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Catalysts

  • AR-401 | Topsoe catalyst | Prereduced prereforming catalyst suitable for feedstocks ranging from natural gas to naphtha.
    Catalysts

    AR-401

    Pre-reduced pre-reforming catalyst suitable for feedstocks ranging from natural gas to naphtha.
  • BMC | Topsoe catalyst | Platinum Free Base Metal Coating
    Catalysts

    BMC

    Topsoe Platinum Free Base Metal Coating Diesel engine exhaust particulates constitute a risk to health and environment and are removed by silicon carbide or cordierite filters. With Topsøe Platinum Free Base Metal – Palladium Coating, the regeneration of the filter is done easily and cost...
  • CataFlex™ | Topsoe catalyst | A patent-pending catalyst-coated filter bag designed to treat off-gasses in high-dust environments found in a wide range of industries and activities.
    Catalysts

    CataFlex™

    CataFlex™ is a patent-pending catalyst-coated filter bag designed to treat off-gasses in high-dust environments found in a wide range of industries and activities.
  • CK-302 | Topsoe catalyst | Base metal pellet catalyst
    Catalysts

    CK-302

    Base metal pellet catalyst The CK-302 catalyst are based on oxides of copper and manganese on an alumina, silica or cordierite carrier. They are cost effective solutions in many applications and are widely used in the chemical industry, drying or coating processes. The catalysts are very tolerant...
  • CK-304 | Topsoe catalyst | Possess a high activity for oxidation of CO and short chained aliphatic compounds
    Catalysts

    CK-304

    The CK-304 catalyst is based on precious metals on an alumina or silica carrier and possess a high activity for oxidation of CO and short chained aliphatic compounds, for instance in gas purification processes. Applications CO, CO2 purification, alkanes
  • CK-322 | Topsoe catalyst | Preferred choice for applications using organic bound silicon like anti-foaming agents
    Catalysts

    CK-322

    Base metal cylinder catalyst The CK-322 catalyst are based on oxides of copper and manganese on an alumina, silica or cordierite carrier. They are cost effective solutions in many applications and are widely used in the chemical industry, drying or coating processes. The catalysts are very tolerant...
  • CKA-3 | Topsoe catalyst | Promoted alumina-based catalyst used for hydrolysis of carbonyl sulfide (COS)
    Catalysts

    CKA-3

    Promoted alumina-based catalyst used for hydrolysis of carbonyl sulfide (COS).
  • DME-99 ECO™ | Topsoe catalyst | Dimethyl ether synthesis catalyst
    Catalysts

    DME-99 ECO™

    Alumina-based dimethyl ether catalyst used for dehydration of methanol.
  • FK-100 | Topsoe catalyst | Formaldehyde synthesis catalyst
    Catalysts

    FK-100

    Higher formaldehyde yields, higher profit margins - Deliver more with the latest-generation FK-100 formaldehyde catalyst
  • FK-2 | Topsoe catalyst | Used for selective oxidation of methanol to formaldehyde
    Catalysts

    FK-2

    Formaldehyde synthesis catalyst FK-2 is an iron-molybdenum catalyst used for selective oxidation of methanol to formaldehyde. For superior performance in all applications, FK-2 can be replaced with the latest generation formaldehyde catalyst, FK-100.
  • GCC-2 | Topsoe catalyst | Used for gas conditioning (GCC) in SNG plants
    Catalysts

    GCC-2

    Gas conditioning catalyst (GCC) used in combination with MCR-type SNG methanation catalysts.
  • GSK-10 | Topsoe catalyst | Gasoline synthesis TIGAS
    Catalysts

    GSK-10

  • GSSK | Topsoe catalyst | Used to protect the downstream sour shift catalyst from dust and other impurities
    Catalysts

    GSSK

    Shape-optimized guard material used for protecting sour shift catalysts from dust and other impurities.
  • HTG-10 | Topsoe catalyst | Potassium and alumina-based high capacity chloride absorbent used for removal of hydrogen chloride in gaseous streams.
    Catalysts

    HTG-10

    Potassium and alumina-based high capacity chloride absorbent used for removal of hydrogen chloride in gaseous streams.
  • HTZ-1 | Topsoe catalyst | Reliable high-density zinc oxide absorbent for removal of hydrogen sulfide.
    Catalysts

    HTZ-1

    Reliable high-density zinc oxide absorbent for removal of hydrogen sulfide.
  • HTZ-3 | Topsoe catalyst | High purity zinc oxide absorbent for high sulfur feedstocks.
    Catalysts

    HTZ-3

    High purity zinc oxide absorbent for high sulfur feedstocks.
  • HTZ-31 | Topsoe catalyst | State-of-the-art promoted zinc oxide absorbent for high sulfur feedstocks.
    Catalysts

    HTZ-31

    State-of-the-art promoted zinc oxide absorbent for high sulfur feedstocks.
  • HTZ-5 | Topsoe catalyst | High purity zinc oxide absorbent for low sulfur feedstocks or low temperature operation.
    Catalysts

    HTZ-5

    High purity zinc oxide absorbent for low sulfur feedstocks or low temperature operation.
  • HTZ-51 | Topsoe catalyst | State-of-the-art promoted zinc oxide absorbent for low sulfur feedstocks or low temperature operation.
    Catalysts

