Catalyst portfolio

Ammonia synthesis

KM1
Ammonia synthesis 
Shape:
  Irregular grains
Composition:
  Fe oxides
Range:
  340-550ºC/640-1020ºF

Special characteristics

Excellent long-term stability
KM1R
Ammonia synthesis 
Shape:
  Irregular grains
Composition:
  Fe/FeO
Range:
  340-550ºC/640-1020ºF

Special characteristics

Prereduced, excellent long-term stability

Feed purification

HTG-1
Chlorine absorption 
Shape:
  Ring
Composition:
  K2CO3
Range:
  Ambient to 400ºC/750ºF

Special characteristics

HTZ-3
Sulphur absorption 
Shape:
  Extrudate
Composition:
  ZnO
Range:
  Ambient to 450ºC/840ºF

Special characteristics

High sulphur content feedstock
HTZ-4
Sulphur absorption 
Shape:
  Extrudate
Composition:
  ZnO/Al2O3
Range:
  Ambient to 450ºC/840ºF

Special characteristics

COS absorption
HTZ-5
Sulphur absorption 
Shape:
  Extrudate
Composition:
  ZnO
Range:
  Ambient to 450ºC/840ºF

Special characteristics

Low sulphur content feedstock
HTZ-51
Sulphur absorption 
Shape:
  Extrudate
Composition:
  ZnO
Range:
  Ambient to 450ºC/840ºF

Special characteristics

Low sulphur content feedstock
ST-101
Final purification 
Shape:
  Cylinder
Composition:
  Cu
Range:
  Ambient to 370ºC/700ºF

Special characteristics

Trace sulphur removal
TK-250
Hydrogenation 
Shape:
  Ring
Composition:
  CoMo
Range:
  300-450ºC/570-840ºF

Special characteristics

TK-261
Hydrogenation 
Shape:
  Extrudate
Composition:
  NiMo
Range:
  300-450ºC/570-840ºF

Special characteristics

Automotive

DNX
SCR catalyst for diesel engines in standard Euro 4/5 like applications 
Shape:
 
Diameters 5,66"-12,7"
Length 6"-16"
Composition:
  V2O5/WO3/TiO2
Range:
  200-550ºC/390-1020ºF

Special characteristics

Low weight, low pressure drop, flexible diameter and including sleeving. One supplier for all the components for a ready-to-mount catalyst.
DNXZ
SCR catalyst for diesel engines in high temperature applications, e.g. in combination with oxidation catalyst and soot filter. 
Shape:
 
Diameters 5,66"-12,7"
Length 6"-16"
Composition:
  Zeolite based
Range:
  200-750ºC/390-1382ºF

Special characteristics

Low weight, low pressure drop, flexible diameter and including sleeving. One supplier for all the components for a ready-to-mount catalyst.
HTDOC
Oxidation catalyst for combined systems for diesel engines 
Shape:
 
Diameters 5,66"-12;7"
Length 6"-16"
Composition:
  Pt/TiO2-based
Range:
  150-750ºC/390-1382ºF

Special characteristics

Low weight, low pressure drop, flexible diameter and including sleeving. One supplier for all the components for a ready-to-mount catalyst.
DOXCAT
Oxidation catalyst for diesel engines with high sulphur fuel 
Shape:
 
Diameters 5,66"-12,7"
Length 6"-16"
Composition:
  Pd/TiO2-based
Range:
  150-550ºC/210-1020ºF

Special characteristics

Low weight, low pressure drop, flexible diameter and including sleeving. One supplier for all the components for a ready-to-mount catalyst.
BMC-211
DFP filter coat 
Shape:
  Coat applicable on all available DFP filters
Composition:
  Pd/MeO-based
Range:
  100-1000ºC/210-1832ºF

Special characteristics

Low T50 for HC and CO, NO2 reducing ability and a low cost alternative

CO conversion

SK-201-2
High temperature shift 
Shape:
  Cylinder
Composition:
  Fe/Cr/Cu
Range:
  325-500ºC/620-930ºF

Special characteristics

High temperature shift
LK-813
Medium temperature shift 
Shape:
  Cylinder
Composition:
  Cu/Zn/Al
Range:
  200-330ºC/390-625ºF

Special characteristics

Medium temperature shift
LK-817
Medium temperature shift 
Shape:
  Cylinder
Composition:
  Cu/Zn/Al
Range:
  200-330ºC/390-625ºF

