B01J2219/32237	11	Sheets comprising apertures or perforations	CPCONLY	B01J2219/32237		294
B01J2219/32241	12	Louvres	CPCONLY	B01J2219/32241		70
B01J2219/32244	12	Essentially circular apertures	CPCONLY	B01J2219/32244		139
B01J2219/32248	11	Sheets comprising areas that are raised or sunken from the plane of the sheet	CPCONLY	B01J2219/32248		124
B01J2219/32251	12	Dimples, bossages, protrusions	CPCONLY	B01J2219/32251		107
B01J2219/32255	11	Other details of the sheets	CPCONLY	B01J2219/32255		215
B01J2219/32258	12	Details relating to the extremities of the sheets, such as a change in corrugation geometry or sawtooth edges	CPCONLY	B01J2219/32258		144
B01J2219/32262	12	Dimensions or size aspects	CPCONLY	B01J2219/32262		99
B01J2219/32265	11	characterised by the orientation of blocks of sheets	CPCONLY	B01J2219/32265		9
B01J2219/32268	12	relating to blocks in the same horizontal level	CPCONLY	B01J2219/32268		79
B01J2219/32272	12	relating to blocks in superimposed layers	CPCONLY	B01J2219/32272		157
B01J2219/32275	11	Mounting or joining of the blocks or sheets within the column or vessel	CPCONLY	B01J2219/32275		162
B01J2219/32279	10	Tubes or cylinders	CPCONLY	B01J2219/32279		210
B01J2219/32282	10	Rods or bars	CPCONLY	B01J2219/32282		108
B01J2219/32286	10	Grids or lattices	CPCONLY	B01J2219/32286		290
B01J2219/32289	11	Stretched materials	CPCONLY	B01J2219/32289		80
B01J2219/32293	10	Cubes or cubic blocks	CPCONLY	B01J2219/32293		51
B01J2219/32296	10	Honeycombs	CPCONLY	B01J2219/32296		191
B01J2219/324	9	Composition or microstructure of the elements	CPCONLY	B01J2219/324		14
B01J2219/32408	10	Metal	CPCONLY	B01J2219/32408		488
B01J2219/32416	11	fibrous	CPCONLY	B01J2219/32416		51
B01J2219/32425	10	Ceramic	CPCONLY	B01J2219/32425		192
B01J2219/32433	11	Carbon	CPCONLY	B01J2219/32433		32
B01J2219/32441	10	Glass	CPCONLY	B01J2219/32441		59
B01J2219/3245	10	Wood	CPCONLY	B01J2219/3245		21
B01J2219/32458	10	Paper	CPCONLY	B01J2219/32458		42
B01J2219/32466	10	comprising catalytically active material	CPCONLY	B01J2219/32466		348
B01J2219/32475	11	involving heat exchange	CPCONLY	B01J2219/32475		96
B01J2219/32483	10	Plastics	CPCONLY	B01J2219/32483		330
B01J2219/32491	10	Woven or knitted materials	CPCONLY	B01J2219/32491		55
B01J2219/326	9	Mathematical modelling	CPCONLY	B01J2219/326		68
B01J2219/328	9	Manufacturing aspects	CPCONLY	B01J2219/328		75
B01J2219/3281	10	Pleating	CPCONLY	B01J2219/3281		25
B01J2219/3282	10	Molding	CPCONLY	B01J2219/3282		12
B01J2219/3284	10	Pressing	CPCONLY	B01J2219/3284		17
B01J2219/3285	10	Sintering	CPCONLY	B01J2219/3285		9
B01J2219/3287	10	Extruding	CPCONLY	B01J2219/3287		7
B01J2219/3288	10	Punching	CPCONLY	B01J2219/3288		18
B01J2219/33	9	Details relating to the packing elements in general	CPCONLY	B01J2219/33		22
B01J2219/3306	10	Dimensions or size aspects	CPCONLY	B01J2219/3306		83
B01J2219/3313	10	Revamping	CPCONLY	B01J2219/3313		6
B01J2219/332	9	Details relating to the flow of the phases	CPCONLY	B01J2219/332		22
B01J2219/3322	10	Co-current flow	CPCONLY	B01J2219/3322		35
B01J2219/3325	10	Counter-current flow	CPCONLY	B01J2219/3325		120
B01J2219/3327	10	Cross-current flow	CPCONLY	B01J2219/3327		19
B01J2220/00	7	Aspects relating to sorbent materials	CPCONLY	B01J2220/00		8
B01J2220/40	8	Aspects relating to the composition of sorbent or filter aid materials	CPCONLY	B01J2220/40		20
B01J2220/42	9	Materials comprising a mixture of inorganic materials (materials coated or impregnated on a carrier B01J20/32)	CPCONLY	B01J2220/42		2368
B01J2220/44	9	Materials comprising a mixture of organic materials (materials coated or impregnated on a carrier B01J20/32)	CPCONLY	B01J2220/44		247
B01J2220/445	10	comprising a mixture of polymers	CPCONLY	B01J2220/445		247
B01J2220/46	9	Materials comprising a mixture of inorganic and organic materials (materials coated or impregnated on a carrier B01J20/32)	CPCONLY	B01J2220/46		2089
B01J2220/48	9	Sorbents characterised by the starting material used for their preparation	CPCONLY	B01J2220/48		40
B01J2220/4806	10	the starting material being of inorganic character	CPCONLY	B01J2220/4806		3115
B01J2220/4812	10	the starting material being of organic character	CPCONLY	B01J2220/4812		2812
B01J2220/4818	11	Natural rubber	CPCONLY	B01J2220/4818		13
B01J2220/4825	11	Polysaccharides or cellulose materials, e.g. starch, chitin, sawdust, wood, straw, cotton	CPCONLY	B01J2220/4825		2573
B01J2220/4831	12	having been subjected to further processing, e.g. paper, cellulose pulp	CPCONLY	B01J2220/4831		163
B01J2220/4837	11	Lignin	CPCONLY	B01J2220/4837		147
B01J2220/4843	11	Algae, aquatic plants or sea vegetals, e.g. seeweeds, eelgrass	CPCONLY	B01J2220/4843		162
