Alcohols. Acetylene conversion. MAPD conversion. C4 and C5 conversions. Pyrolysis gasoline

Transcription

1 Product List

2 Alcohols HTC NI 400 RP 1.2 Ni, alumina TE 1.2 hydrogenation HTC NI 400 RP 2.5 Ni, alumina TE 2.5 hydrogenation HTC NI 500 RP 1.2 Ni, alumina TE 1.2 hydrogenation HTC NI 600 RP 1.2 Ni, alumina TE 1.2 hydrogenation HTC NI 700 RP 1.2 Ni, alumina TE 1.2 hydrogenation HTC NI 900 RP 1.2 Ni, alumina TE 1.2 hydrogenation PRICAT CU 60/35 P Cu, silica P hydrogenation (aldehydes, nitro compounds) PRICAT CU 60/35 T Cu, silica T * hydrogenation (aldehydes, nitro compounds) PRICAT CZ 29/2 T Cu, Zn T 5.4 x 3.7 oxygen removal, aldehyde hydrogenation PRICAT CZ 30/18 T Cu, Zn, alumina T * aldehyde hydrogenation PRICAT CZ 40/18 T Cu, Zn, alumina T * aldehyde hydrogenation PRICAT NI 60/15 T Ni, alumina, kieselguhr T * hydrogenation PRICAT NI 62/15 P Ni, alumina, kieselguhr P hydrogenation Type 349/1 Pd, alumina TE ethyl hexenal selective hydrogenation Type 349/4 Pd, alumina TE ethyl hexenal selective hydrogenation Type 358 Pd, alumina S ethyl hexenal selective hydrogenation HTC CO 2000 RP Co, alumina TE 1.2, 2.5 hydrogenation Acetylene conversion PRICAT PD 308/1 Pd, alumina T 3 x 3 selective acetylene hydrogenation in ethylene (front-end) PRICAT PD 308/4 Pd, alumina T 3 x 3 selective acetylene hydrogenation in ethylene (front-end) PRICAT PD 308/6 Pd, alumina T 3 x 3 selective acetylene hydrogenation in ethylene (front-end) PRICAT PD 508/1 Pd, alumina T 3 x 3 selective acetylene hydrogenation in ethylene (front-end) PRICAT PD 408/5 Pd, alumina S 2-4 selective acetylene hydrogenation in ethylene (tail-end) PRICAT PD 408/7 Pd, alumina S 2-4 selective acetylene hydrogenation in ethylene (tail-end) PRICAT PD 608/1 Pd, alumina S 2-4 selective acetylene hydrogenation in ethylene (tail-end) MAPD conversion PRICAT PD 308/8 Pd, alumina T 3 x 3 MAPD vapour phase PRICAT PD 309/3 Pd, alumina TE 2.5 MAPD liquid phase PRICAT PD 468 Pd, alumina S 2-4 MAPD liquid phase PRICAT PD 469 Pd, alumina S 2-4 MAPD liquid phase C4 and C5 conversions HTC NI 400 RPS Ni, alumina TE 2.5 C5 selective hydrogenation HTC NI 500 RP Ni, alumina TE 1.2 C4 and C5 full hydrogenation PRICAT PD 309/4 Pd, alumina TE 2.5 C4 hydrogenation (selective and full) PRICAT PD 309/5 Pd, alumina TE 2.5 C5 selective hydrogenation PRICAT PD 468 Pd, alumina S 2-4 C4 selective hydrogenation PRICAT PD 469 Pd, alumina S 2-4 C4 and C5 hydrogenation (selective and full) PRICAT PD 493 Pd, alumina S 2-4 C4 and C5 hydrogenation (selective and full) Pyrolysis gasoline HTC NI 200 OX/OXS/RPS 2.5 Ni, alumina TE 2.5 selective hydrogenation of dienes and aromatic olefins HTC NI 400 OX/OXS/RPS 2.5 Ni, alumina TE 2.5 selective hydrogenation of dienes and aromatic olefins HTC NI 500 RPS 1.2 Ni, alumina TE 1.2 selective hydrogenation of dienes and aromatic olefins PRICAT PD 309/6 Pd, alumina TE 2.5 selective hydrogenation of dienes and aromatic olefins PRICAT PD 469 Pd, alumina S 2-4 selective hydrogenation of dienes and aromatic olefins

