Cryo Inter Trading LLC has concluded a partnership agreement with Grace GmbH.
W. R. Grace & Co was officially established in 1872. The company develops and produces catalysts and related products and technologies used in the field of energy, in integrated air treatment units in air separation plants, in the production of polyolefins and plastics, and in the chemical and petrochemical industries.
The company produces various inorganic catalysts, including those for cracking of medium, polyolefins, hydroprocessing catalysts, chemically pure reagents, molecular filters (sieves), synthetic silicon dioxide.
The company's product portfolio includes: hydroprocessing catalysts, biofuel catalysts, support of catalysts and bounding agents, chemical catalysts, cracking additives, catalysts for medium cracking, petrochemical adsorbents and natural gas adsorbents, polyolefin catalysts, molecular filters (sieves).
Fields of adsorbents application:
Adsorbents are used in the complex air purification units at modern air separation plants to purify the air from moisture, carbon dioxide and hydrocarbons, for chromatographic separation of mixtures, in gas masks, in medicine, petrochemistry for oil products and gases cleaning, as well as high-vacuum technology for sorption pumps.
Leading manufacturers of air separation units, such as LINDE, Germany, AIR LIQUIDE, France, Cryogenmash, the Russian Federation, etc. recommend usage of adsorbents produced by W. R. Grace & Co.
Many important industrial processes, such as production of nitric, hydrochloric and sulfuric acids (water absorption of gaseous nitrogen dioxide, hydrogen chloride and sulfuric anhydride), soda production (absorption of carbon dioxide), purification of exhaust industrial gases from harmful impurities (hydrogen sulphide, sulfurous anhydride, carbon monoxide, carbon dioxide, etc.), extraction of hydrocarbon gases and impurities (for example, the so called gas gasoline, cracking and pyrolysis gases), as well as the isolation of individual hydrocarbons are based on process of absorption.