B01J2220/485	11	Plants or land vegetals, e.g. cereals, wheat, corn, rice, sphagnum, peat moss	CPCONLY	B01J2220/485		719
B01J2220/4856	11	Proteins, DNA	CPCONLY	B01J2220/4856		155
B01J2220/4862	11	Feathers	CPCONLY	B01J2220/4862		22
B01J2220/4868	11	Cells, spores, bacteria	CPCONLY	B01J2220/4868		130
B01J2220/4875	10	the starting material being a waste, residue or of undefined composition	CPCONLY	B01J2220/4875		430
B01J2220/4881	11	Residues from shells, e.g. eggshells, mollusk shells	CPCONLY	B01J2220/4881		309
B01J2220/4887	11	Residues, wastes, e.g. garbage, municipal or industrial sludges, compost, animal manure; fly-ashes	CPCONLY	B01J2220/4887		1277
B01J2220/4893	11	Residues derived from used synthetic products, e.g. rubber from used tyres	CPCONLY	B01J2220/4893		139
B01J2220/49	9	Materials comprising an indicator, e.g. colour indicator, pH-indicator	CPCONLY	B01J2220/49		155
B01J2220/50	8	Aspects relating to the use of sorbent or filter aid materials	CPCONLY	B01J2220/50		35
B01J2220/52	9	Sorbents specially adapted for preparative chromatography	CPCONLY	B01J2220/52		353
B01J2220/54	9	Sorbents specially adapted for analytical or investigative chromatography	CPCONLY	B01J2220/54		1629
B01J2220/56	9	Use in the form of a bed	CPCONLY	B01J2220/56		454
B01J2220/58	9	Use in a single column	CPCONLY	B01J2220/58		902
B01J2220/60	9	Use in several different columns	CPCONLY	B01J2220/60		23
B01J2220/603	10	serially disposed columns	CPCONLY	B01J2220/603		92
B01J2220/606	10	parallel disposed columns	CPCONLY	B01J2220/606		54
B01J2220/62	9	In a cartridge	CPCONLY	B01J2220/62		262
B01J2220/64	9	In a syringe, pipette, e.g. tip or in a tube, e.g. test-tube or u-shape tube	CPCONLY	B01J2220/64		129
B01J2220/66	9	Other type of housings or containers not covered by B01J2220/58 - B01J2220/64	CPCONLY	B01J2220/66		188
B01J2220/68	9	Superabsorbents	CPCONLY	B01J2220/68		523
B01J2220/80	8	Aspects related to sorbents specially adapted for preparative, analytical or investigative chromatography	CPCONLY	B01J2220/80		108
B01J2220/82	9	Shaped bodies, e.g. monoliths, plugs, tubes, continuous beds	CPCONLY	B01J2220/82		234
B01J2220/825	10	comprising a cladding or external coating	CPCONLY	B01J2220/825		19
B01J2220/84	9	Capillaries	CPCONLY	B01J2220/84		124
B01J2220/86	9	Sorbents applied to inner surfaces of columns or capillaries	CPCONLY	B01J2220/86		210
B01J2229/00	7	Aspects of molecular sieve catalysts not covered by B01J29/00	CPCONLY	B01J2229/00		2
B01J2229/10	8	After treatment, characterised by the effect to be obtained	CPCONLY	B01J2229/10		82
B01J2229/12	9	to alter the outside of the crystallites, e.g. selectivation	CPCONLY	B01J2229/12		252
B01J2229/123	10	in order to deactivate outer surface	CPCONLY	B01J2229/123		72
B01J2229/126	10	in order to reduce the pore-mouth size	CPCONLY	B01J2229/126		31
B01J2229/14	9	to alter the inside of the molecular sieve channels	CPCONLY	B01J2229/14		171
B01J2229/16	9	to increase the Si/Al ratio; Dealumination	CPCONLY	B01J2229/16		841
B01J2229/18	9	to introduce other elements into or onto the molecular sieve itself	CPCONLY	B01J2229/18		3036
B01J2229/183	10	in framework positions	CPCONLY	B01J2229/183		978
B01J2229/186	10	not in framework positions	CPCONLY	B01J2229/186		3475
B01J2229/20	9	to introduce other elements in the catalyst composition comprising the molecular sieve, but not specially in or on the molecular sieve itself	CPCONLY	B01J2229/20		1358
B01J2229/22	9	to destroy the molecular sieve structure or part thereof	CPCONLY	B01J2229/22		112
B01J2229/24	9	to stabilize the molecular sieve structure	CPCONLY	B01J2229/24		177
B01J2229/26	9	to stabilize the total catalyst structure	CPCONLY	B01J2229/26		1048
B01J2229/30	8	After treatment, characterised by the means used	CPCONLY	B01J2229/30		57
B01J2229/32	9	Reaction with silicon compounds, e.g. TEOS, siliconfluoride	CPCONLY	B01J2229/32		542
B01J2229/34	9	Reaction with organic or organometallic compounds	CPCONLY	B01J2229/34		380
B01J2229/36	9	Steaming	CPCONLY	B01J2229/36		1031
B01J2229/37	9	Acid treatment	CPCONLY	B01J2229/37		774
B01J2229/38	9	Base treatment	CPCONLY	B01J2229/38		468
B01J2229/40	9	Special temperature treatment, i.e. other than just for template removal	CPCONLY	B01J2229/40		795
B01J2229/42	9	Addition of matrix or binder particles	CPCONLY	B01J2229/42		3159
B01J2229/60	8	Synthesis on support	CPCONLY	B01J2229/60		81
B01J2229/62	9	in or on other molecular sieves	CPCONLY	B01J2229/62		176
B01J2229/64	9	in or on refractory materials	CPCONLY	B01J2229/64		175
B01J2229/66	9	on metal supports	CPCONLY	B01J2229/66		49
