For detailed information please see our privacy policy.Ĭonsent to the use of data for promotional purposes Any personal data we receive from you is processed in accordance with applicable data protection legislation. Naturally, we always handle your personal data responsibly. The LPT business unit is headed by Bettina Blottko and employs around 530 people worldwide, with roughly 120 of those in Leverkusen. Moreover, the company manufactures reverse osmosis membrane filters in Bitterfeld. In addition to Leverkusen, the business unit operates further plants for the production of ion exchange resins in Bitterfeld, Germany, and in Jhagadia, India. The speciality chemicals company is one of very few companies to offer these two different, complementary water treatment technologies from a single source. In addition to ion exchange resins, the specialty chemicals company offers membrane filter elements for reverse osmosis and ultrafiltration membranes. The Liquid Purification Technologies (LPT) business unit is one of the world’s most important providers of water treatment solutions. Furthermore, ion exchange resins help in removing selected heavy metals, such as mercury and cadmium, and organic pollutants from both groundwater and industrial wastewater. Deposits and corrosion can thereby be prevented and efficiency, operational safety and service life increased. In power plants, the polymer beads are used in the production of highly purified water and steam. Lanxess Boosts Production of Micronized Red Pigments Germany: Micronized Iron Oxide Red Pigments This improves the quality and taste of the drinking water. Here, ion exchange resins remove undesired calcium and magnesium salts or lead and copper ions from tap water. Possible household applications include, for example, softening water in dishwashers and cartridges in household water filters. Depending on the substance, differently functionalized beads are used. Ion exchange resins are polymer beads that absorb undesirable substances in fluids. The metals essential for battery cell production - lithium, nickel and cobalt - can be extracted by means of ion exchange resins. Demand for ion exchange resins is for example rising in the battery industry, driven in particular by the trend toward electromobility. Cologne/Germany - The company sees a great potential in numerous future-oriented industries for their exchange resins business.
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