    HTZ-51

    State-of-the-art promoted zinc oxide absorbent for low sulfur feedstocks or low temperature operation.
  • KM 111 | Topsoe catalyst | Iron-based ammonia synthesis catalyst optimized for the lower bed(s) of the converter.
    Catalysts

    KM 111

    Iron-based ammonia synthesis catalyst optimized for the lower bed(s) of the converter.
  • KM1 | Topsoe catalyst | Iron-based ammonia synthesis catalyst containing a number of carefully selected promoters.
    Catalysts

    KM1

    Iron-based ammonia synthesis catalyst containing a number of carefully selected promoters.
  • KM1R | Topsoe catalyst | Prereduced iron-based ammonia synthesis catalyst containing a number of carefully selected promoters.
    Catalysts

    KM1R

    Pre-reduced iron-based ammonia synthesis catalyst containing a number of carefully selected promoters.
  • KMR 111 | Topsoe catalyst | Prereduced iron-based ammonia synthesis catalyst optimized for the lower bed(s) of the converter.
    Catalysts

    KMR 111

    Pre-reduced iron-based ammonia synthesis catalyst optimized for the lower bed(s) of the converter.
  • LK-801 | Topsoe catalyst | Topsoe’s first generation low temperature shift (LTS) catalyst based on Cu/Zn/Al.
    Catalysts

    LK-801

    Topsoe’s first generation low temperature shift (LTS) catalyst based on Cu/Zn/Al.
  • LK-813 | Topsoe catalyst | MTS catalyst used as a middle layer in medium temperature shift (MTS) reactors.
    Catalysts

    LK-813

    MTS catalyst used as a middle layer in medium temperature shift (MTS) reactors.
  • LK-819 | Topsoe catalyst | MTS catalyst used in the bottom part of medium temperature shift (MTS) reactors.
    Catalysts

    LK-819

    MTS catalyst used in the bottom part of medium temperature shift (MTS) reactors.
  • LK-821-2 | Topsoe catalyst | High activity low temperature shift (LTS) catalyst which is the most widely used LTS catalyst in the world.
    Catalysts

    LK-821-2

    High activity low temperature shift (LTS) catalyst which is the most widely used LTS catalyst in the world.
  • LK-823 | Topsoe catalyst | Low temperature shift (LTS) catalyst promoted to suppress methanol by-product formation.
    Catalysts

    LK-823

    Low temperature shift (LTS) catalyst promoted to suppress methanol by-product formation.
  • LK-853 FENCE™ | Topsoe catalyst | Latest generation low temperature shift (LTS) catalyst which offers superior performance.
    Catalysts

    LK-853 FENCE™

    Latest generation low temperature shift (LTS) catalyst which offers superior performance.
  • LSK-2 | Topsoe catalyst | Guard catalyst used for protecting downstream MTS or LTS catalysts from chlorine poisoning.
    Catalysts

    LSK-2

    Guard catalyst used for protecting downstream MTS or LTS catalysts from chlorine poisoning.
  • MCR-2 | Topsoe catalyst | Prereduced SNG methanation catalyst for medium to high temperature applications.
    Catalysts

    MCR-2

    Pre-reduced SNG methanation catalyst for medium to high-temperature applications.
  • MCR-2X | Topsoe catalyst | Prereduced SNG methanation catalyst for high temperature applications.
    Catalysts

    MCR-2X

    Pre-reduced SNG methanation catalyst for high temperature applications.
  • MCR-8 | Topsoe catalyst | Prereduced SNG methanation catalyst for medium to high temperature applications.
    Catalysts

    MCR-8

    Pre-reduced SNG methanation catalyst for medium to high-temperature applications.
  • MDK-15 | Topsoe catalyst | Guard catalyst used for methanol decomposition in small-scale hydrogen plants.
    Catalysts

    MDK-15

    Guard catalyst used for methanol decomposition in small-scale hydrogen plants.
  • MDK-20 | Topsoe catalyst | Methanol decomposition catalyst used in small-scale hydrogen plants.
    Catalysts

    MDK-20

    Methanol decomposition catalyst used in small-scale hydrogen plants.
  • MG-921 | Topsoe catalyst | Guard catalyst used for protecting methanol synthesis catalyst from impurities such as iron, sulfur and chlorine.
    Catalysts

    MG-921

    Guard catalyst used for protecting methanol synthesis catalyst from impurities such as iron, sulfur and chlorine.
  • MK-121 | Topsoe academy | Well-proven methanol synthesis catalyst suitable for all types of methanol reactors.
    Catalysts

    MK-121

    Well-proven methanol synthesis catalyst suitable for all types of methanol reactors.
  • MK-151+ FENCE™ | Topsoe catalyst | High activity methanol synthesis catalyst suitable for all types of methanol reactors.
    Catalysts

    MK-151 FENCE™

    High activity methanol synthesis catalyst suitable for all types of methanol reactors.
  • PK-5 | Topsoe catalyst | Ring-shaped methanation catalyst used in ammonia and hydrogen plants.
    Catalysts

    PK-5

    Ring-shaped methanation catalyst used in ammonia and hydrogen plants.
  • PK-7R | Topsoe catalyst | Prereduced ring-shaped methanation catalyst used in ammonia, hydrogen and SNG plants.
    Catalysts

