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Catalysts

  • 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.
  • HTG-2 | Topsoe catalyst | Alumina-based chloride absorbent used for removal of hydrogen chloride in gaseous or liquid streams.
    Catalysts

    HTG-2

    Alumina-based chloride absorbent used for removal of hydrogen chloride in gaseous or liquid streams.
  • 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
  • Catalysts

    TK-31

    Phosphorus trap TK-31 is a high-purity alumina product with a high activity and capacity for trapping phosphorus compounds present in the feed such as corrosion inhibitors. TK-31 can also be used as diluent for controlling catalyst activity in any hydroprocessing application. Application Catalyst...
  • 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-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-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.