Special characteristics

Medium temperature shift
LK-821-2
Low temperature shift 
Shape:
  Cylinder
Composition:
  Cu/Zn/Al
Range:
  185-275ºC/365-530ºF

Special characteristics

Low temperature shift
LK-823
Low temperature shift 
Shape:
  Cylinder
Composition:
  Cu/Zn/Al/Cs
Range:
  185-275ºC/365.530ºF

Special characteristics

Low MeOH formation. Reduces MeOH formation with a factor 8 compared to LK-821-2.
LSK
Chlorine guard 
Shape:
  Cylinder
Composition:
  Cu/Zn/Cr
Range:
  185-275ºC/365-530ºF

Special characteristics

Chlorine guard for LTS service
TK-20
Topping material 
Shape:
  7-hole cylinder
Composition:
  Inert
Range:
  185-500ºC/365-930ºF

Special characteristics

High void topping material for all shift converters

Combustion catalysts

CK-302
VOC abatement 
Shape:
  3-5 mm balls
Composition:
  CuMn
Range:
  200-600ºC/390-1110ºF

Special characteristics

Most appplications, silicon resistant
CK-304
VOC abatement 
Shape:
  3-5 mm balls
Composition:
  Pd
Range:
  200-600ºC/390-1110ºF

Special characteristics

CO, alkans, aromates
CK-305
VOC abatement 
Shape:
  3-5 mm balls
Composition:
  Cr
Range:
  200-550ºC/390-1020ºF

Special characteristics

Halogenated, hydrocarbons, halogen resistant
CK-306
VOC abatement 
Shape:
  3-5 mm balls
Composition:
  CrPd
Range:
  200-550ºC/390-1020ºF

Special characteristics

CO, halogenated hydrocarbons, halogen resistant
CK-307
VOC abatement 
Shape:
  3-5 mm balls
Composition:
  Pt
Range:
  200-525ºC/390-970ºF

Special characteristics

Most applications, sulphur resistant
CK-428
VOC abatement 
Shape:
  10/4x10 mm rings
Composition:
  CuMnPt
Range:
  200-525ºC/390-970ºF

Special characteristics

H2S, COS, CS2, ammonia, sulphur resistant

DME

DMK-10
DME synthesis 
Shape:
  Extrudate
Composition:
  Activated alumina
Range:
  250-400ºC/480-750ºF

Special characteristics

Feedstock and product flexibility

DeNOx

DNX-HD
For high-dust DeNOx units, typically on coal-fired boilers 
Composition:
  V2O5/WO3/TiO2

Special characteristics

Channel sizes: 6.4-9 mm (5-10 CPSI). Available with 0.8 mm and 1.0 mm wall thickness.
The DNX-HD types are custom formulated with ten different vanadium levels to balance DeNOx activity and SO2 oxidation rate to a specified level.
DNX-MD
For DeNOx units with medium-range dust load e.g. boilers firing low-ash coal, FCC units in refineries and stationary diesel engines 
Composition:
  V2O5/WO3/TiO2

Special characteristics

Channel sizes: 4.5-5.6 mm (13-17 CPSI). Available with 0.8 mm and 1.0 mm wall thickness.
The DNX-MD types are custom formulated with ten different vanadium levels to balance DeNOx activity and SO2 oxidation rate to a specified level.
DNX-LD
For low-dust DeNOx units e.g. oil-fired boilers, chemical process units and waste incinerators 
Composition:
  V2O5/WO3/TiO2

Special characteristics

Channel sizes: 3.4-5.1 mm (19-39 CPSI). Wall thickness: 0.4 mm.
The DNX-LD catalyst types are custom formulated with ten different vanadium levels to balance DeNOx activity and SO2 oxidation rate to a specified level.
DNX-ND
For operation in dust-free gases, e.g. from gas turbines and gas engines 
Composition:
  V2O5/WO3/TiO2

Special characteristics

Channel sizes: 2.7 mm (60 CPSI). Wall thickness: 0.4 mm
The DNX-ND catalyst type is available with three different vanadium levels to adapt the catalyst to specific operating temperatures up to 550ºC (1020ºF).

Methanation

PK-7R
Methanation 
Shape:
  Ring
Composition:
  Ni
Range:
  190-450ºC/375-840ºF

Special characteristics

Prereduced

Methanol

MK-121
Methanol synthesis 
Shape:
  Cylinder
Composition:
  Cu/Zn/Al
Range:
  200-310ºC/390-590ºF

Special characteristics

All-round catalyst suited for all types of methanol reactors. High activity, selectivity and long-term stability.

