Description:

TK-10 is an inert hold-down catalyst applicable as topping layer in catalytic reactors instead of spherical material. It is shape-optimised and provides a high void fraction, and it is an important part of grading in composite catalyst fillings.

 

Description:

TK-15 is a shape-optimised, high-void fraction catalyst 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.

Description:

TK-25 TopTrap™ is an inert macroporous catalyst designed to pick up iron scale and other contaminants. It is shape-optimised as a quadralobe with a central hole, which provides a high void fraction.

Description:

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.

Description:

TK-31 is a high-activity catalyst that offers capacity for trapping phosphorous compounds present in the feed such as corrosion inhibitors.

Description:

TK-45 is a high-nickel catalyst based on an alumina carrier. It is ring-shaped and can be applied as an integrated part of grading systems, and it has been developed for use in catalyst bed grading systems, where arsenic pick-up is desired.

Description:

TK-47 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 arsenic pick-up is desired.

Description:

TK-437 is a NiMo catalyst with some HDS and HDN activity, and it functions as silica guard for coker naphtha hydrotreating. Delayed coker naphtha fractions often contain high amounts of silica, and TK-437 exhibits a high surface area and low metals content, which maximise silica pick-up.

Description:

TK-453 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 HDS and HDN activities, and the pore size distribution and pore volume have been optimised, resulting in a high capacity for accumulation of nickel, vanadium and silicon.

Description:

TK-550 is a CoMo catalyst with medium HDS activity for both straight-run and cracked light distillate processing. It can be a cost-efficient alternative when processing heavier feedstocks in mild services. In ring shape, it is used as graded bed material.

Description:

TK-709 is a high-surface area, low-activity Mo catalyst with high HDM activity and metal storage capacity. It is typically used in various grading applications for all types of feeds, particularly where iron is encountered, and it is especially suitable for olefin containing feeds, where activity grading is needed to prevent formation of gum.

Description:

TK-710 is a CoMo type catalyst with moderate HDS activity, limited loss of octane, high HDM activity and metal storage capacity. It is applied in FCC post-treatment and various grading applications.

Description:

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

Description:

TK-743 is a demetallisation catalyst with moderate HDS activity for fixed-bed resid service and VGO hydrotreating. It is typically used for reduction of metals, asphaltenes and Conradson Carbon as a first-stage catalyst in composite catalyst fillings. The optimised pore system and high pore volume allow enhanced metal pick-up while maintaining activity.

Description:

TK-745 is a high porosity demetallisation catalyst for de-asphalted oil and heavy VGO containing resid. As such, TK-745 is applied in the front-end of fixed-bed VGO/resid hydrotreaters due to its enhanced ability to remove metals.

Description:

TK-831 is a NiMo catalyst with high HDM activity, metal storage capacity and moderate HDS and HDN activity. It is used in various grading applications for all types of feeds.

Description:

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

Description:

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.

Description:

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

Description:

TK-335 is developed for fixed-bed HDO service and is typically applied as top grading in diesel hydrotreating units, processing mixtures of atmospheric gas oils and phosphorous-containing biofuels. It is characterised by high HDO activity and relatively low activities of HDS, HDN and saturation, which help dissipate exotherms and reduce pressure drop build-up.

Description:

TK-339 is developed for fixed-bed HDO service and is typically applied as top grading in diesel hydrotreating units, processing mixtures of atmospheric gas oils and biofuels. It is characterised by high HDO activity and relatively low activities of HDS, HDN and saturation, which help dissipate exotherms and reduce pressure drop build-up.

Description:

TK-341 is developed for fixed-bed HDO service and is typically applied as second-stage catalyst in diesel hydrotreating units, processing mixtures of atmospheric gas oils and biofuels. It is characterised by high HDO activity and moderate activities of HDS, HDN and saturation, which help dissipate exotherms and reduce pressure drop build-up.

Description:

TK-351 is developed for fixed-bed HDO service and is typically applied as bulk catalyst in hydrotreating units, processing mixtures of atmospheric gas oils and nitrogen-containing biofuels. It is characterised by high HDO activity and high activities of HDN, HDS and saturation and is often applied in combination with dewaxing catalysts.