B01J2231/00	7	Catalytic reactions performed with catalysts classified in B01J31/00<br><br><u>NOTE</u><br><br>In this group indexing is done according to the specific catalytic reaction. In case of multiple catalytic activities only those are indexed which are specifically exemplified, i.e. by ways of worked examples, specific claims or explicit alternatives therein.	CPCONLY	B01J2231/00		22
B01J2231/005	8	General concepts, e.g. reviews, relating to methods of using catalyst systems, the concept being defined by a common method or theory, e.g. microwave heating or multiple stereoselectivity	CPCONLY	B01J2231/005		159
B01J2231/10	8	Polymerisation reactions involving at least dual use catalysts, e.g. for both oligomerisation and polymerisation	CPCONLY	B01J2231/10		97
B01J2231/12	9	Olefin polymerisation or copolymerisation	CPCONLY	B01J2231/12		320
B01J2231/122	10	Cationic (co)polymerisation, e.g. single-site or Ziegler-Natta type	CPCONLY	B01J2231/122		138
B01J2231/125	10	Radical (co)polymerisation, e.g. mediators therefor	CPCONLY	B01J2231/125		18
B01J2231/127	10	Anionic (co)polymerisation	CPCONLY	B01J2231/127		5
B01J2231/14	9	Other (co) polymerisation, e.g. of lactides or epoxides	CPCONLY	B01J2231/14		294
B01J2231/20	8	Olefin oligomerisation or telomerisation	CPCONLY	B01J2231/20		1202
B01J2231/30	8	Addition reactions at carbon centres, i.e. to either C-C or C-X multiple bonds	CPCONLY	B01J2231/30		47
B01J2231/32	9	Addition reactions to C=C or C-C triple bonds	CPCONLY	B01J2231/32		756
B01J2231/321	10	Hydroformylation, metalformylation, carbonylation or hydroaminomethylation	CPCONLY	B01J2231/321		1748
B01J2231/322	10	Hydrocyanation	CPCONLY	B01J2231/322		59
B01J2231/323	10	Hydrometalation, e.g. bor-, alumin-, silyl-, zirconation or analoguous reactions like carbometalation, hydrocarbation	CPCONLY	B01J2231/323		867
B01J2231/324	10	Cyclisations via conversion of C-C multiple to single or less multiple bonds, e.g. cycloadditions	CPCONLY	B01J2231/324		202
B01J2231/325	11	Cyclopropanations	CPCONLY	B01J2231/325		62
B01J2231/326	11	Diels-Alder or other [4+2] cycloadditions, e.g. hetero-analogues	CPCONLY	B01J2231/326		127
B01J2231/327	11	Dipolar cycloadditions	CPCONLY	B01J2231/327		28
B01J2231/328	11	Cycloadditions involving more than 2 components or moieties, e.g. intra-/intermolecualar [2+2+2] or [2+2+1], e.g. Pauson-Khand type	CPCONLY	B01J2231/328		110
B01J2231/34	9	Other additions, e.g. Monsanto-type carbonylations, addition to 1,2-C=X or 1,2-C-X triplebonds, additions to 1,4-C=C-C=X or 1,4-C=-C-X triple bonds with X, e.g. O, S, NH/N	CPCONLY	B01J2231/34		350
B01J2231/341	10	1,2-additions, e.g. aldol or Knoevenagel condensations	CPCONLY	B01J2231/341		362
B01J2231/342	11	Aldol type reactions, i.e. nucleophilic addition of C-H acidic compounds, their R3Si- or metal complex analogues, to aldehydes or ketones	CPCONLY	B01J2231/342		202
B01J2231/343	12	to prepare cyanhydrines, e.g. by adding HCN or TMSCN	CPCONLY	B01J2231/343		36
B01J2231/344	12	Boronation, e.g. by adding R-B(OR)2	CPCONLY	B01J2231/344		29
B01J2231/345	12	with organometallic complexes, e.g. by adding ZnR2	CPCONLY	B01J2231/345		11
B01J2231/346	11	Mannich type reactions, i.e. nucleophilic addition of C-H acidic compounds, their R3Si- or metal complex analogues to aldimines or ketimines	CPCONLY	B01J2231/346		46
B01J2231/347	11	via cationic intermediates, e.g. bisphenol A type processes	CPCONLY	B01J2231/347		99
B01J2231/348	10	1,4-additions, e.g. conjugate additions	CPCONLY	B01J2231/348		63
B01J2231/349	10	1,2- or 1,4-additions in combination with further or prior reactions by the same catalyst, i.e. tandem or domino reactions, e.g. hydrogenation or further addition reactions	CPCONLY	B01J2231/349		46
B01J2231/40	8	Substitution reactions at carbon centres, e.g. C-C or C-X, i.e. carbon-hetero atom, cross-coupling, C-H activation or ring-opening reactions	CPCONLY	B01J2231/40		304
B01J2231/42	9	Catalytic cross-coupling, i.e. connection of previously not connected C-atoms or C- and X-atoms without rearrangement	CPCONLY	B01J2231/42		98
B01J2231/4205	10	C-C cross-coupling, e.g. metal catalyzed or Friedel-Crafts type	CPCONLY	B01J2231/4205		830
B01J2231/4211	11	Suzuki-type, i.e. RY + R&apos;B(OR)2, in which R, R&apos; are optionally substituted alkyl, alkenyl, aryl, acyl and Y is the leaving group	CPCONLY	B01J2231/4211		326
B01J2231/4216	12	with R= alkyl	CPCONLY	B01J2231/4216		8
B01J2231/4222	12	with R&apos;= alkyl	CPCONLY	B01J2231/4222		8
B01J2231/4227	12	with Y= Cl	CPCONLY	B01J2231/4227		103
B01J2231/4233	11	Kumada-type, i.e. RY + R&apos;MgZ, in which Ris optionally substituted alkyl, alkenyl, aryl, Y is the leaving group and Z is halide	CPCONLY	B01J2231/4233		43
B01J2231/4238	11	Negishi-type, i.e. RY + R&apos;ZnZ, in which R, R&apos; is optionally substituted alkyl, alkenyl, alkynyl, aryl, Y is the leaving group and Z is halide or R&apos;	CPCONLY	B01J2231/4238		22