Refining

Grading/guard

TK-10
Pressure drop and contamination control 
Shape:
  7 hole tablet
Composition:
  Inert

Special characteristics

High void hold-down material. Replaces inert balls.
TK-15
Pressure drop and contamination control 
Shape:
  Butterfly-shaped
Composition:
  Inert

Special characteristics

High void hold-down material. Replaces inert balls.
TK-25 TopTrap™
Pressure drop and contamination control 
Shape:
  QL ring
Composition:
  Inert

Special characteristics

High void particulate trap
TK-30
Pressure drop and contamination control 
Shape:
  Extrudate or ring
Composition:
  Inert

Special characteristics

High void inert grading material
TK-45
Arsenic guard 
Shape:
  Ring
Composition:
  Ni

Special characteristics

Arsenic guard
TK-47
Arsenic guard 
Shape:
  Extrudate
Composition:
  Ni

Special characteristics

Arsenic guard
TK-437
Coker naphtha hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

Top layer in coker hydrotreating units
TK-453
VGO hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

Silicon removal
TK-550
Pressure drop and contamination control 
Shape:
  Ring
Composition:
  CoMo

Special characteristics

Grading material
TK-709
Pressure drop and contamination control 
Shape:
  Ring
Composition:
  Mo

Special characteristics

Grading material
TK-710
Pressure drop and contamination control 
Shape:
  Ring
Composition:
  CoMo

Special characteristics

Grading marerial
TK-711
Pressure drop and contamination control 
Shape:
  Ring
Composition:
  NiMo

Special characteristics

Grading material
TK-743
Resid hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDM and HDS of resid and heavy VGO. Grading material
TK-831
Pressure drop and contamination control 
Shape:
  Ring
Composition:
  NiMo

Special characteristics

 

Claus tail gas treating

TK-220
Tail gas treatment 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

Claus tail gas treating
TK-222
Tail gas treatment 
Shape:
  Ring
Composition:
  CoMo

Special characteristics

Claus tail gas treating
TK-224
Tail gas treatment 
Shape:
  Sphere
Composition:
  CoMo

Special characteristics

Claus tail gas treating
 

Biofuel

TK-339
Diesel hydrotreatment 
Shape:
  Extrudate
Composition:
  Proprietary

Special characteristics

Processing of biofuels
TK-341
Diesel hydrotreatment 
Shape:
  Extrudate
Composition:
  Proprietary

Special characteristics

Processing of biofuels
TK-928
Dewaxing catalyst 
Shape:
  Cylinders
Composition:
  NiW

Special characteristics

 

Coker naphtha

TK-431
Coker naphtha hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

Coker naphta hydrotreating, bulk catalyst
TK-437
Coker naphtha hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

Top layer in coker hydrotreating units
TK-439
Coker naphtha hydrotreatment 
Shape:
  Extrudate
Composition:
  Proprietary

Special characteristics

Top layer in coker hydrotreating units
 

Naphtha/kerosene

TK-527
Naphtha hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDN and HDS of naphtha
TK-559 BRIM™
Naphtha hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDS and HDN of VGO in FCC pretreatment
TK-561 BRIM™
Naphtha hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDS and HDN of VGO
TK-570 BRIM™
Kerosene hydrotreatment 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

HDS and HDN of gas oil
 

Diesel

TK-553
Diesel hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

Colour removal
TK-570 BRIM™
Ultra low sulphur diesel production 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

HDS and HDN of gas oil
TK-575 BRIM™
Ultra-low sulphur diesel production 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDS and HDN of distillate
TK-576 BRIM™
Ultra-low sulphur diesel production 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

HDS and HDN of distillate
TK-607 BRIM™
Ultra low sulphur diesel production and hydrocracking pretreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDS and HDN of distillates
TK-907
Dearomatisation 
Shape:
  Extrudate
Composition:
  Noble metal

Special characteristics

HDA
TK-911
Dearomatisation 
Shape:
  Extrudate
Composition:
  Noble metal

Special characteristics

HDA
TK-915
Dearomatisation 
Shape:
  Extrudate
Composition:
  Noble metal

Special characteristics

HDA
TK-928
Dewaxing catalyst 
Shape:
  Cylinders
Composition:
  NiW

Special characteristics

 