    PK-7R

    Pre-reduced ring-shaped methanation catalyst used in ammonia, hydrogen and SNG plants.
  • R-67-7H | Topsoe catalyst | High activity reforming catalyst used for tubular reforming.
    Catalysts

    R-67-7H

    High activity reforming catalyst used for tubular reforming.
  • R-67R-7H | Topsoe catalyst | Prereduced high activity reforming catalyst used for tubular reforming.
    Catalysts

    R-67R-7H

    Pre-reduced high activity reforming catalyst used for tubular reforming.
  • R-87 HEAT-X™ | Topsoe catalyst | High activity reforming catalyst for heat exchange applications.
    Catalysts

    R-87 HEAT-X™

    High activity reforming catalyst for heat exchange applications.
  • R-87R HEAT-X™ | Topsoe catalyst | Prereduced high activity reforming catalyst for heat exchange applications.
    Catalysts

    R-87R HEAT-X™

    Pre-reduced high activity reforming catalyst for heat exchange applications.
  • RA-67-7H | Topsoe catalyst | Reforming catalyst promoted for low ammonia formation used for tubular reforming.
    Catalysts

    RA-67-7H

    Reforming catalyst promoted for low ammonia formation used for tubular reforming.
  • RC-67 TITAN™ | Topsoe catalyst | Titania-promoted reforming catalyst used for tubular reforming.
    Catalysts

    RC-67 TITAN™

    Titania-promoted reforming catalyst used for tubular reforming.
  • RK-201 | Topsoe catalyst | Low alkali promoted reforming catalyst used for tubular reforming of feedstocks ranging from natural gas to naphtha.
    Catalysts

    RK-201

    Low alkali promoted reforming catalyst used for tubular reforming of feedstocks ranging from natural gas to naphtha.
  • RK-202 | Topsoe catalyst | High alkali promoted reforming catalyst used for tubular reforming of naphtha feedstocks.
    Catalysts

    RK-202

    High alkali promoted reforming catalyst used for tubular reforming of naphtha feedstocks.
  • RK-21 HEAT-X™ | Topsoe catalyst | Alkali promoted reforming catalyst for heat exchange applications
    Catalysts

    RK-21 HEAT-X™

    Alkali promoted reforming catalyst for heat exchange applications.
  • RK-211 | Topsoe catalyst | Prereduced low alkali promoted reforming catalyst used for tubular reforming of feedstocks ranging from natural gas to naphtha.
    Catalysts

    RK-211

    Pre-reduced low alkali promoted reforming catalyst used for tubular reforming of feedstocks ranging from natural gas to naphtha.
  • RK-212 | Topsoe catalyst | Prereduced high alkali promoted reforming catalyst used for tubular reforming of naphtha feedstocks.
    Catalysts

    RK-212

    Pre-reduced high alkali promoted reforming catalyst used for tubular reforming of naphtha feedstocks.
  • RK-400 | Topsoe catalyst | Latest generation low alkali promoted reforming catalyst used for feedstocks ranging from natural gas to LPG.
    Catalysts

    RK-400

    Latest generation low alkali promoted reforming catalyst used for feedstocks ranging from natural gas to LPG.
  • RK-400R | Topsoe catalyst | Latest generation prereduced low alkali promoted reforming catalyst used for feedstocks ranging from natural gas to LPG.
    Catalysts

    RK-400R

    Latest generation pre-reduced low alkali promoted reforming catalyst used for feedstocks ranging from natural gas to LPG.
  • RKA-02 | Topsoe catalyst | Top layer catalyst for oxygen-fired secondary and autothermal reforming.
    Catalysts

    RKA-02

    Top layer catalyst for oxygen-fired secondary and autothermal reforming.
  • RKA-10 | Topsoe catalyst | Noble metal-promoted top layer catalyst for oxygen-fired secondary and autothermal reforming.
    Catalysts

    RKA-10

    Noble metal-promoted top layer catalyst for oxygen-fired secondary and autothermal reforming.
  • RKS-2-7H | Topsoe catalyst | Bulk catalyst for secondary and autothermal reforming.
    Catalysts

    RKC-2-7H

    Secondary reforming catalyst RKC-2-7H is a nickel based reforming catalyst for secondary reforming. Application RKC-2-7H is used in the main bed of secondary air-blown reformers. Main bed The RKC-2-7H catalyst has high activity and the shape and size gives low start-of-run pressure drop.
  • RKS-2 | Topsoe catalyst | Top layer catalyst for secondary and autothermal reforming.
    Catalysts

    RKS-2

    Top layer catalyst for secondary and autothermal reforming.
  • RKS-2-7H | Topsoe catalyst | Bulk catalyst for secondary and autothermal reforming.
    Catalysts

    RKS-2-7H

    Bulk catalyst for secondary and autothermal reforming.
  • SC-201R | Topsoe catalyst | Nickel-based absorbent used for the removal of sulfur components from hydrocarbon feedstocks at low temperatures
    Catalysts

    SC-201R

    Nickel-based absorbent used for the removal of sulfur components from hydrocarbon feedstocks at low temperatures
  • SC-501 Purify™ | Topsoe catalyst | Developed for an efficient and reliable removal of hydrogen sulfide from gas and liquid hydrocarbon feedstocks at low temperatures
    Catalysts