B01J2231/4244	12	with R= alkyl	CPCONLY	B01J2231/4244		2
B01J2231/425	12	with R&apos;= alkyl	CPCONLY	B01J2231/425		3
B01J2231/4255	11	Stille-type, i.e. RY + R&apos;3SnR&apos;&apos;, in which R is alkenyl, aryl, R&apos; is alkyl and R&apos;&apos; is alkenyl or aryl	CPCONLY	B01J2231/4255		33
B01J2231/4261	11	Heck-type, i.e. RY + C=C, in which R is aryl	CPCONLY	B01J2231/4261		188
B01J2231/4266	11	Sonogashira-type, i.e. RY + HC-CR&apos; triple bonds, in which R=aryl, alkenyl, alkyl and R&apos;=H, alkyl or aryl	CPCONLY	B01J2231/4266		88
B01J2231/4272	11	via enolates or aza-analogues, added as such or made in-situ, e.g. ArY + R2C=C(OM)Z -&gt; ArR2C-C(O)Z, in which R is H or alkyl, M is Na, K or SiMe3, Y is the leaving group, Z is Ar or OR&apos; and R&apos; is alkyl	CPCONLY	B01J2231/4272		17
B01J2231/4277	10	C-X Cross-coupling, e.g. nucleophilic aromatic amination, alkoxylation or analogues	CPCONLY	B01J2231/4277		240
B01J2231/4283	11	using N nucleophiles, e.g. Buchwald-Hartwig amination	CPCONLY	B01J2231/4283		378
B01J2231/4288	11	using O nucleophiles, e.g. alcohols, carboxylates, esters	CPCONLY	B01J2231/4288		259
B01J2231/4294	11	using S nucleophiles, e.g. thiols	CPCONLY	B01J2231/4294		57
B01J2231/44	9	Allylic alkylation, amination, alkoxylation or analogues	CPCONLY	B01J2231/44		174
B01J2231/46	9	C-H or C-C activation	CPCONLY	B01J2231/46		128
B01J2231/48	9	Ring-opening reactions	CPCONLY	B01J2231/48		171
B01J2231/482	10	asymmetric reactions, e.g. kinetic resolution of racemates	CPCONLY	B01J2231/482		20
B01J2231/485	11	kinetic resolution of epoxide racemates	CPCONLY	B01J2231/485		8
B01J2231/487	12	by hydrolysis	CPCONLY	B01J2231/487		13
B01J2231/49	9	Esterification or transesterification	CPCONLY	B01J2231/49		1008
B01J2231/50	8	Redistribution or isomerisation reactions of C-C, C=C or C-C triple bonds	CPCONLY	B01J2231/50		36
B01J2231/52	9	Isomerisation reactions	CPCONLY	B01J2231/52		550
B01J2231/54	9	Metathesis reactions, e.g. olefin metathesis	CPCONLY	B01J2231/54		117
B01J2231/543	10	alkene metathesis	CPCONLY	B01J2231/543		473
B01J2231/546	10	alkyne metathesis	CPCONLY	B01J2231/546		29
B01J2231/60	8	Reduction reactions, e.g. hydrogenation	CPCONLY	B01J2231/60		90
B01J2231/62	9	Reductions in general of inorganic substrates, e.g. formal hydrogenation, e.g. of N2	CPCONLY	B01J2231/62		309
B01J2231/625	10	of CO2	CPCONLY	B01J2231/625		189
B01J2231/64	9	Reductions in general of organic substrates, e.g. hydride reductions or hydrogenations	CPCONLY	B01J2231/64		203
B01J2231/641	10	Hydrogenation of organic substrates, i.e. H2 or H-transfer hydrogenations, e.g. Fischer-Tropsch processes	CPCONLY	B01J2231/641		637
B01J2231/643	11	of R2C=O or R2C=NR (R= C, H)	CPCONLY	B01J2231/643		832
B01J2231/645	11	of C=C or C-C triple bonds	CPCONLY	B01J2231/645		1124
B01J2231/646	11	of aromatic or heteroaromatic rings	CPCONLY	B01J2231/646		183
B01J2231/648	11	Fischer-Tropsch-type reactions	CPCONLY	B01J2231/648		81
B01J2231/70	8	Oxidation reactions, e.g. epoxidation, (di)hydroxylation, dehydrogenation and analogues	CPCONLY	B01J2231/70		1758
B01J2231/72	9	Epoxidation	CPCONLY	B01J2231/72		486
B01J2231/74	9	Aziridination	CPCONLY	B01J2231/74		8
B01J2231/76	9	Dehydrogenation	CPCONLY	B01J2231/76		101
B01J2231/763	10	of -CH-XH (X= O, NH/N, S) to -C=X or -CX triple bond species	CPCONLY	B01J2231/763		181
B01J2231/766	10	of -CH-CH- or -C=C- to -C=C- or -C-C- triple bond species	CPCONLY	B01J2231/766		66
B01J2235/00	7	Indexing scheme associated with group B01J35/00, related to the analysis techniques used to determine the catalysts form or properties	CPCONLY	B01J2235/00		2901
B01J2235/05	8	Nuclear magnetic resonance [NMR]	CPCONLY	B01J2235/05		398
B01J2235/10	8	Infrared [IR]	CPCONLY	B01J2235/10		690
B01J2235/15	8	X-ray diffraction	CPCONLY	B01J2235/15		3620
B01J2235/30	8	Scanning electron microscopy; Transmission electron microscopy	CPCONLY	B01J2235/30		3210
B01J2523/00	7	Constitutive chemical elements of heterogeneous catalysts<br><br><u>NOTE</u><br><br>In this group, C-Sets are used. Detailed information about C-Sets construction and the associated syntax rules is found in the Definitions of B01J.	CPCONLY	B01J2523/00		12826
B01J2523/10	8	of Group I (IA or IB) of the Periodic Table	CPCONLY	B01J2523/10		22
B01J2523/11	9	Lithium	CPCONLY	B01J2523/11		452
B01J2523/12	9	Sodium	CPCONLY	B01J2523/12		843
B01J2523/13	9	Potassium	CPCONLY	B01J2523/13		1635
B01J2523/14	9	Rubidium	CPCONLY	B01J2523/14		285
B01J2523/15	9	Caesium	CPCONLY	B01J2523/15		707
B01J2523/16	9	Francium	CPCONLY	B01J2523/16		4
B01J2523/17	9	Copper	CPCONLY	B01J2523/17		3328