FCC pretreatment

TK-558 BRIM™
FCC pretreatment 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

HDS and HDN of VGO in FCC pretreatment
TK-559 BRIM™
FCC pretreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDS and HDN of VGO in FCC pretreatment
TK-560 BRIM™
FCC pretreatment 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

HDS and HDN of VGO
TK-561 BRIM™
FCC pretreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDS and HDN of VGO
TK-562 BRIM™
FCC pretreatment 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

HDS and HDN of VGO
 

Hydrocracker pretreatment

TK-605 BRIM™
Hydrocracking pretreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDN in hydrocracker pretreatment
TK-607 BRIM™
Ultra low sulphur diesel production and hydrocracking pretreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDS and HDN of distillates
 

Hydrocracking

TK-925
Hydrocracking 
Shape:
  Extrudate
Composition:
  NiW

Special characteristics

Hydrocracking - Maximum middle distillate yield
TK-926
Hydrocracking 
Shape:
  Extrudate
Composition:
  NiW

Special characteristics

Hydrocracking - Maximum middle distillate yield
TK-931
Hydrocracking 
Shape:
  Extrudate
Composition:
  NiW

Special characteristics

Hydrocracking - Maximum middle distillate yield
TK-941
Hydrocracking 
Shape:
  Extrudate
Composition:
  NiW

Special characteristics

Hydrocracking - Maximum middle distillate yield
TK-943
Hydrocracking 
Shape:
  Extrudate
Composition:
  NiW

Special characteristics

TK-951
Hydrocracking 
Shape:
  Extrudate
Composition:
  NiW

Special characteristics

Hydrocracking - Maximum middle distillate yield
 

Lube polishing

TK-558 BRIM™
Hydropolishing 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

Hydropolishing of lube oil
TK-559 BRIM™
Hydropolishing 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

Hydropolishing of lube oil
TK-560 BRIM™
Hydropolishing 
Shape:
  Extrudate
Composition:
  CoMo

Special characteristics

Hydropolishing of lube oil
TK-561 BRIM™
Hydropolishing 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

Hydropolishing of lube oil
 

Resid hydrotreating

TK-719
Resid hydrotreatment 
Shape:
  Extrudate
Composition:
  Mo

Special characteristics

HDM of resid
TK-733
Resid hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDM of resid
TK-743
Resid hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDM and HDS of resid and heavy VGO. Grading material
TK-753
Resid hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDM and HDS of resid and heavy VGO
TK-773
Resid hydrotreatment 
Shape:
  Extrudate
Composition:
  NiMo

Special characteristics

HDS of resid
 

Steam reforming

RKNGR
Prereforming, naphtha 
Shape:
  Cylinder and 7-hole cylinder
Composition:
  Ni
Range:
  350-650ºC/660-1200ºF
            (typical range)

Special characteristics

Prereduced. For prereforming of naphtha/heavy feedstocks.
AR-401
Prereforming 
Shape:
  Cylinder and 7-hole cylinder
Composition:
  Ni
Range:
  325-650ºC/620-1200ºF 
            (typical range)

Special characteristics

Prereduced. For prereforming of feedstocks ranging from natural gas/refinery off-gas to LPG.
RK-202
Tubular reforming, naphtha 
Shape:
  7-hole cylinder
Composition:
  Ni/K
Range:
  350-750ºC/660-1830ºF 
            (typical range)

Special characteristics

High alkali-promoted for steam reforming of naphtha feedstocks.
RK-212
Tubular reforming, naphtha 
Shape:
  7-hole cylinder
Composition:
  Ni/K
Range:
  350-750ºC/660-1830ºF 
            (typical range)

Special characteristics

High alkali-promoted,prereduced for steam reforming of naphtha feedstocks.
R-67-7H
Tubular reforming, natural gas to LPG 
Shape:
  7-hole cylinder
Composition:
  Ni
Range:
  350-1000ºC/660-1830ºF 
            (typical range) 

Special characteristics

Steam reforming of feedstocks ranging from natural gas to LPG.
R-67R-7H
Tubular reforming, natural gas to LPG 
Shape:
  7-hole cylinder
Composition:
  Ni
Range:
  350-1000ºC/660-1830ºF 
            (typical range) 

