A contract was signed with Beijing Aerospace Test and Technology Research Institute (101 Institute) to provide a set of 800Nm3/h methanol hydrogen production unit to provide low-temperature liquid hydrogen feedstock for Beijing Aerospace Test and Technology Research Institute and fuel for the satellite launch site in northern China.

Signed a contract with Bluestar (Hainan) Aerospace Chemical Co., Ltd. to provide a 1500Nm3/h methanol hydrogen production unit to provide low-temperature liquid hydrogen raw materials for Hainan Satellite Launch Center.

A contract was signed with Bluestar (Xichang) Aerospace Chemical Co., Ltd. to provide a 600Nm3/h methanol hydrogen production unit, which was officially accepted and put into operation in January 2013, providing low-temperature liquid hydrogen raw materials for Chang'e 2 and Chang'e 3 of Xichang Satellite Launch Center.

Signed a contract with Bluestar (Hainan) Aerospace Chemical Co., Ltd. to provide a 1500Nm3/h methanol hydrogen production unit to provide low-temperature liquid hydrogen raw materials for Hainan Satellite Launch Center.

In cooperation with Shanghai Tongji University (Shanghai Shunhua New Energy System Co., Ltd.), "280Nm3/h PSA hydrogen purification unit" is a project for the 2010 Shanghai World Expo.

The general contract for the pilot plant of 30Nm3/h coke oven gas hydrogen production in cooperation with Shanghai University, subject number 2006AA030201, is the national 863 key subject "partial conversion of coke oven gas to produce syngas or hydrogen", which will provide hydrogen for the hydrogen battery car hydrogenation station at the 2010 Shanghai World Expo in China

Cooperate with Dalian Institute of Chemical Physics, Chinese Academy of Sciences in the contract of "pilot plant of natural gas adiabatic conversion to synthesis gas and metal palladium membrane separation of 100 Nm3/h hydrogen", which is a hydrogen energy project sponsored by BP, developed, designed and manufactured for the national 863 key project "pilot plant of foam silicon carbide based catalyst for natural gas adiabatic conversion to synthesis gas" and the national 863 goal oriented project "new technology of on-site hydrogen production from natural gas and liquid gas" undertaken by Party A, This project is the most advanced natural gas autothermal reforming hydrogen production technology in China.

Cooperate with Tsinghua University and Tsinghua Tongfang for the design, manufacture and operation of the hydrogen refueling station of hydrogen vehicles for the 2008 Beijing Olympic Games. The core content of the project is 50 Nm3/h natural gas steam conversion to hydrogen. The project has passed the acceptance of Party A on August 6, 2008 and the acceptance of the National 863 Project Team of the Ministry of Science and Technology on January 22, 2009, And provide high-purity hydrogen for the display and use of fuel cell vehicles during the 2008 Beijing Olympic and Paralympic Games; This project is the smallest natural gas hydrogen production project in China, and also the most technically difficult project; The operation of the project marks that China's natural gas conversion technology for hydrogen production is at the international leading level.

Jointly applied with the School of Chemical Engineering of South China University of Technology for the national 863 project of "R&D of a new type of fluidized bed palladium membrane high-purity hydrogen production equipment", which was completed at the end of August 2009. The technology uses 25 micron palladium membrane, which is the world's leading technology.

With the Automotive Department of Shanghai Tongji University, we have undertaken the complete technical development, design and manufacture of the supporting hydrogen purification device for the demonstration project of the fuel cell vehicle mobile hydrogen station in Shanghai, which was completed in June 2005 and passed the acceptance of the National 863 Project Team of the Ministry of Science and Technology on October 19, 2007, It also provides high-purity hydrogen for the hydrogen refueling station set up in Anting in Shanghai for the demonstration project of fuel cells in Shanghai. The successful development of this device has created the first set of membrane+pressure swing adsorption combined process in China to extract high-purity hydrogen from six industrial hydrogen gas sources.