B01J2523/18	9	Silver	CPCONLY	B01J2523/18		553
B01J2523/19	9	Gold	CPCONLY	B01J2523/19		181
B01J2523/20	8	of Group II (IIA or IIB) of the Periodic Table	CPCONLY	B01J2523/20		9
B01J2523/21	9	Beryllium	CPCONLY	B01J2523/21		91
B01J2523/22	9	Magnesium	CPCONLY	B01J2523/22		2045
B01J2523/23	9	Calcium	CPCONLY	B01J2523/23		1235
B01J2523/24	9	Strontium	CPCONLY	B01J2523/24		914
B01J2523/25	9	Barium	CPCONLY	B01J2523/25		863
B01J2523/26	9	Radium	CPCONLY	B01J2523/26		3
B01J2523/27	9	Zinc	CPCONLY	B01J2523/27		2079
B01J2523/28	9	Cadmium	CPCONLY	B01J2523/28		105
B01J2523/29	9	Mercury	CPCONLY	B01J2523/29		7
B01J2523/30	8	of Group III (IIIA or IIIB) of the Periodic Table	CPCONLY	B01J2523/30		19
B01J2523/305	9	Boron	CPCONLY	B01J2523/305		406
B01J2523/31	9	Aluminium	CPCONLY	B01J2523/31		4975
B01J2523/32	9	Gallium	CPCONLY	B01J2523/32		332
B01J2523/33	9	Indium	CPCONLY	B01J2523/33		262
B01J2523/34	9	Thallium	CPCONLY	B01J2523/34		116
B01J2523/35	9	Scandium	CPCONLY	B01J2523/35		93
B01J2523/36	9	Yttrium	CPCONLY	B01J2523/36		761
B01J2523/37	9	Lanthanides	CPCONLY	B01J2523/37		45
B01J2523/3706	10	Lanthanum	CPCONLY	B01J2523/3706		2554
B01J2523/3712	10	Cerium	CPCONLY	B01J2523/3712		3872
B01J2523/3718	10	Praseodymium	CPCONLY	B01J2523/3718		602
B01J2523/3725	10	Neodymium	CPCONLY	B01J2523/3725		503
B01J2523/3731	10	Promethium	CPCONLY	B01J2523/3731		32
B01J2523/3737	10	Samarium	CPCONLY	B01J2523/3737		280
B01J2523/3743	10	Europium	CPCONLY	B01J2523/3743		105
B01J2523/375	10	Gadolinium	CPCONLY	B01J2523/375		160
B01J2523/3756	10	Terbium	CPCONLY	B01J2523/3756		61
B01J2523/3762	10	Dysprosium	CPCONLY	B01J2523/3762		58
B01J2523/3768	10	Holmium	CPCONLY	B01J2523/3768		62
B01J2523/3775	10	Erbium	CPCONLY	B01J2523/3775		95
B01J2523/3781	10	Thulium	CPCONLY	B01J2523/3781		46
B01J2523/3787	10	Ytterbium	CPCONLY	B01J2523/3787		136
B01J2523/3793	10	Lutetium	CPCONLY	B01J2523/3793		41
B01J2523/39	9	Actinides	CPCONLY	B01J2523/39		31
B01J2523/392	10	Actinium	CPCONLY	B01J2523/392		1
B01J2523/395	10	Thorium	CPCONLY	B01J2523/395		29
B01J2523/397	10	Uranium	CPCONLY	B01J2523/397		73
B01J2523/40	8	of Group IV (IVA or IVB) of the Periodic Table	CPCONLY	B01J2523/40		6
B01J2523/41	9	Silicon	CPCONLY	B01J2523/41		2804
B01J2523/42	9	Germanium	CPCONLY	B01J2523/42		165
B01J2523/43	9	Tin	CPCONLY	B01J2523/43		798
B01J2523/44	9	Lead	CPCONLY	B01J2523/44		175
B01J2523/47	9	Titanium	CPCONLY	B01J2523/47		3108
B01J2523/48	9	Zirconium	CPCONLY	B01J2523/48		2671
B01J2523/49	9	Hafnium	CPCONLY	B01J2523/49		84
B01J2523/50	8	of Group V (VA or VB) of the Periodic Table	CPCONLY	B01J2523/50		4
B01J2523/51	9	Phosphorus	CPCONLY	B01J2523/51		1195
B01J2523/52	9	Arsenic	CPCONLY	B01J2523/52		139
B01J2523/53	9	Antimony	CPCONLY	B01J2523/53		870
B01J2523/54	9	Bismuth	CPCONLY	B01J2523/54		1420
B01J2523/55	9	Vanadium	CPCONLY	B01J2523/55		2645
B01J2523/56	9	Niobium	CPCONLY	B01J2523/56		897
B01J2523/57	9	Tantalum	CPCONLY	B01J2523/57		181
B01J2523/60	8	of Group VI (VIA or VIB) of the Periodic Table	CPCONLY	B01J2523/60		5
B01J2523/62	9	Sulfur	CPCONLY	B01J2523/62		107
B01J2523/63	9	Selenium	CPCONLY	B01J2523/63		38
B01J2523/64	9	Tellurium	CPCONLY	B01J2523/64		493
B01J2523/65	9	Polonium	CPCONLY	B01J2523/65		
B01J2523/67	9	Chromium	CPCONLY	B01J2523/67		1117
B01J2523/68	9	Molybdenum	CPCONLY	B01J2523/68		3535
B01J2523/69	9	Tungsten	CPCONLY	B01J2523/69		2297
B01J2523/70	8	of Group VII (VIIB) of the Periodic Table	CPCONLY	B01J2523/70		6
B01J2523/72	9	Manganese	CPCONLY	B01J2523/72		2917
B01J2523/73	9	Technetium	CPCONLY	B01J2523/73		32
B01J2523/74	9	Rhenium	CPCONLY	B01J2523/74		208
B01J2523/80	8	of Group VIII of the Periodic Table	CPCONLY	B01J2523/80		4
B01J2523/82	9	Metals of the platinum group	CPCONLY	B01J2523/82		10
B01J2523/821	10	Ruthenium	CPCONLY	B01J2523/821		528
B01J2523/822	10	Rhodium	CPCONLY	B01J2523/822		517
B01J2523/824	10	Palladium	CPCONLY	B01J2523/824		978
B01J2523/825	10	Osmium	CPCONLY	B01J2523/825		44
B01J2523/827	10	Iridium	CPCONLY	B01J2523/827		153
B01J2523/828	10	Platinum	CPCONLY	B01J2523/828		956
B01J2523/84	9	Metals of the iron group	CPCONLY	B01J2523/84		8
B01J2523/842	10	Iron	CPCONLY	B01J2523/842		3954
B01J2523/845	10	Cobalt	CPCONLY	B01J2523/845		3184
B01J2523/847	10	Nickel	CPCONLY	B01J2523/847		3255
