Shanghai Hengye Microcrystalline Materials Technology JSC has established the "Molecular Sieve Engineering and Technology Center for Petrochemical Industry", establishing the industry's technological high ground 

Shanghai Hengye Microcrystalline Materials Technology JSC has established the “Petrochemical Molecular Sieve Engineering and Technology Center”, which is an important achievement of the company in the field of continuous in-depth technological development and independent innovation in the field of molecular sieve, establishing a solid industry technological height for the company.

Molecular sieves, being microcrystalline porous materials with an ordered channel structure, have wide application value in areas such as adsorption, catalysis and separation. The technical performance and product stability requirements of molecular sieve in the petrochemical field are extremely strict, and Shanghai Hengye Microcrystalline Materials Technology JSC, relying on the platform of engineering and technology center, continuously conducts advanced research on new materials, new technological processes and new applications of molecular sieve.

The company has established a comprehensive research and development system integrating scientific research and production, has significant technical strength and independent research and development ability, continuously promoting the introduction and application of innovation in products, technologies and production processes. Based on in-depth research and accumulated practical experience in the field of various microcrystalline porous materials, the company has formed a complete technological chain of research, development and production of a whole series of products, including raw molecular sieve powder, activated molecular sieve powder and molded molecular sieve.

Relying on the Petrochemical Molecular Sieve Engineering Center, Shanghai Hengye Microcrystalline Materials Technology JSC has achieved significant results in technological research and development. Recently, the company has successively achieved a number of patent breakthroughs in the field of catalysts and molecular sieve adsorbents, including key patents such as lithium type X zeolite as an adsorbent, modified hopcalite catalyst and catalyst support for ethylene oxide production. Type X lithium zeolite is a high-grade molecular sieve product with important applications in areas such as oxygen production by air separation; the modified hopcalite catalyst exhibited excellent low-temperature long-term efficiency characteristics.

Shanghai Hengye Microcrystalline Materials Technology JSC said it will continue to rely on the Petrochemical Molecular Sieve Engineering and Technology Center, deepen cooperation in manufacturing, education and science, enhance breakthroughs in key technologies, and promote import substitution of molecular sieve materials in more high-tech applications.