    SC-501 Purify™

    Developed for an efficient and reliable removal of hydrogen sulfide from gas and liquid hydrocarbon feedstocks at low temperatures
  • SC-501 Purify™ | Topsoe catalyst | Developed for an efficient and reliable removal of hydrogen sulfide from gas and liquid hydrocarbon feedstocks at low temperatures
    Catalysts

    SC-502 Purify™

    High capacity sulfur absorbent SC-502 Purify™ is a copper-based sulfur absorbent developed for application in low temperature natural gas and CO2 streams. Application Sulfur absorbent
  • SH-501 | Topsoe catalyst | A high-nickel catalyst based on an alumina carrier
    Catalysts

    SH-501

    A high-nickel catalyst based on an alumina carrier
  • Catalysts

    SK-201-2

    Copper promoted iron/chromium based high temperature shift (HTS) catalyst with ultra-low hexavalent chromium levels.
  • Catalysts

    SK-501 Flex™

    Innovative high temperature shift (HTS) catalyst based on zinc and aluminum capable of operating at any steam-to-carbon ratio.
  • Catalysts

    SSK-10

    Cobalt-molybdenum (CoMo)-based sour shift catalyst for HTS, MTS and LTS applications.
  • Catalysts

    SSK-20

    Cobalt-molybdenum (CoMo)-based sour shift catalyst for guard and high temperature applications.
  • LK-853 FENCE™ - Ammonia - Hydrogen - Catalyst
    Catalysts

    ST-201

    Copper and zinc oxide-based absorbent for removal of hydrogen sulfide and organic sulfur compounds.
  • TertiNOx™
    Catalysts

    TertiNOx™

    Reducing N2O emissions from nitric acid units is a cost-effective way to reduce greenhouse gas (GHG) emissions.
  • Catalysts

    TK-10

    TK-10 is an inert hold-down catalyst applicable as topping layer in catalytic reactors instead of spherical material. It is shape-optimized and provides a high void fraction, as well as being an important part of grading in composite catalyst fillings. Application Catalyst grading systems.
  • Catalysts

    TK-15

    TK-15 is a shape-optimized inert providing high void fraction. TK-15 is used for topping off catalytic reactors instead of spherical material. It is specifically designed for units experiencing high gas rates or carry-over of coke spalled from the heater or heat exchange train. Application Catalyst...
  • Catalysts

    TK-20

    Shape-optimized guard material used for protecting shift catalysts from dust and other impurities.
  • Catalysts

    TK-220

    TK-220 is a CoMo catalyst that is specifically developed for treating tail gases derived from Claus or other similar units.
  • Catalysts

    TK-222

    TK-222 is a CoMo catalyst specifically developed for treating tail gases derived from Claus or other similar units. It is of particular interest where catalyst bed pressure drop is limiting, since its ring shape exhibits lower pressure drop compared to other catalysts of same particle size.
  • Catalysts

    TK-224

    TK-224 is a CoMo catalyst that is specifically developed for treating tail gases derived from Claus or other similar units.
  • Topsoe TK-240 Hydrogenation catalyst
    Catalysts

    TK-240

    Well-proven CoMo-based hydrogenation catalyst used in ammonia, methanol and hydrogen plants.
  • Catalysts

    TK-250

    Ring-shaped CoMo-based hydrogenation catalyst used in ammonia, methanol and hydrogen plants.
  • Catalysts

    TK-26 TopTrap™

    Particulate trap TK-26 TopTrap™ is an inert macro-porous material designed to pick up iron scale and other contaminants. TK-26 TopTrap™ is a shape-optimized multiple-lobe extrudate with three central holes providing a high external void fraction. TK-26 TopTrap™ should be loaded...
  • Topsoe TK-261 Sulfur Hydrogenation catalyst
    Catalysts

    TK-261

    High activity NiMo-based hydrogenation catalyst used in ammonia, methanol and hydrogen plants.
  • Catalysts

    TK-30

    TK-30 is a high purity alumina catalyst shaped as rings or extrudates. As a separate layer, it functions as void grading material in catalytic reactors, but it can also be used as diluent for controlling catalyst activity in any hydroprocessing application. Application Catalyst grading systems.
  • Catalysts

    TK-335

    TK-335 is developed for fixed-bed HDO service. This catalyst is typically applied as top grading in diesel hydrotreating units, processing phosphorus-containing renewable fuels. TK-335 is characterized by high hydrodeoxygenation (HDO) activity and, at the same time, relatively low activities of...
  • Catalysts

    TK-337

    TK-337 is developed for fixed-bed hydrodeoxygenation (HDO) service. This catalyst is typically applied as top grading in diesel hydrotreating units, processing mixtures of diesel and renewable fuels. TK-337 is characterized by high hydrodeoxygenation (HDO) activity and, at the same time, moderate...
  • Catalysts

    TK-339

    TK-339 is developed for fixed-bed hydrodeoxygenation (HDO) service. The catalyst is typically applied as top grading in diesel hydrotreating units, processing mixtures of diesel and renewable fuels. TK-339 is characterized by high HDO activity and, at the same time, relatively low activities of...
  • Catalysts

    TK-340

    TK-340 is developed for fixed-bed hydrodeoxygenation (HDO) service. The catalyst is typically applied as bulk catalyst in renewable diesel hydrotreating units, processing mixtures of diesel and renewable fuels. TK-340 is characterized by high HDO activity and, at the same time, moderate activities...
  • Catalysts