Special characteristics

Prereduced. Steam reforming of feedstocks ranging from natural gas to LPG.
RK-201
Tubular reforming, natural gas to LPG 
Shape:
  7-hole cylinder
Composition:
  Ni/K
Range:
  350-1000ºC/660-1830ºF 
            (typical range)

Special characteristics

Low alkali-promoted. Steam reforming of feedstocks ranging from natural gas to LPG.
RK-211
Tubular reforming, natural gas to LPG 
Shape:
  7-hole cylinder
Composition:
  Ni/k
Range:
  350-1000ºC/660-1830ºF 
            (typical range)

Special characteristics

Low alkali-promoted, prereduced. Steam reforming of feedstocks ranging from natural gas to LPG.
RKS-2
Secondary and autothermal reforming 
Shape:
  Ring
Composition:
  Ni
Range:
  ≤1440ºC/≤2550ºF 
            (typical range)

Special characteristics

Top layer in secondary and autothermal reforming reactors.
RKS-2-7H
Secondary and autothermal reforming 
Shape:
  7-hole-cylinder
Composition:
  Ni
Range:
  ≤1400ºC/≤2550ºF 
            (typical range) 

Special characteristics

Secondary and autothermal reforming, bulk catalyst.
RKS-2P
Secondary and autothermal reforming 
Shape:
  Ring
Composition:
  Ni
Range:
  ≤1400ºC/≤2550ºF 
            (typical range)

Special characteristics

Top layer in secondary and autothermal reforming reactors.

Sulphuric acid

VK38
All-round catalyst suited for all passes 
Shape:
 
12 mm Daisy
25 mm Daisy
6 mm cylinder
10 mm ring
Composition:
  V2O5/K/Na

Special characteristics

12 mm Daisy improved energy efficiency throughout the operating cycle due to low initial pressure drop
25 mm Daisy dust protection catalyst with 100% longer on-stream time compared to the 12 mm Daisy in dusty feed gases
6 mm cylinder
and 10 mm ring
ensure an even gas distribution in applications with very low gas velocity converters
VK48
High vanadium catalyst with enchanced activity in the lower passes in high SO3 gas enviroment 
Shape:
 
12 mm Daisy
6 mm cylinder
Composition:
  V2O5/K/Na

Special characteristics

12 mm Daisy improved energy efficiency throughout the operating cycle due to low initial pressure drop
6 mm cylinder
and 10 mm ring
ensure an even gas distribution in applications with low gas velocity converters


VK59
Caesium-promoted catalyst for accomodating strong SO2 feed gases, ignition layers and increased conversion single-absorption plants 
Shape:
  12 mm Daisy
Composition:
  V2O5/K/Na/Cs

Special characteristics

Improved energy efficiency throughout the operating cycle due to low initial pressure drop
VK69
High-vanadium caesium-promoted catalyst for strongly reduced SO2 emission and/or increased production rate in double absorption plants 
Shape:
  9 mm Daisy
Composition:
  V2O5/K/Na/Cs

Special characteristics

The high surface area of the 9 mm Daisy contributes to the high activity, and the high void fraction ensures a low pressure drop.

Wet gas sulphuric acid

VK-WSA
All-round catalyst optimised for operation in water-vapour containing process gases 
Shape:
 
12 mm Daisy
25 mm Daisy
Composition:
  V2O5/K/Na

Special characteristics

12 mm Daisy: improved energy efficiency throughout the operating cycle due to low initial pressure drop
25 mm Daisy: dust protection catalyst with 100% longer on-stream time compared to the 12 mm Daisy in dusty feed gasses
VK-WSX
High activity catalyst for operation in the lower passes in highly converted water-vapour containing gases 
Shape:
  9 mm Daisy
Composition:
  V2O5/K/Na

Special characteristics

The high surface area of the 9 mm Daisy contributes to the high activity, and the high void fraction ensures a low pressure drop.
VK-WH
Caesium-promoted catalyst for operation in high concentration gases (SO2 an SO3) containing water vapour 
Shape:
  12 mm Daisy
Composition:
  V2O5/K/Na/Cs

Special characteristics

Improved energy efficiency throughout the operating cycle due to low initial pressure drop
VK-WL
Caesium-promoted catalyst for operation in low concentration gases (SO2 and SO3) containing water vapour 
Shape:
  9 mm Daisy
Composition:
  V2O5/K/Na/Cs

Special characteristics

The high surface area of the 9 mm Daisy contributes to the high activity, and the high void fraction ensures a low pressure drop.