3 Phenyl acetylene selective hydrogenation HTC NI 200 RPS 2.5 Ni, alumina TE 2.5 phenyl acetylene selective hydrogenation PRICAT PD 309/5 Pd, alumina TE 2.5 phenyl acetylene selective hydrogenation Purification PURASPEC 3020 S removal of COS and H 2 S in monomer streams PURASPEC 3110 S removal of chloride in import ethylene PURASPEC 3410 T 3.3 x 3.7 conversion of acetylenes in monomer streams PURASPEC 3450 S removal of CO and O 2 in monomer streams PURASPEC 5040 S removal of H 2 S and COS in LPG feed PURASPEC 5110 S removal of chloride in LPG feed PURASPEC 5156 S removal of mercury in LPG and liquid feeds PURASPEC 5158 S 2-4 removal of mercury in LPG and liquid feeds PURASPEC 5312 S 3 conversion of COS in LPG feed PURASPEC 7030 S removal of H 2 S and COS in monomer streams PURASPEC 7040 S removal of H 2 S and COS in monomer streams PURASPEC 7085 S removal of H 2 S and COS in import propylene PURASPEC 7110 S removal of chloride in propylene streams PURASPEC 7151 S removal of arsine in monomer streams PURASPEC 7158 S 2-4 removal of mercury in C3 and C4 fractions PURASPEC 7312 S 3 conversion of COS to H 2 S to facilitate sulphur removal in monomer streams Methanation KATALCO 11-4 Ni, refractory oxides T 5.4 x 3.6 removal of carbon oxides by methanation KATALCO 11-4R Ni, refractory oxides T 5.4 x 3.6 removal of carbon oxides by methanation KATALCO 11-4M Ni, refractory oxides T 3.1 x 3.6 removal of carbon oxides by methanation KATALCO 11-4MR Ni, refractory oxides T 3.1 x 3.6 removal of carbon oxides by methanation HTC NI 500 RP 1.2 Ni, alumina TE 1.2 removal of carbon oxides by methanation Type 146 Ru, Alumina T 3.2 x 3.2 removal of carbon oxides by methanation Solvents HTC NI 400 RP 1.2 Ni, alumina TE 1.2 hydrogenation HTC NI 400 RP 2.5 Ni, alumina TE 2.5 hydrogenation HTC NI 500 RP 1.2 Ni, alumina TE 1.2 hydrogenation HTC NI 600 RP 1.2 Ni, alumina TE 1.2 hydrogenation HTC NI 700 RP 1.2 Ni, alumina TE 1.2 hydrogenation HTC NI 900 RP 1.2 Ni, alumina TE 1.2 hydrogenation Type 309/8 Pd, alumina TE 2.5 olefin saturation Type 309/4 Pd, alumina TE 2.5 olefin saturation Hydrogen peroxide Type A Pd, alumina P D50:100 μ selective hydrogenation of substituted anthraquinones Type 335 Pd, alumina P D50:45 μ selective hydrogenation of substituted anthraquinones Type 429 Pd, silica/alumina P D50:140 μ selective hydrogenation of substituted anthraquinones Type 433 Pd, silica/alumina P D50:140 μ selective hydrogenation of substituted anthraquinones Type 443 Pd, alumina S 2-4 selective hydrogenation of substituted anthraquinones (fixed bed) Fluorochemicals 62-2 Cr T 4, 5.4 fluorination 62-3 Cr, promoter T 4, 5.4 fluorination

