600Nm3/H Hydrogen Generation Plants For Petrochemical Industry

600Nm3/H Hydrogen Generation Plants For Petrochemical Industry

Dezhou , Shandong 600Nm3/h Hydrogen Generation Plant

Technology Application

Techairs is professional engaged in gas preparation, separation and purification technology research and development and engineering transformation. It is widely used in petrochemical industry, coal chemical industry, fine chemical industry, gas industry, ethanol industry, photovoltaic semiconductor industry and PTA industry.Unique THiPSA^TM technology and FrTPSA technology can achieve high purity, high yield, low material consumption and low energy consumption; Separation of multicomponent gas and low separation coefficient gas.

Key figures

Hydrogen pressure: 1.0~3.0Mpa

Hydrogen purity: 99~99.999%

Scale: 50~100000Nm3/h

H2 recovery rate: 80 to 95%

Turndown: 30 to 110%

R & D center

• Techairs has jointly established the National Key Laboratory of Cellulose Ethanol with Sichuan University, established the National Key Laboratory of Low Carbon Alcohol Ether with Xiamen University and established the dynamic simulation device for PSA with East China University of Science and Technology successively. Is the Branch of National Center for Testing and Assessment of Bio-energy Energy-saving and Emission Reduction, Enterprise Technology Center of Sichuan Province and Low Carbon Alcohol Ether Ester Chemical Engineering Center of Sichuan Province; leading-edge topics: research and development of “low carbon ether catalytic synthesis”, “coalbed methane safe deoxidation comprehensive development and utilization”, “cellulose ethanol fermentation” and “efficient special molecular sieve, catalyst” have provided solid foundation and backing for the optimization and innovation of the equipment of the company.

• R & D results mainly include the modified copper-based catalyst, which has introduced a variety of additives based on the formula of the original copper based catalyst to adjust the formula and achieve improved results. Carbon monoxide adsorbent, has developed a special adsorbent that has high selectivity for carbon monoxide; static adsorption evaluation system, has established a set of static evaluation systems for adsorbent and catalyst; dynamic adsorption evaluation system, has established a set of dynamic simulation evaluation systems.

Reference