Description:

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

Description:

TK-932 is specifically designed for cold flow improvement (dewaxing) of nitrogen-containing diesel, biodiesel and waxy feeds.

Description:

TK-431 is a NiMo catalyst with medium HDS and HDN activity especially made for coker naphtha hydrotreating. Delayed coker naphtha fractions usually contain high amounts of silica, and TK-431 is optimised for silica pick-up while maintaining HDS and HDN.

Description:

TK-437 is a NiMo catalyst with some HDS and HDN activity, and it functions as silica guard for coker naphtha hydrotreating. Delayed coker naphtha fractions often contain high amounts of silica, and TK-437 gives higher silica pick-up with same HDS and HDN activity.

Description:

TK-439 is especially formulated for coker naphtha hydrotreating. Delayed coker naphtha fractions usually contain high amounts of silica, and TK-439 exhibits maximum silica pick-up.

Description:

TK-527 is a NiMo catalyst with medium HDS and HDN activity used for naphtha hydrotreating. It is suitable for HDS of all straight-run and cracked naphtha fractions.

Description:

TK-561 BRIM™ is a NiMo catalyst with high HDS and very high HDN activity in naphtha service. Therefore, it is the optimum choice for naphtha hydrotreaters processing nitrogen-rich feedstocks like FCC, visbreaker and coker fractions.

Description:

TK-710 is a CoMo type catalyst with moderate HDS activity, limited loss of octane, high HDM activity and metal storage capacity. It is applied in FCC post-treatment and various grading applications.

Description:

TK-527 is a NiMo catalyst with medium HDS and HDN activity used for kerosene hydrotreating. It is suitable for HDS of all straight-run and cracked kerosene fractions.

Description:

TK-561 BRIM™ is a NiMo catalyst with high HDS and very high HDN activity in kerosene service. Therefore, it is the optimum choice for kerosene hydrotreaters processing nitrogen-rich feedstocks like FCC, visbreaker and coker fractions.

Description:

TK-568 BRIM™ is a new generation BRIM™ catalyst specifically developed for ultra low sulphur diesel and kerosene applications. It provides high HDS activity and stability when processing both straight-run and cracked distillate fractions.

Description:

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

Description:

TK-568 BRIM™ is a new generation BRIM™ catalyst specifically developed for ultra low sulphur diesel and kerosene applications. It provides high HDS activity and stability when processing both straight-run and cracked distillate fractions.

Description:

TK-570 BRIM™ is a new generation BRIM™ catalyst specifically developed for ultra low sulphur diesel applications. This catalyst provides high HDS activity and is suitable for both straight-run and cracked distillate fractions at low to medium pressure.

Description:

TK-576 BRIM™ is the first generation BRIM™ catalyst with exceptionally high HDS activity specifically formulated for ultra low sulphur diesel production (less than 10 wt ppm sulphur). It is suitable for both straight-run and cracked distillate processing at low to medium pressure.

Description:

TK-578 BRIM™ is a new generation BRIM™ catalyst which has significantly higher activity than the past generation of catalysts for ultra low sulphur diesel production (less than 10 wt ppm sulphur). It is suitable for processing of straight-run and cracked distillate fractions in units operating at low to medium pressure.

Description:

TK-607 BRIM™ is the new generation, high-activity NiMo catalyst based on the BRIM™ Technology. It is the preferred choice for ULSD hydrotreating units, operating at medium to high pressure, and it is suitable for both straight-run and cracked distillate stocks.

Description:

TK-907 is an alumina-based noble metal catalyst specifically designed to make a low aromatic product from refinery feedstocks.

Description:

TK-911 is an enhanced-activity version of TK-907 specifically designed to make a low aromatic product from refinery feedstocks. It exhibits a greater tolerance to the inhibiting effect of sulphur and nitrogen.

Description:

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

Description:

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

Description:

TK-932 is specifically designed for cold flow improvement (dewaxing) of nitrogen-containing diesel, biodiesel and waxy feeds.