4 Caprolactam HTC NI 100 RP 2.5 Ni, alumina TE 2.5 benzene hydrogenation HTC NI 400 RP 2.5 Ni, alumina TE 2.5 benzene hydrogenation PRICAT CU 60/8 T Cu, silica T 5 x 4, 6 x 5 dehydrogenation (cyclohexanol) PRICAT CZ 29/3 T Cu, Zn, alumina T 5.3 x 3.1 dehydrogenation (cyclohexanol) PRICAT CZ 29/8 T Cu, Zn, alumina T 5.3 x 3.1 dehydrogenation (cyclohexanol) Type 73 Pt, alumina T 3 x 3 benzene to cyclohexane, dehydrogenation Type 353 Pd, alumina S 4-6 hydrogenation of phenol to cyclohexanone Type 355 Pd, alumina S 5 hydrogenation of phenol to cyclohexanone Type 50 Pd, alumina T 3 x 3 AMS Selective Hydrogenation Type 310 Pd, alumina TE 1.2, 2.5 AMS Selective Hydrogenation Type 309/7 Pd, alumina TE 2.5 AMS Selective Hydrogenation PGM on carbon powders; please contact us for your request Specialty amines & aniline selective hydrogenation of nitrogen oxides to hydroxylamine HTC CO 2000 RP 1.2 Co, alumina TE 1.2 hydrogenation of nitriles, reductive amination of aldehydes and ketones HTC CO 2000 RP 2.5 Co, alumina TE 2.5 hydrogenation of nitriles, reductive amination of aldehydes and ketones PRICAT NI 20/15 D Ni, silica D hydrogenation of nitriles to amines PRICAT NI 52/35 P Ni, Cr, kieselguhr P amination reactions PRICAT NI 52/35 T Ni, Cr, kieselguhr T * amination reactions PRICAT NI 55/5 P Ni, Mg, kieselguhr P hydrogenation PRICAT NI 55/5 T Ni, Mg, kieselguhr T * hydrogenation PRICAT NI 60/15 T Ni, alumina, kieselguhr T * hydrogenation PRICAT NI 62/15 P Ni, alumina, kieselguhr P hydrogenation of nitriles to amines PRICAT CU 60/35 P Cu, silica P hydrogenation of nitriles to amines Type 310/2 Pd, alumina TE 1.2, 2.5 aniline polishing Gas purification and VOC destruction PURAVOC 48 Pd, alumina T 3 x 3 hydrogenation, dehydrogenation, O 2 removal from H 2, N 2, Ar, CO 2 by combination with H 2 PURAVOC 50 Pd, alumina T 3 x 3 hydrogenation, dehydrogenation, O 2 removal from H 2, N 2, Ar, CO 2 by combination with H 2, VOC destruction PURAVOC 50A Pd, alumina S 4-8 hydrogenation, dehydrogenation, O 2 removal from H 2, N 2, Ar, CO 2 by combination with H 2, VOC destruction PURAVOC 50B Pd, alumina S 2-4 hydrogenation, dehydrogenation, O 2 removal from H 2, N 2, Ar, CO 2 by combination with H 2, VOC destruction PURAVOC 54 Pd, alumina T 3 x 3 hydrogenation, dehydrogenation, O 2 removal from H 2, N 2, Ar, CO 2 by combination with H 2 PURAVOC 73 Pt, alumina T 3 x 3 VOC destruction, H 2 removal from CO 2 (for urea manufacturing), H 2 O 2 decomposition, H 2 from O 2, Ar, N 2, CO 2, air, He, He/Ar by combination with O 2, O 2 from N 2 by combination with CH 4 PURAVOC 73A Pt, alumina S 4-8 VOC destruction, H 2 removal from CO 2 (for urea manufacturing) PURAVOC 73B Pt, alumina S 2-4 VOC destruction, H 2 removal from CO 2 (for urea manufacturing) PURAVOC174 Pt, alumina TE 2.5 VOC destruction, H 2 removal from CO 2 (for urea manufacturing) PURAVOC 263 Pt/promoter S 2-4 VOC destruction, N 2 purification in SSP process for PET manufacture PURAVOC 305 Pd/Pt, alumina S 2-4 VOC destruction PURAVOC 517 Ru, alumina TE 2.5 N 2 O decomposition

