Refining

This product is a clear, water-white, hygroscopic liquid with an ammoniacal odor. Its primary application is in gas treatment, where it has been developed to selectively remove hydrogen sulfide from gas streams containing hydrogen sulfide and carbon dioxide mixtures. It can also be effectively used in sweet gas treatment to meet variable carbon dioxide specifications commonly found in the natural gas industry.

This product is a versatile industrial chemical falling under the categories of water treatment chemicals, base chemicals, and intermediates. With a concentration of 66%, this sulfuric acid serves essential roles in water treatment additives and various industrial processes as one of the critical intermediates.

This is a specialized adsorbent meticulously designed for the drying and purification of both gasses and liquids. This product is presented in the form of highly porous crystalline aluminosilicate beads, with pore openings in the crystals measuring approximately 4 Å.

This product is designed to be used as an additive in all gas-treated amine solutions to reduce the formation of oxidative degradation products, such as heat-stable salts. It is a patent-pending blend of ethyleneamines formulated to reduce oxidation degradation in all gas-treated amine products. It has proven successful in reducing total amine degradation in operating amine systems.

This product is an exceptional adsorbent specifically designed for the drying of cracked gas and olefins. It takes the form of highly porous, high-performance crystalline aluminosilicate spheres, with pore openings in the crystals measuring approximately 3 Å.

This product serve a diverse range of markets, including electrical and electronics, and Industrial sectors. Their applications encompass surface care, industrial cleaning, textile manufacturing, exploration and upstream, pulping and processing, and batteries. These beads are integral to various processes such as biodiesel manufacturing, chemicals production, drying, scrubbing, and textile manufacturing.

This versatile ingredient serves crucial functions in both cleaning and industrial additives. As a corrosion inhibitor and surfactant in cleaning formulations, it ensures effective cleaning while protecting against corrosion. In industrial settings, it plays a dual role as a corrosion inhibitor and curing agent. Its applications span various processes, including asphalt additives manufacturing, epoxy curing agent production, fuel oil additives manufacturing, hydrocarbon purification, liquid hydrocarbon streams purification, lubricant additives manufacturing, mineral processing, polyamide manufacturing, surfactant manufacturing, and textile additives manufacturing. With a focus on corrosion inhibition and textile auxiliaries, it proves essential in preserving materials and enhancing industrial processes.

This product is a dense, clear-to-slightly turbid, colorless to off-white, corrosive, oily liquid that is miscible with water in all proportions with the evolution of heat on mixing. It is used in municipal and industrial water and wastewater treatment for pH control and in the production of synthetic alcohols.

This is an adsorbent for the drying and purification of gasses and liquids. It is a highly porous, binderless crystalline aluminosilicate in beaded form. The pore openings in the crystals have a diameter of approximately 10Å. It adsorbs molecules with effective diameters smaller than approximately 10Å. Due to its very high capacity for water and CO2, this molecular sieve is widely used for air pre-purification in cryogenic air separation plants. It can also be used for the purification of liquid hydrocarbon streams.

This product is cocamidopropyl hydroxysultaine and belongs to the class of amphoteric surfactants. It is used in various applications, including the formulation of drilling foam bases, foam flooding, and gas well unloading. This product has a low pour point and a high flash point, making it an excellent surfactant choice for a wide range of uses. The brine tolerance for this product is excellent. This product can tolerate both condensate and high-temperature conditions in wells. Excellent foam production and half-life are observed in both freshwater and NACE brine. Foam production can be enhanced with the addition of a carefully chosen cosolvent in small quantities. This product is manufactured using Harcros' patented technology.

This product is a clear, water-white to pale amber, hygroscopic liquid with an ammoniacal odor. It is a methyldiethanolamine (MDEA)-based solvent specially formulated for high-capacity removal of carbon dioxide (CO2) in various applications, including hydrogen production, ammonia manufacturing, cryogenic gas processing, and LNG production. This solvent is designed to allow for the most efficient CO2 removal. It can be used in both gas- and liquid-treatment applications.

This product is a white, crystalline powder with a slightly alkaline taste. This product finds applications in deodorizers, detergents, dry bleaches, chemical processes, swimming pool treatments, personal care, and home care products. This particular product is insoluble in alcohol.

This product is a polymeric kinetic hydrate inhibitor (KHI). This product is mainly used for preventing natural gas hydrate formation in gas wells, flowlines, pipelines, or refineries. This inhibitor is readily soluble in polar solvents and displays a limited solubility in non-polar solvents.

This product is a white, crystalline powder characterized by its slightly alkaline taste and insolubility in alcohol. It is versatile in its applications. It is commonly used in deodorizers, detergents, dry bleaches, chemical processes, swimming pool treatments, and personal care and home care products.

This is a virgin granular activated carbon produced from a special type of coal through a high-temperature activation process under stringent quality control. It is designed for the removal of organic contaminants from gas and vapor streams. This product offers excellent adsorption capacity for small to large impurities, has a large particle size to minimize pressure drop, and provides optimal micropores, mesopores, and macropore profiles. It also exhibits good mechanical hardness and stability when exposed to various chemicals.