Hyperion Dynamic | Hyperion Tech signs cooperation agreement with Sinopec's affiliated research institute
Release time:
2019-06-09
In June 2019, Hyperion Tech and the Yanshan Branch of the Beijing Research Institute of Petrochemical Technology, China Petrochemical Corporation, officially signed a cooperation agreement on the single-atom catalysis project.。Both parties will carry out in-depth cooperation, achieving complementary advantages and mutual benefit, and jointly promoting the application of single-atom catalytic materials in the fields of petrochemicals and other fields. This cooperation also signifies another important achievement of Hyperion Tech in the industrial application of single-atom catalytic materials.
Hyperion Tech is the world's first high-tech enterprise committed to the industrialization of single-atom catalytic materials. It focuses on the technological development and industrial application of single-atom catalytic materials, providing first-class material solutions for new energy, environmental protection, industrial catalysis, petrochemicals and other fields.
Established in 1971, the Yanshan Branch of SINOPEC Beijing Research Institute of Chemical Industry has since formed a complete set of scientific research and development systems, ranging from intelligence investigation, patent strategy research, laboratory research, intermediate experiments, process control and equipment development to basic design of industrialization devices. Its scientific research business involves the research and development of synthetic rubber, silver catalysts, and basic organic synthesis. The Yanshan Branch began research and development of the YS silver catalyst in 1973 and achieved industrialization in 1989. The YS silver catalyst technology has applied for 145 patents and owns 21 proprietary technologies, obtaining patent authorizations from patent offices in China, the United States, India, Japan, the Netherlands, Taiwan, the Middle East, and Europe.
This cooperation between the two parties is expected to accelerate the research progress of single-atom catalytic materials and promote industrial upgrading.
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