    TK-341

    TK-341 is developed for fixed-bed hydrodeoxygenation (HDO) service. The catalyst is typically applied as bulk catalyst in diesel hydrotreating units, processing mixtures of diesel and renewable fuels.
  • Catalysts

    TK-359

    TK-359 is developed for fixed-bed hydrodeoxygenation (HDO) service. The catalyst is typically applied as bulk catalyst in hydrotreating units, processing mixtures of diesel and nitrogen containing renewable fuels. TK-359 is characterized by high HDO activity and, at the same time, high activities...
  • TK-611 HyBRIM™
    Catalysts

    TK-361

    TK-361 is developed for fixed bed hydrodeoxygenation (HDO) service. The catalyst is typically applied as bulk catalyst in hydrotreating units, processing mixtures of diesel and high nitrogen containing renewable fuels. TK-361 is characterized by very high HDN activity, and at the same time, high...
  • Catalysts

    TK-41

    TK-41 has very high affinity for arsenic trapping in VGO and gas oil services, where it is also able to trap Ni/V/Si. TK-41 is available in ring shape and has been developed as a first-stage guard catalyst for use in grading systems where arsenic pick-up is needed. Application Integral part of the...
  • Catalysts

    TK-441 SiliconTrap™

    Replacing TK-431, TK-441 SiliconTrap™ is a high surface area catalyst for desulfurization of coker naphthas containing up to 11 ppm silicon. The metal loading of TK-441 SiliconTrap™ gives this catalyst a high hydrodesulfurization (HDS) and a high hydrodenitrogenation (HDN) activity. The pure...
  • Catalysts

    TK-447 SiliconTrap™

    Replacing TK-437, the new generation TK-447 SiliconTrap™ is a very high surface area catalyst for silicon pick-up and desulfurization of coker naphtha feedstock. This catalyst has a low hydrodesulfurization (HDS) activity and should be used in combination with TK-441 SiliconTrap™ as a...
  • Catalysts

    TK-449 SiliconTrap™

    Replacing TK-439, TK-449 SiliconTrap™ has the highest silicon pick-up capacity of all the TK-400 series catalysts. This catalyst is used as a guard bed catalyst in units with severe silicon contamination. TK-449 SiliconTrap™ does not contain any metals and should therefore be used in...
  • Catalysts

    TK-453 SiliconTrap™

    TK-453 SiliconTrap™ is a NiMo catalyst with very high rates for removal of metals (Ni, V, Fe) and silicon, and it is an excellent guard in hydrotreaters that process heavy feeds. It exhibits moderate hydrodesulfurization (HDS) and hydrodenitrogenation (HDN) activities. The pore size distribution...
  • Catalysts

    TK-455 MultiTrap™

    Hydroprocessing catalyst TK-455 MultiTrap™ is a large pore, high-porosity catalyst for trapping silicon and phosphorus in gasoil and vacuum gas oil (VGO) feeds. TK-455 MultiTrap™ is applied in the top bed of hydrotreaters as part of the catalyst grading system. The unique pore system...
  • Catalysts

    TK-49

    TK-49 is a high-nickel catalyst based on an alumina carrier. It is available in a quadralobe shape, and it has been developed for use in catalyst bed grading systems, where maximum arsenic pick-up is needed. Application Catalyst grading systems.
  • Catalysts

    TK-527

    The latest sulfur specifications for gasoline being implemented in Europe and North America increase the significance of naphtha hydrotreating units and in particular their performance. Topsoe developed a high-active naphtha catalyst designated TK-527. Larger pores and physically smaller catalyst...
  • Catalysts

    TK-553

    TK-553 is a NiMo catalyst especially developed for color removal (post-treatment) in ultra-low sulfur diesel (ULSD) units operated at relatively high temperatures, where color species may be formed.
  • Catalysts

    TK-560 BRIM®

    TK-560 BRIM® is a high activity CoMo catalyst with a low metal loading and filling density. TK-560 BRIM® is the ideal choice, where fill cost is as important as performance...
  • Catalysts

    TK-562 BRIM®

    Catalyst specifically developed for Fluid Catalytic Cracking (FCC) pretreatment applications. TK-562 BRIM® provides the highest possible hydrodesulfurization (HDS) and hydrodenitrogenation (HDN) activity along with aromatic saturation and some conversion into lighter products. The pore structure...
  • Catalysts

    TK-565 HyBRIM™

    TK-565 HyBRIM™ belongs to the new generation of extremely high-active catalysts based on the novel HyBRIM™ technology. With a very attractive fill cost, it provides high hydrodenitrogenation (HDN) and hydrodesulfurization (HDS) activity, along with aromatic saturation and conversion...
  • Catalysts

    TK-568 BRIM®

    TK-568 BRIM® is a new generation BRIM® catalyst specifically developed for ultra-low sulfur diesel (ULSD) and kerosene applications. It provides high hydrodesulfurization (HDS) activity and stability when processing both straight-run and cracked distillate fractions...
  • Catalysts

    TK-569 HyBRIM™

    TK-569 HyBRIM™ belongs to the new generation of extremely high-active catalysts based on the novel HyBRIM™ technology. It provides exceptionally high hydrodenitrogenation (HDN) and hydrodesulfurization (HDS) activity, along with aromatic saturation and conversion into lighter products...
  • Catalysts