B01J2531/00	7	Additional information regarding catalytic systems classified in B01J31/00<br><br><u>NOTE</u><br><br> In this group the term "Metals" refers to the central metal in the coordination complexes ( B01J31/16&#160;-&#160;B01J31/24), as used for the respective catalytic reaction, excluding carboxylates (seeB01J31/04 ) and other simple salts or organometallic compounds (seeB01J31/12 ). As to components, only those metals or solvents are indexed which are explicitly mentioned in the claims or the worked examples. As to compositional aspects, only those are provided for in the scheme below and are intended to be indexed, which provide additional information regarding the complexes and/or ligands classified in B01J31/16&#160;-&#160;B01J31/24; indexing codes B01J2531/0286&#160;-&#160;B01J2531/0297 are only used if these aspects are described as essential. Indexing codes B01J2531/0213&#160;-&#160;B01J2531/0277 characterise the complexes on the basis of bond-type (linkage-type) thereby specifying the structural geometry of the complexes, while classification entries B01J31/16&#160;-&#160;B01J31/24 are purely compositional subdivisions. The individual metals, the compositional aspects of complexes used and the solvents are indexed for each explicit alternative, according to the guideline above 	CPCONLY	B01J2531/00		3
B01J2531/001	8	General concepts, e.g. reviews, relating to catalyst systems and methods of making them, the concept being defined by a common material or method/theory<br><br><u>NOTE</u><br><br>When indexing in this group, only the focus is indexed in B01J2531/004&#160;-&#160;B01J2531/007 and only if groups with closely related members are concerned, e.g. N-heterocyclic carbenes ( B01J2531/004 ), Pd-complexes ( B01J2531/005 ), added halide ( B01J2531/007 ). Otherwise the main code B01J2531/002 is used. 	CPCONLY	B01J2531/001		4
B01J2531/002	9	Materials	CPCONLY	B01J2531/002		138
B01J2531/004	10	Ligands	CPCONLY	B01J2531/004		201
B01J2531/005	10	Catalytic metals	CPCONLY	B01J2531/005		44
B01J2531/007	10	Promoter-type Additives	CPCONLY	B01J2531/007		62
B01J2531/008	9	Methods or theories	CPCONLY	B01J2531/008		46
B01J2531/02	8	Compositional aspects of complexes used, e.g. polynuclearity	CPCONLY	B01J2531/02		17
B01J2531/0202	9	Polynuclearity	CPCONLY	B01J2531/0202		4
B01J2531/0205	10	Bi- or polynuclear complexes, i.e. comprising two or more metal coordination centres, without metal-metal bonds, e.g. Cp(Lx)Zr-imidazole-Zr(Lx)Cp	CPCONLY	B01J2531/0205		368
B01J2531/0208	10	Bimetallic complexes, i.e. comprising one or more units of two metals, with metal-metal bonds but no all-metal (M)n rings, e.g. Cr2(OAc)4	CPCONLY	B01J2531/0208		107
B01J2531/0211	10	Metal clusters, i.e. complexes comprising 3 to about 1000 metal atoms with metal-metal bonds to provide one or more all-metal (M)n rings, e.g. Rh4(CO)12	CPCONLY	B01J2531/0211		181
B01J2531/0213	9	Complexes without C-metal linkages	CPCONLY	B01J2531/0213		799
B01J2531/0216	10	Bi- or polynuclear complexes, i.e. comprising two or more metal coordination centres, without metal-metal bonds, e.g. Cp(Lx)Zr-imidazole-Zr(Lx)Cp	CPCONLY	B01J2531/0216		423
B01J2531/0219	10	Bimetallic complexes, i.e. comprising one or more units of two metals, with metal-metal bonds but no all-metal (M)n rings, e.g. Cr2(OAc)4	CPCONLY	B01J2531/0219		97
B01J2531/0222	10	Metal clusters, i.e. complexes comprising 3 to about 1000 metal atoms with metal-metal bonds to provide one or more all-metal (M)n rings, e.g. Rh4(CO)12	CPCONLY	B01J2531/0222		51
B01J2531/0225	9	Complexes comprising pentahapto-cyclopentadienyl analogues	CPCONLY	B01J2531/0225		173
B01J2531/0227	10	Carbollide ligands, i.e. [nido-CnB(11-n)H11](4-n)- in which n is 1-3	CPCONLY	B01J2531/0227		7
B01J2531/023	10	Phospholyl ligands, i.e. [CnP(5-n)Rn]- in which n is 0-4 and R is H or hydrocarbyl, or analogous condensed ring systems	CPCONLY	B01J2531/023		9
B01J2531/0233	10	Aza-Cp ligands, i.e. [CnN(5-n)Rn]- in which n is 0-4 and R is H or hydrocarbyl, or analogous condensed ring systems	CPCONLY	B01J2531/0233		53
B01J2531/0236	10	Azaborolyl ligands, e.g. 1,2-azaborolyl	CPCONLY	B01J2531/0236		8
B01J2531/0238	9	Complexes comprising multidentate ligands, i.e. more than 2 ionic or coordinative bonds from the central metal to the ligand, the latter having at least two donor atoms, e.g. N, O, S, P	CPCONLY	B01J2531/0238		475
B01J2531/0241	10	Rigid ligands, e.g. extended sp2-carbon frameworks or geminal di- or trisubstitution	CPCONLY	B01J2531/0241		571
B01J2531/0244	11	Pincer-type complexes, i.e. consisting of a tridentate skeleton bound to a metal, e.g. by one to three metal-carbon sigma-bonds	CPCONLY	B01J2531/0244		276
B01J2531/0247	11	Tripodal ligands, e.g. comprising the tris(pyrazolyl)borate skeleton, "tpz", neutral analogues thereof by CH/BH exchange or anionic analogues of the latter by exchange of one of the pyrazolyl groups for an anionic complexing group such as carboxylate or -R-Cp	CPCONLY	B01J2531/0247		37
B01J2531/025	11	Ligands with a porphyrin ring system or analogues thereof, e.g. phthalocyanines, corroles	CPCONLY	B01J2531/025		746