5 Sponge Metal A-2000 Ni P** 30 micron *** hydrogenation A-3B00 Cu P** 35 micron *** hydrogenation A-4000 Ni (Fe/Cr promoted) P** 35 micron *** hydrogenation, dehydrogenation A-4F00 Ni (Fe/Cr promoted) P** 100 micron *** hydrogenation A-5000 Ni P** 33 micron *** hydrogenation, reductive alkylation A-5001 Ni P** 33 micron *** hydrogenation A-5009 Ni P** 33 micron *** hydrogenation A-5B09 Ni P** 50 micron *** hydrogenation A-5F00 Ni P** 85 micron *** hydrogenation A-60B9 Ni (Pd promoted) P** 33 micron *** hydrogenation A-7000 Ni (Mo promoted) P** 35 micron *** hydrogenation, dehydrogenation, reductive alkylation A-7004 Ni (Mo promoted) P** 35 micron *** hydrogenation A-7063 Ni (Mo promoted) P** 35 micron *** hydrogenation A-7069 Ni (Mo promoted) P** 35 micron *** hydrogenation A-706B Ni (Mo promoted) P** 35 micron *** hydrogenation A-7200 Ni (Mo promoted) P** 160 micron *** hydrogenation A-7B04 Ni (Mo promoted) P** 35 micron *** hydrogenation A-7B63 Ni (Mo promoted) P** 50 micron *** hydrogenation, reductive alkylation A-7B69 Ni (Mo promoted) P** 50 micron *** hydrogenation A-7B73 Ni (Mo promoted) P** 50 micron *** hydrogenation A-7BC9 Ni (Mo promoted) P** micron *** hydrogenation A-7F63 Ni (Mo promoted) P** 100 micron *** hydrogenation A-7H63 Ni (Mo promoted) P** 55 micron *** hydrogenation A-7KF3 Ni (Mo promoted) P** 40 micron *** hydrogenation A-8B46 Co P** 35 micron hydrogenation AMCAT-5 Ni EP 35 micron *** hydrogenation, reductive alkylation AMCAT-5343 Ni EP 35 micron *** reductive alkylation Fats, Oils & Oleochemicals PRICAT 9907 Ni, kieselguhr D selective hydrogenation of fats and oils PRICAT 9908 Ni, silica D selective hydrogenation of fats and oils to steep melting curve fats PRICAT 9909 Ni, silica D normal hydrogenation of fats and oils (enhanced filtration) PRICAT 9910 Ni, silica D normal and selective hydrogenation of fats and oils PRICAT 9918 Ni, kieselguhr D selective hydrogenation of fats and oils to steep melting curve fats PRICAT 9920 Ni, alumina D selective hydrogenation of fats and oils PRICAT 9925 Ni, alumina D selective hydrogenation of fats and oils PRICAT 9931 Ni, silica D hydrogenation of fatty acids (enhanced filtration) PRICAT 9932 Ni, silica D hydrogenation of fatty acids PRICAT 9936 Ni, silica D hydrogenation of triglycerides with high acid content PRICAT 9939 Ni, silica D hydrogenation of special fatty acids PRICAT 9941 Ni, kieselguhr D selective hydrogenation of fats and oils to steep melting curve fats PRICAT 9953 Ni, silica D hydrogenation of fatty acids PRICAT 9955 Ni, kieselguhr D selective hydrogenation of fatty acids PRICAT 9956 Ni, alumina D selective hydrogenation of fatty acids PRICAT NI 20/15 D Ni, kieselguhr D hydrogenation of (fatty) nitriles to amines PRICAT NI 62/15 P Ni, kieselguhr P hydrogenation of (fatty) nitriles to amines

6 Environmental ACCENT Ni, alumina TE 1.2 organics removal from aqueous streams HYDECAT Ni E 2 hypochlorite destruction ODORGARD Ni E 3.2 odour abatement from air streams Carbon supported PGM Type 38H Pd P hydrogenation, dehalogenation Type 39 Pd P debenzylation, olefin hydrogenation Type 86 Pd E 3 olefin hydrogenation, dehalogenation, DCA from MCA Type 87L Pd P hydrogenation, dehydrogenation, dehalogenation Type 500 Rh G Cl 2 removal from electrolysis processes Type 619 Ru P hydrogenation of aromatics, aliphatic carbonyls, sugars and selective oxidations Type 369 Pd P hydrogenation of substituted phenols to cyclohexanones Catalyst bed support material KATALCO 92-1B alumina S 6 catalyst bed support material KATALCO 92-1C alumina S 10 catalyst bed support material KATALCO 92-1D alumina S 13 catalyst bed support material KATALCO 92-2 A to J alumina/silica S various catalyst bed support material Custom catalysts If the choice of proprietary catalysts we offer does not provide precisely the performance you seek, we can customise products in the portfolio, develop an innovative solution jointly with you or custom manufacture your catalyst. For further information on Johnson Matthey Catalysts, contact your local sales office or visit our website at ACCENT, AMCAT, HYDECAT, ODORGARD, PRICAT, HTC, PURASPEC, PURAVOC, Sponge Metal, SMOPEX, KATALCO and PURACARE are trademarks of the Johnson Matthey Group of companies. chemcat matthey.com 2013 Johnson Matthey Group 2013/JM/0103/1/PL