    TK-570 BRIM®

    TK-570 BRIM® is a new generation BRIM® catalyst specifically developed for ultra-low sulfur diesel applications. This catalyst provides high hydrodesulfurization (HDS) activity and is suitable for both straight-run and cracked distillate fractions at low to medium pressure...
  • Catalysts

    TK-578 BRIM®

    TK-578 BRIM® is a new generation BRIM® catalyst which has significantly higher activity than the past generation of catalysts for ultra-low sulfur diesel (ULSD) production (less than 10 wt ppm sulfur). It is suitable for processing of straight-run and cracked distillate fractions in units...
  • TK-611 HyBRIM™
    Catalysts

    TK-6001 HySwell™

    TK-6001 HySwell™ is our new ultra high-activity NiMo catalyst for maximum volume swell. TK-6001 HySwell™ is outstanding for use as a first-stage catalyst in hydrocracking units, where removal of nitrogen and density improvement of straight-run and cracked fractions in the VGO range is essential...
  • Catalysts

    TK-602 HyBRIM™

    TK-602 HyBRIM™ belongs to the new generation of extremely high-active catalysts based on the novel HyBRIM™ technology. With its unique combination of cobalt, nickel and molybdenum, the catalyst provides high hydrodenitrogenation and hydrodesulfurization activity, along with controlled...
  • Catalysts

    TK-609 HyBRIM™

    TK-609 HyBRIM™ is a new generation, high-activity NiMo catalyst based on the novel HyBRIM™ technology. TK-609 HyBRIM™ is optimized for use as a first-stage catalyst in hydrocrackers, where maximum HDN of straight-run and cracked fractions in the vacuum gas oil (VGO) range are essential. Furthermore...
  • TK-611 HyBRIM™
    Catalysts

    TK-611 HyBRIM™

    TK-611 HyBRIM™ is the latest generation, high-activity NiMo catalyst based on the novel HyBRIM™ technology.
  • Catalysts

    TK-703 HyOctane™

    TK-703 HyOctane™ is the specially developed catalyst for selective hydrogenation units in FCC naphtha post-treatment. The catalyst has low HDS, HDN, and hydrogenation activity. Therefore, this catalyst is excellent as a catalyst for the first reactor in FCC naphtha post-treatment units where...
  • Catalysts

    TK-709

    TK-709 is a high-surface area, low-activity catalyst with high hydrodemetallization (HDM) activity and metal storage capacity. It is typically used in various grading applications for all types of feeds, particularly where iron is encountered. It is especially suitable for olefin containing feeds,...
  • Catalysts

    TK-710 HyOctane™

    TK-710 HyOctane™ is a CoMo type catalyst with moderate hydrodesulfurization (HDS) activity, limited loss of octane, high hydrodemetallization (HDM) activity and metal storage capacity. It is applied in fluid catalytic cracking (FCC) gasoline post-treatment and various grading applications.
  • Catalysts

    TK-711

    TK-711 is a catalyst with high hydrodemetallization (HDM) activity, metal storage capacity and moderate hydrodesulfurization (HDS) activity. It is used in various grading applications for all types of feeds.
  • Catalysts

    TK-719

    TK-719 is a high-porosity demetallization catalyst for fixed-bed resid service. It is applied in the front-end of resid hydrotreaters due to its enhanced ability to remove metals and asphaltenes and to reduce Conradson carbon residue (CCR). Even though large particles usually result in lower...
  • Catalysts

    TK-733

    TK-733 is a demetallization (HDM) catalyst with moderate hydrodesulfurization (HDS) activity for fixed-bed resid service. TK-733 is typically used for the reduction of metals, asphaltenes and Conradson Carbon as a first-stage catalyst in composite catalyst fillings. The optimized pore system and...
  • Catalysts

    TK-743

    TK-743 is a demetallization catalyst with moderate hydrodesulfurization (HDS) activity for fixed-bed resid service and vacuum gas oil (VGO) hydrotreating. It is typically used for reduction of metals, asphaltenes and Conradson Carbon Residue (CCR) as a first-stage catalyst in composite catalyst...
  • Catalysts

    TK-747 HyOctane™

    TK-747 HyOctane™ is a catalyst with a high nickel content specifically developed for Fluid Catalytic Cracking (FCC) gasoline post-treating that ensures minimum octane loss and reduces mercaptans in the product. The product is available in a quadralobe shape. Application FCC gasoline post-...
  • Catalysts

    TK-753

    TK-753 is a transition catalyst in fixed-bed resid hydrodesulfurization (HDS) systems. In such applications, it would be preceded by a hydrodemetallization (HDM) type catalyst and followed by a HDS-type catalyst (like TK-773). TK-753 exhibits good HDS activity and HDM selectivity. The pore size...
  • Catalysts

    TK-773

    TK-773 is a final-stage catalyst for fixed-bed resid hydrodesulfurization (HDS) units. It has a high HDS, hydrodenitrogenation (HDN) and Conradson Carbon Residue (CCR) removal activity and, as such, has a low hydrodemetallization (HDM) selectivity. The pore size distribution and pore volume have...
  • Catalysts