B01J2531/0252	11	Salen ligands or analogues, e.g. derived from ethylenediamine and salicylaldehyde	CPCONLY	B01J2531/0252		306
B01J2531/0255	11	Ligands comprising the N2S2 or N2P2 donor atom set, e.g. diiminodithiolates or diiminodiphosphines with complete pi-conjugation between all donor centres	CPCONLY	B01J2531/0255		27
B01J2531/0258	10	Flexible ligands, e.g. mainly sp3-carbon framework as exemplified by the "tedicyp" ligand, i.e. cis-cis-cis-1,2,3,4-tetrakis(diphenylphosphinomethyl)cyclopentane	CPCONLY	B01J2531/0258		229
B01J2531/0261	9	Complexes comprising ligands with non-tetrahedral chirality	CPCONLY	B01J2531/0261		89
B01J2531/0263	10	Planar chiral ligands, e.g. derived from donor-substituted paracyclophanes and metallocenes or from substituted arenes	CPCONLY	B01J2531/0263		80
B01J2531/0266	10	Axially chiral or atropisomeric ligands, e.g. bulky biaryls such as donor-substituted binaphthalenes, e.g. "BINAP" or "BINOL"	CPCONLY	B01J2531/0266		363
B01J2531/0269	9	Complexes comprising ligands derived from the natural chiral pool or otherwise having a characteristic structure or geometry	CPCONLY	B01J2531/0269		23
B01J2531/0272	10	derived from carbohydrates, including e.g. tartrates or DIOP	CPCONLY	B01J2531/0272		46
B01J2531/0275	10	derived from amino acids	CPCONLY	B01J2531/0275		39
B01J2531/0277	10	derived from fullerenes and analogues, e.g. buckybowls or Cp5Cp	CPCONLY	B01J2531/0277		8
B01J2531/028	10	comprising affinity tags, e.g. for recovery	CPCONLY	B01J2531/028		2
B01J2531/0283	11	The bonding to the affinity counterpart occurring via hydrogen bonding	CPCONLY	B01J2531/0283		2
B01J2531/0286	9	Complexes comprising ligands or other components characterized by their function	CPCONLY	B01J2531/0286		16
B01J2531/0288	10	Sterically demanding or shielding ligands	CPCONLY	B01J2531/0288		76
B01J2531/0291	10	Ligands adapted to form modular catalysts, e.g. self-associating building blocks as exemplified in the patent document EP-A-1 479 439	CPCONLY	B01J2531/0291		17
B01J2531/0294	10	"Non-innocent" or "non-spectator" ligands, i.e. ligands described as, or evidently, taking part in the catalytic reaction beyond merely stabilizing the central metal as spectator or ancilliary ligands, e.g. by electron transfer to or from the central metal or by intra-/intermolecular chemical reactions, e.g. disulfide coupling, H-abstraction	CPCONLY	B01J2531/0294		17
B01J2531/0297	10	Non-coordinating anions	CPCONLY	B01J2531/0297		58
B01J2531/10	8	Complexes comprising metals of Group I (IA or IB) as the central metal	CPCONLY	B01J2531/10		52
B01J2531/11	9	Lithium	CPCONLY	B01J2531/11		74
B01J2531/12	9	Sodium	CPCONLY	B01J2531/12		71
B01J2531/13	9	Potassium	CPCONLY	B01J2531/13		65
B01J2531/14	9	Rubidium	CPCONLY	B01J2531/14		9
B01J2531/15	9	Caesium	CPCONLY	B01J2531/15		21
B01J2531/16	9	Copper	CPCONLY	B01J2531/16		2154
B01J2531/17	9	Silver	CPCONLY	B01J2531/17		237
B01J2531/18	9	Gold	CPCONLY	B01J2531/18		279
B01J2531/20	8	Complexes comprising metals of Group II (IIA or IIB) as the central metal	CPCONLY	B01J2531/20		48
B01J2531/21	9	Beryllium	CPCONLY	B01J2531/21		6
B01J2531/22	9	Magnesium	CPCONLY	B01J2531/22		210
B01J2531/23	9	Calcium	CPCONLY	B01J2531/23		75
B01J2531/24	9	Strontium	CPCONLY	B01J2531/24		23
B01J2531/25	9	Barium	CPCONLY	B01J2531/25		30
B01J2531/26	9	Zinc	CPCONLY	B01J2531/26		1288
B01J2531/27	9	Cadmium	CPCONLY	B01J2531/27		107
B01J2531/28	9	Mercury	CPCONLY	B01J2531/28		28
B01J2531/30	8	Complexes comprising metals of Group III (IIIA or IIIB) as the central metal	CPCONLY	B01J2531/30		66
B01J2531/31	9	Aluminium	CPCONLY	B01J2531/31		446
B01J2531/32	9	Gallium	CPCONLY	B01J2531/32		55
B01J2531/33	9	Indium	CPCONLY	B01J2531/33		72
B01J2531/34	9	Thallium	CPCONLY	B01J2531/34		6
B01J2531/35	9	Scandium	CPCONLY	B01J2531/35		52
B01J2531/36	9	Yttrium	CPCONLY	B01J2531/36		80
B01J2531/37	9	Lanthanum	CPCONLY	B01J2531/37		143
B01J2531/38	9	Lanthanides other than lanthanum	CPCONLY	B01J2531/38		462
B01J2531/39	9	Actinides	CPCONLY	B01J2531/39		60
B01J2531/40	8	Complexes comprising metals of Group IV (IVA or IVB) as the central metal	CPCONLY	B01J2531/40		107
B01J2531/42	9	Tin	CPCONLY	B01J2531/42		201
B01J2531/44	9	Lead	CPCONLY	B01J2531/44		67
B01J2531/46	9	Titanium	CPCONLY	B01J2531/46		1005
B01J2531/48	9	Zirconium	CPCONLY	B01J2531/48		1385
B01J2531/49	9	Hafnium	CPCONLY	B01J2531/49		404
B01J2531/50	8	Complexes comprising metals of Group V (VA or VB) as the central metal	CPCONLY	B01J2531/50		61
B01J2531/52	9	Antimony	CPCONLY	B01J2531/52		32
B01J2531/54	9	Bismuth	CPCONLY	B01J2531/54		112
B01J2531/56	9	Vanadium	CPCONLY	B01J2531/56		474
B01J2531/57	9	Niobium	CPCONLY	B01J2531/57		75
B01J2531/58	9	Tantalum	CPCONLY	B01J2531/58		55
B01J2531/60	8	Complexes comprising metals of Group VI (VIA or VIB) as the central metal	CPCONLY	B01J2531/60		102
