Water Treatment

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 product is a vital industrial additive primarily used in water treatment within the power, water, and utilities sector.

This is a premium-grade, high-capacity, strongly acidic macroporous cation resin in the sodium form, specifically designed for water softening applications. It combines high-capacity characteristics with increased resistance to oxidation, which is essential for waters with high temperatures and/or elevated levels of oxidizing agents such as chlorine, ozone, hydrogen peroxide, and/or iron. It is more highly crosslinked than our standard gel-type cation resin.

This product is used in drinking water treatment and water treatment processes, belongs to the chemical family of oxides, calcium, and calcium compounds. It is in the form of a solid, crystalline solid with a white color and has no discernible odor.

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 a premium-grade, strongly acidic, uniform particle size (UPS) macroporous cation resin built on a styrene-divinylbenzene matrix. It is supplied in the hydrogen form and has been specifically designed to provide high capacity, low rinse requirements, and long life when purifying highly viscous streams with a high solids content.

This product boasts a label claim of being odor-free, making it suitable for various industrial applications. With features such as lower TOC leakage and a uniform particle size distribution, it is specifically designed for ultrapure water manufacturing. In its solid form, it presents as beads.

This product is a white, crystalline powder with a slightly alkaline taste that is insoluble in alcohol. Its applications include use in deodorant powders and dry fire extinguishers, as well as in the manufacturing of rubber and plastics.

This product is a highly effective cationic flocculant from Kemira, characterized by its high molecular weight. Like its counterparts, it is employed for conditioning solids during dewatering operations and aiding in water clarification processes in various industries. It shares the benefits of minimal storage requirements due to its dry form, economical usage at low dosage levels, high solids removal efficiency, effectiveness across a wide pH range without altering system pH, and improvements in production and cake solids.

This is a virgin granular activated carbon produced from special types of coal through a high-temperature activation process under stringent quality control.

It is a macroporous strongly basic anion resin custom-designed for the removal of nitrate ions from water intended for potable use. This resin is engineered with a precise blend of physicochemical properties, enabling optimal nitrate exchange kinetics and making it suitable for nitrate removal even in the presence of sulfate ions.

This product exhibits excellent chelation properties, low threshold inhibition, and lattice distortion capabilities. It effectively prevents scale formation, particularly calcium carbonate, in water systems. It demonstrates good chemical stability and is resistant to hydrolysis in water systems. At high concentrations, it provides effective corrosion inhibition.

This product is a fully neutralized sodium polyacrylate homopolymer specifically designed for scale and hardness control. It is one of the most commonly applied scale inhibitor polymers in the industrial water treatment industry, and other mineral salt scales on heat exchange surfaces of cooling towers and boilers.

This product has a low content of phosphoric and structural features of both phosphoric acid and carboxylic acid groups, which enable its excellent scale and corrosion inhibition properties. Its antiscale property under high temperatures is far better than that of organophosphines. It can improve zinc salt solubility, has good chlorine oxidation tolerance, and has good composite synergy.

This industrial-grade inert polymer possesses a specific gravity lower than that of water, enabling it to float on the surface of the ion exchange resin bed. It has been developed for use as an upper layer in upflow-operated ion exchange systems, such as floating beds.