    TK-831

    TK-831 provides high hydrodemetallization (HDM) activity, metal storage capacity and moderate hydrodesulfurization (HDS) and hydrodenitrogenation (HDN) activity. It is used in various grading applications for all types of feeds.
  • Catalysts

    TK-901

    TK-901 is a high-nickel catalyst based on an alumina carrier. Being in a reduced form, it utilizes an optimized carrier system to catalyze saturation of aromatics in an almost sulfur- and nitrogen-free reaction environment. Application Benzene conversion
  • Catalysts

    TK-902

    TK-902 is a high-nickel catalyst based on an alumina carrier. Being in a reduced form, it utilizes an optimized carrier system to catalyze saturation of aromatics in an almost sulfur- and nitrogen-free reaction environment. Application Benzene conversion
  • Catalysts

    TK-907

    TK-907 is an alumina-based noble metal catalyst, specifically designed to make a low aromatic product from refinery feedstocks. This catalyst has exhibited very stable operation in the production of <5 vol% aromatics in commercial operations. Application Hydrodearomatization (HDA)
  • Catalysts

    TK-911

    TK-911 is our enhanced activity version of TK-907. TK-911 utilizes an optimized carrier system to catalyze aromatic saturation of refinery streams. In addition, TK-911 exhibits a greater tolerance to the inhibiting effect of sulfur and nitrogen. Application Diesel hydrotreating Fischer-Tropsch wax...
  • Catalysts

    TK-915

    TK-915 is the premium-activity HDA catalyst. It exhibits a greater tolerance to the inhibiting effect of sulfur and nitrogen.
  • Catalysts

    TK-920 D-wax™

    TK-920 D-wax™ is specifically designed for dewaxing of hydrotreated gas oil and renewable diesel in sweet operating conditions. TK-920 D-wax™ provides excellent improvement of cold flow properties via isomerization with very limited diesel yield loss as well as reduction of aromatic content.
  • Catalysts

    TK-921

    TK-921 is part of Topsoe’s hydrocracking red series developed for maximum hydrogenation. This is an amorphous hydrocracking catalyst with high selectivity for middle distillates. TK-921 provides high end point reduction at low conversion and hydrogenation of the heavy end of the feed, as well as...
  • Catalysts

    TK-925

    TK-925 is part of Topsoe’s hydrocracking red series developed for maximum hydrogenation. This is a hydrocracking catalyst optimized for maximum production of middle distillate products with very low aromatic content and excellent properties. It is also very suitable for mild hydrocracking...
  • Catalysts

    TK-926

    TK-926 is part of Topsoe’s hydrocracking blue series, developed for maximum cold flow properties of diesel. This is a catalyst with excellent selectivity to diesel. TK-926 is also very suitable for mild hydrocracking applications, where high stability and excellent cold flow properties of the...
  • Catalysts

    TK-927

    TK-927 is a NiW-based hydrocracking catalyst optimized for maximum production of middle distillate products with very low aromatic content and excellent properties. TK-927 is also very suitable for mild hydrocracking applications where high catalyst stability, together with excellent product...
  • Catalysts

    TK-928

    TK-928 is specifically designed for cold-flow improvement (dewaxing) of diesel, renewable diesel and waxy feeds such as Fischer-Tropsch products.
  • Catalysts

    TK-930 D-wax™

    TK-930 D-wax™ is an isomerization selective dewaxing catalyst, specifically designed for improvement of cold flow properties with a minimum yield loss for diesel, jet fuel, and renewables. The catalyst is promoted by base metals for good stability and high hydrogenation activity, ensuring a good...
  • Catalysts

    TK-931

    TK-931 is part of Topsoe’s hydrocracking red series developed for maximum hydrogenation. It is a low zeolitic NiW catalyst with high selectivity for middle distillates. TK-931 provides excellent middle distillate yield with low overcracking. Furthermore, TK-931 enhances the quality of the...
  • Catalysts

    TK-932

    TK-932 is specifically designed for cold-flow improvement (dewaxing) of nitrogen-containing diesel, renewable diesel and waxy feeds.
  • HTZ-1 | Reliable sulfur absorption | Haldor Topsoe Catalyst
    Catalysts

    TK-935

    TK-935 is specifically designed for cold-flow improvement (dewaxing) of various diesel fractions.
  • Catalysts

    TK-939 D-sel™

    TK-939 D-sel™ is part of Topsoe’s hydrocracking D-sel™ series for maximum diesel yields. TK-939 D-sel™ is a low zeolitic NiW catalyst with high selectivity for middle distillates. As a result of a novel production technology, TK-939 D-sel™ provides excellent middle...
  • Catalysts

    TK-941

    TK-941 is part of Topsoe’s hydrocracking red series developed for maximum hydrogenation. TK-941 has a high selectivity to middle distillates, and it can be used in applications where high cracking activity and high middle distillate yield are required, and where high light-ends yield is...
  • Catalysts

    TK-943

    TK-943 is part of Topsoe’s hydrocracking blue series developed for maximum cold flow properties of diesel. TK-943 is a medium- to high-activity hydrocracking catalyst with excellent selectivity to diesel. It is optimized for maximum production of middle distillate products with good cold flow...
  • Catalysts