B01J2531/62	9	Chromium	CPCONLY	B01J2531/62		1050
B01J2531/64	9	Molybdenum	CPCONLY	B01J2531/64		682
B01J2531/66	9	Tungsten	CPCONLY	B01J2531/66		395
B01J2531/70	8	Complexes comprising metals of Group VII (VIIB) as the central metal	CPCONLY	B01J2531/70		50
B01J2531/72	9	Manganese	CPCONLY	B01J2531/72		1002
B01J2531/74	9	Rhenium	CPCONLY	B01J2531/74		155
B01J2531/80	8	Complexes comprising metals of Group VIII as the central metal	CPCONLY	B01J2531/80		324
B01J2531/82	9	Metals of the platinum group	CPCONLY	B01J2531/82		133
B01J2531/821	10	Ruthenium	CPCONLY	B01J2531/821		2040
B01J2531/822	10	Rhodium	CPCONLY	B01J2531/822		2330
B01J2531/824	10	Palladium	CPCONLY	B01J2531/824		2373
B01J2531/825	10	Osmium	CPCONLY	B01J2531/825		257
B01J2531/827	10	Iridium	CPCONLY	B01J2531/827		1131
B01J2531/828	10	Platinum	CPCONLY	B01J2531/828		884
B01J2531/84	9	Metals of the iron group	CPCONLY	B01J2531/84		114
B01J2531/842	10	Iron	CPCONLY	B01J2531/842		2567
B01J2531/845	10	Cobalt	CPCONLY	B01J2531/845		2934
B01J2531/847	10	Nickel	CPCONLY	B01J2531/847		2241
B01J2531/90	8	Catalytic systems characterized by the solvent or solvent system used	CPCONLY	B01J2531/90		91
B01J2531/92	9	Supercritical solvents	CPCONLY	B01J2531/92		2
B01J2531/922	10	Carbon dioxide (scCO2)	CPCONLY	B01J2531/922		12
B01J2531/925	10	Supercritical water (scH2O)	CPCONLY	B01J2531/925		2
B01J2531/927	10	Mixtures of ionic liquids with supercritical solvents	CPCONLY	B01J2531/927		
B01J2531/94	9	Fluorinated solvents	CPCONLY	B01J2531/94		12
B01J2531/96	9	Water	CPCONLY	B01J2531/96		215
B01J2531/98	9	Phase-transfer catalysis in a mixed solvent system containing at least 2 immiscible solvents or solvent phases	CPCONLY	B01J2531/98		57
B01J2531/985	10	in a water / organic solvent system	CPCONLY	B01J2531/985		82
B01J2540/00	7	Compositional aspects of coordination complexes or ligands in catalyst systems	CPCONLY	B01J2540/00		4
B01J2540/10	8	Non-coordinating groups comprising only oxygen beside carbon or hydrogen	CPCONLY	B01J2540/10		162
B01J2540/12	9	Carboxylic acid groups	CPCONLY	B01J2540/12		51
B01J2540/20	8	Non-coordinating groups comprising halogens	CPCONLY	B01J2540/20		45
B01J2540/22	9	comprising fluorine, e.g. trifluoroacetate	CPCONLY	B01J2540/22		131
B01J2540/225	10	comprising perfluoroalkyl groups or moieties	CPCONLY	B01J2540/225		123
B01J2540/30	8	Non-coordinating groups comprising sulfur	CPCONLY	B01J2540/30		34
B01J2540/32	9	Sulfonic acid groups or their salts	CPCONLY	B01J2540/32		109
B01J2540/325	10	being perfluorinated, i.e. comprising at least one perfluorinated moiety as substructure in case of polyfunctional groups	CPCONLY	B01J2540/325		8
B01J2540/34	9	Sulfonyl groups	CPCONLY	B01J2540/34		30
B01J2540/345	10	being perfluorinated, i.e. comprising at least one perfluorinated moiety as substructure in case of polyfunctional groups	CPCONLY	B01J2540/345		3
B01J2540/40	8	Non-coordinating groups comprising nitrogen	CPCONLY	B01J2540/40		147
B01J2540/42	9	Quaternary ammonium groups	CPCONLY	B01J2540/42		33
B01J2540/44	9	being derivatives of carboxylic or carbonic acids, e.g. amide (RC(=O)-NR2, RC(=O)-NR-C(=O)R) , nitrile, urea (R2N-C(=O)-NR2) , guanidino (R2N-C(=NR)-NR2) groups	CPCONLY	B01J2540/44		13
B01J2540/442	10	Amide groups or imidato groups (R-C=NR(OR))	CPCONLY	B01J2540/442		26
B01J2540/444	10	Nitrile groups	CPCONLY	B01J2540/444		3
B01J2540/446	10	Urea groups	CPCONLY	B01J2540/446		3
B01J2540/448	10	Guanidino groups	CPCONLY	B01J2540/448		2
B01J2540/50	8	Non-coordinating groups comprising phosphorus	CPCONLY	B01J2540/50		15
B01J2540/52	9	Phosphorus acid or phosphorus acid ester groups	CPCONLY	B01J2540/52		6
B01J2540/522	10	being phosphoric acid mono-, di- or triester groups ((RO)(R&apos;O)2P=O), i.e. R= C, R&apos;= C, H	CPCONLY	B01J2540/522		2
B01J2540/525	10	being phosphorous acid (-ester) groups ((RO)P(OR&apos;)2) or the isomeric phosphonic acid (-ester) groups (R(R&apos;O)2P=O), i.e. R= C, R&apos;= C, H	CPCONLY	B01J2540/525		11
B01J2540/527	10	being phosphonous acid (-ester) groups (RP(OR&apos;)2) or the isomeric phosphinic acid (-ester) groups (R2(R&apos;O)P=O), i.e. R= C, R&apos;= C, H	CPCONLY	B01J2540/527		2
B01J2540/54	9	Quaternary phosphonium groups	CPCONLY	B01J2540/54		15
B01J2540/60	8	Groups characterized by their function	CPCONLY	B01J2540/60		9
B01J2540/62	9	Activating groups	CPCONLY	B01J2540/62		33
B01J2540/64	9	Solubility enhancing groups	CPCONLY	B01J2540/64		26
B01J2540/66	9	Linker or spacer groups	CPCONLY	B01J2540/66		14
B01J2540/68	9	Associating groups, e.g. with a second ligand or a substrate molecule via non-covalent interactions such as hydrogen bonds	CPCONLY	B01J2540/68		23