Description:

TK-560 BRIM™ is specifically developed for FCC pretreatment applications, and it provides exceptional HDS and HDN activity along with aromatic saturation and some conversion into lighter products. The pore structure gives high catalyst stability when processing both straight-run and cracked VGO fractions.

Description:

TK-561 BRIM™ provides exceptionally high HDN and HDS activity along with aromatic saturation and some conversion into lighter products. The manufacturing process ensures high catalyst stability when processing both straight-run and cracked VGO fractions.

Description:

TK-562 BRIM™ is specifically developed for FCC pretreatment applications, and it provides the highest possible HDS and HDN activity along with aromatic saturation and some conversion into lighter products. The pore structure gives high catalyst stability when processing both straight-run and cracked VGO fractions.

Description:

TK-561 BRIM™ provides exceptionally high HDN and HDS activity along with aromatic saturation and some conversion into lighter products. The manufacturing process ensures high catalyst stability when processing both straight-run and cracked VGO fractions.

Description:

TK-607 BRIM™ is the new generation, high-activity NiMo catalyst based on the BRIM™ Technology. It is optimised for use as a first stage catalyst in hydrocrackers, where maximum HDN of straight-run and cracked fractions in the VGO range are essential.

Description:

TK-925 is a hydrocracking catalyst optimised for maximum production of middle distillate products with very low aromatic content and excellent properties. It is also very suitable for mild hydrocracking applications, where high catalyst stability together with excellent product quality are required at low operating pressures.

Description:

TK-926 is a hydrocracking catalyst with excellent selectivity to diesel. It is optimised for maximum production of middle distillate products with good cold flow properties, and it is also very suitable for mild hydrocracking applications, where high stability and excellent cold flow properties of the products are required.

Description:

TK-931 is a hydrocracking catalyst with high selectivity to middle distillates, and it also enhances the quality of the products (high V.I. of UCO, high smoke point of jet, high C.I. of diesel).

Description:

TK-933 is a medium-activity hydrocracking catalyst used in services where very high middle distillate yield and very good cold flow properties are desired.

Description:

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 undesirable.

Description:

TK-943 is a medium to high-activity hydrocracking catalyst with excellent selectivity to diesel. It is optimised for maximum production of middle distillate products with good cold flow properties, and it is also very suitable for low conversion applications, where high stability and excellent cold flow properties of the products are required.

Description:

TK-947 is recommended for applications where high cracking activity and high middle distillate yield are required. Also, it is an excellent choice for MHC applications, where high product quality is required at moderate pressure and medium conversion.

Description:

TK-951 is a high activity hydrocracking catalyst which provides optimum diesel and naphtha yields while minimising overcracking. It has a strong hydrogenation function that improves the properties of the different product fractions.

Description:

TK-561 BRIM™ provides high activity for hydrofinishing of lubes and waxes.

Description:

TK-562 BRIM™ provides high activity for hydrofinishing of lubes and waxes.

Description:

TK-719 is a high-porosity demetallisation 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. Even though large particles usually result in lower HDM activity and a low metal storage capacity, the unique pore system of TK-719 enables this catalyst to maintain a high HDM activity and provide capacity for metal storage.

Description:

TK-743 is a demetallisation catalyst with moderate HDS activity for fixed-bed resid service and VGO hydrotreating. It is typically used for reduction of metals, asphaltenes and Conradson Carbon as a first-stage catalyst in composite catalyst fillings. The optimised pore system and high pore volume allow enhanced metal pick-up while maintaining activity.

Description:

TK-753 is a transition catalyst in fixed-bed resid HDS systems. In such applications, it would be preceded by a HDM-type catalyst and followed by a HDS-type catalyst (like TK-773). TK-753 exhibits good HDS activity and HDM selectivity, and the pore size distribution and pore volume have been optimised, resulting in a high capacity for uptake of nickel and vanadium and a low bulk density.

Description:

TK-773 is a final-stage catalyst for fixed-bed resid HDS units. It has a high HDS, HDN and Conradson Carbon removal activity and, as such, has a low HDM selectivity. The pore size distribution and pore volume have been optimised, resulting in a better capacity for uptake of nickel and vanadium together with a low bulk density.