    TK-947

    TK-947 is part of Topsoe’s hydrocracking red series developed for maximum hydrogenation. TK-947 is recommended for applications where high cracking activity and high middle distillate yield are required. Also, it is an excellent choice for mild hydrocracking (MHC) applications, where high...
  • Catalysts

    TK-949 D-sel™

    TK-949 D-sel™ is part of Topsoe’s hydrocracking D-sel™ series for maximum diesel yields. TK-949 D-sel™ is a zeolitic NiW catalyst with high selectivity for middle distillates. It can be used in applications where high cracking activity and high middle distillate yield are required. As a result of a...
  • Catalysts

    TK-951

    TK-951 is part of Topsoe’s hydrocracking red series developed for maximum hydrogenation. TK-951 is a high-activity hydrocracking catalyst, providing optimum diesel and naphtha yields, while minimizing overcracking. It has a strong hydrogenation function that improves the properties of the...
  • Catalysts

    TK-961

    TK-961 is part of Topsoe’s hydrocracking red series developed for maximum hydrogenation. TK-961 is a zeolitic NiW based hydrocracking catalyst with very high activity and a very high nitrogen tolerance. TK-961 provides balanced naphtha and middle distillate yields, minimizing overcracking,...
  • Catalysts

    TK-969 D-sel™

    TK-969 D-sel™ is a zeolitic NiW based hydrocracking catalyst with very high activity and a high nitrogen tolerance. TK-969 D-sel™ provides balanced naphtha and middle distillate yields and is one of our recommended catalysts for flexible operations. Application Hydrocracking
  • Catalysts

    TK-971

    TK-971 is a zeolitic NiW-based hydrocracking catalyst with very high activity. TK-971 provides balanced naphtha and middle distillate yields minimizing overcracking and is one of our recommended catalysts for flexible operations. Application Hydrocracking Shale oil processing
  • Topfrax™
    Catalysts

    TopFrax™

    TopFrax™ catalytic ceramic filter TopFrax™ is a patent-pending catalyst-coated ceramic filter designed to treat off-gasses in high-dust environments found in a wide range of industries and activities. How TopFrax™ works The TopFrax™ filter is based on a ceramic fiber impregnated with a particular...
  • Catalysts

    VK-701 LEAP5™

    LEAP5™ catalysts are specifically designed for oxidizing SO3-strong gases, and are ideal for use in the last passes in single-absorption plants or in the third pass in 3+1 and 3+2 double-absorption plants. Lower sulfur emissions, greater output or a balance of the two LEAP5™ catalysts enable you to...
  • Catalysts

    VK-711 LEAP5™

    LEAP5™ catalysts are specifically designed for oxidizing SO3-strong gases, and are ideal for use in the last passes in single-absorption plants or in the third pass in 3+1 and 3+2 double-absorption plants.
  • Catalysts

    VK-WD

    VK-WD is optimized for lean SO2+SO3 gases, such as in a SNOX™ plant or in the bed(s) after the intermediate condenser in a WSA-DC plant.
  • Catalysts

    VK-WH

    VK-WH is a cesium-promoted catalyst designed for continuous operation down to 370°C/700°F in medium- to high-strength SO2+SO3 gasses. A top-layer of VK-WH can significantly improve operating flexibility by widening the bed temperature control window, especially in plants struggling with fluctuating...
  • Catalysts

    VK-WL

    VK-WL is a cesium-promoted catalyst designed for continuous operation down to 370°C/700°F in lean SO2+SO3 gasses (less than approximately 2 mole%). At these conditions, VK-WL offers unmatched high activity throughout the entire operating temperature range. The very high activity provides the...
  • Catalysts

    VK-WSA

    The VK-WSA formulation offers excellent activity over a wide range of operating conditions and can be used in any bed of a WSA or WSA-DC converter. VK-WSA is available in the 12 mm Daisy shape and as a dust-protection catalyst in the large 25 mm Daisy shape. 12 mm Daisy: improved energy efficiency...
  • Catalysts

    VK-WSX

    The VK-WSX formulation was developed to offer higher activity in SO2 gasses that are more than 90% converted. Typically VK-WSX is used in the last bed of a WSA converter. For this service, VK-WSX is more active than VK-WSA and even more active than cesium-promoted VK-WH catalyst. The high activity...
  • Catalysts

    VK38

    The VK38 formulation provides excellent activity over a wide range of operating conditions. VK38 is the only catalyst on the market that can be used effectively in all beds of any SO2 converter. For continuous operation VK38 offers a broad temperature range of 400-630°C (750-1170°F) and can...
  • Catalysts

    VK48

    VK48 is a high vanadium version of the standard all-round VK38 catalyst. The catalyst composition is specifically formulated for lower pass service, particularly where the process gas contains large amounts of SO3. The conversion ratio of SO2 affects the balance between the active vanadium species...
  • Catalysts

    VK59

    VK59 is a cesium-promoted catalyst optimized for medium to high strength SO2 gasses with continuous operation down to 370°C (700°F). A top layer of VK59 in the first pass makes it possible to accommodate high strength SO2 feed gas without exceeding the maximum outlet temperature of 630°C (1165°F)...
  • Catalysts

    VK69

    VK69 is designed specifically for the final pass(es) of double absorption plants. In the lean SO2 gas environment after the inter-pass absorption tower, the unique VK69 formulation offers unmatched high activity throughout the entire operating temperature range. This affords existing plants the...