HOP- 412
NiMo catalyst of high activity for desulfurization, denitrification and cracking which has higher denitrification and cracking performance than CoMo.

HOP-413
Has higher activities of denitrification and cracking than any other commercial NiMo Catalyst.

HOP- 461
CoMo catalyst has a higher desulfurization activity than HOP-412 but lower denitrification activity.

HOP- 463
HOP- 463 is used for deep desulfurization of diesel fuels at rather lower reaction temperatures than conventional catalysts. HOP-463 provides low sulfur diesel with substantial reduction in diesel density thus increasing its volume. It also improves considerably the fuel cetane number and color transparency.

HOP- 473
CoMo catalyst developed for long life. It has a higher activity of desulfurization and denitrification than any other commercial CoMo catalyst.

HOP- 492
NiCoMo catalyst of high performance for desulfurization and denitrification. HOP-492 is newly developed for desulfurization and denitrification of VGO.

HOP- 523
Desulfurization and mild Hydrocracking (MHC) catalyst. HOP 523 is a newly developed desulfurization catalyst of higher hydrocracking activity than that of HOP- 551.

HOP- 551
Desulfurization catalyst having a higher activity of mild Hydrocracking and longer operational life than any other commercial catalyst.

HOP- 601
High metal tolerance Hydrodemetalation catalyst.

HOP- 602
High metal tolerance catalyst with low demetalation activity.

HOP- 603
High demetalation and desulfurization catalyst
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HOP- 606, HOP- 606S
Super High Metal Tolerance. HOP 606 has dual type pore size distribution. The metal durability is the highest. HOP 606S has higher performance in demetalisation than HOP- 606.

HOP- 608, HOP- 611, HOP- 612
These catalysts have a higher desulfurization and demetalisation activity than HOP 601, 602 and 606. However, the metal durability of these catalysts is lower than HOP 606.

HOP- 802
High performance Hydrodesulfurization (HDS) and low deactivation rate due to its high metal durability compared with other commercial catalysts.

HOP- 811, HOP- 813, HOP- 821
High Hydrodenitrification (HDN) and high residue conversion catalysts HOP -811, 813 and 821 have higher activity for both HDN and residue conversion than HOP- 802 and exhibit about the same HDS activity as that of HOP 802.

NK-301
ZnO catalyst for H2S absorption. NK-301 has a larger surface area, higher ZnO content and longer leakage time (shorter mass transfer zone) than any other commercial catalyst.

NK-311
Sulfur adsorption catalyst. It has higher sulfur adsorption for naphtha reformer feedstock pretreater.

NK-336
Secondary reformer catalyst. It is used to produce Hydrogen required for ammonia synthesis.

NK-341
High temperature CO conversion catalyst.

NK-351
Low temperature CO conversion catalyst.

Water Treatment Chemicals
Helamin is a formulation of polycarboxylates and surface active fatty alkyl polyamines in combination with other amines of varying volatility.

The use of Helamin to treat water and steam carrying systems, such as water/steam and heating circuits, has many advantages over conventional conditioning which often requires several substances to be added at various locations and needs regular monitoring.

Kuwait Catalyst Company produces many types of Helamin for many applicationsBoilers Cooling Water Systems
Helamin 906 H
Helamin 9012 H
Helamin BRW 150 H
Helamin HAL AO Helamin NEO-H
Helamin HS 190 H
Helamin CS 200 H
Helamin RW 47 H
Helamin 9500 BF

Helamin BRW 150H

Inhibits corrosion and furring in steam and hot water systems operated with softened water. Helamin BRW 150H forms a monomolecular protective film that is adsorbed by all surfaces. This film protects metals against the corrosive effects of water and prevents sediments from forming deposits.

Helamin Hal-AO

Environmentally compatible scale and corrosion inhibitor for steam generators in the food industries. Its application in such industries has been authorized by the Federal Health Authorities of Switzerland in Bern to a concentration of 100 g/m3 feed water. Its new formulation uses the sequestering power of polymeric antiscalants with molecular distributions carefully balanced to ensure its efficiency in a wide range of temperatures

Helamin 906 H

Environmentally compatible scale and corrosion inhibitor for the treatment of high pressure steam boilers and hot water systems utilizing softened or demineralized make up water. A hydrophobic film containing magnetite is formed by a molecular bond with the surface of the metal. In addition to the unequaled metal protection it also prevents deposit and scale formation.The entire steam and condensate system is alkalized producing an effective protection against corrosion. The surface active organic agent has outstanding cleansing properties and guarantees the removal of any scale or corrosion contaminants by controlled blow downs.

Helamin 9012 H

An environmentally compatible scale and corrosion inhibitor for high pressure steam plants with demineralized feed water. It forms mainly an adsorbed molecular film onto surfaces protecting them against the corrosive attacks of gaseous contents in water. It also prevents both the formation and adhesion of deposits from any origin. It controls by itself the PH of the boiler water and feed water without the addition of any other alkaline or reducing chemicals.

Helamin HS 190 H

This environmentally compatible scale and corrosion inhibitor is designed for both closed recirculation hot water plants and chilled water systems. It controls by itself the pH of the generator water and heated or superheated steam. Water treated by means of Helamin HS 190H should not be used as drinking or washing water.

Helamin CS 200 H

This environmentally compatible scale and corrosion inhibitor is designed for the complete protection of recirculating cooling water systems using softened or natural soft water of less than 10 ppm of total hardness (Ca CO3).

Helamin CS 200 H

forms mainly an adsorbed molecular film onto surfaces thus protecting them against corrosion and preventing the adhesion of any deposits in heat exchange systems. It is particularly recommended in cases of microbial growth whereby growth is inhibited and any bio-deposits are dispersed.

Helamin RW 47 HUM

 

is used alone as a replacement for all other hard water conditioners used in cooling towers and humidifier circuits. Helamin RW 47 HUM is also an excellent corrosion inhibitor for all ferrous metals, copper and copper alloys over the whole natural ph range of water with residual hardness.

Helamin 9500 BF

Scale and corrosion inhibitor for refrigeration and air scrubber plants. It serves for conditioning of non-decarbonised make up water for cooling systems with high carbonate hardness. It stabilizes this hardness in air conditioning systems, refrigeration systems and condensors and is, under these conditions, an excellent inhibitor of corrosion of all ferrous metals.