Sinoexcellent Chemicals-In-depth cooperation with many well-known domestic universities, closely tracking the technology and industry development characteristics of industrial fungicides, optimizing the production process, and providing users with better products and services.

Relying on the technical support of Ocean University of China and Zhengzhou University, Zhongjie Company has repeatedly studied and demonstrated the existing process routes and combined with the status quo of the industrial park, and proposed the hydrogen sulfide method to prepare PME to reduce the discharge of waste brine; improve the PMA feeding process while using dual-temperature dual-effect rotating flash The new steaming drying equipment reduces the moisture content of PMA and improves the yield of the chlorination reaction; the use of ethylene glycol as the cold carrier avoids the corrosiveness of frozen brine, thereby prolonging the service life of the equipment. In the future, with the deepening of technical cooperation between Zhongjie Company and various universities, Zhongjie Company is interested in launching more varieties of new industrial antiseptics.

As a new type of chemical technology company, in accordance with national policy requirements and supply-side reform and development needs, Zhongjie Chemical takes the construction of smart factories as one of the core competitive strategies, and strives to create a new modern fine Intelligent chemical factories contribute to the transformation and upgrading of the fine chemical industry.

In the future, the company will actively practice and explore the industrialization of micro-chemical plant engineering technology in the field of fine chemicals, realize the transition of fine chemicals from intermittent production to continuous production, improve production efficiency, reduce unit energy consumption, reduce three wastes emissions, and promote safe production. Fundamentally improve the production and operation methods of fine chemicals, and further enhance the company's core competitiveness and development potential.