Splitting Process Fuel Cell Hydrogen Manufacturing Plant 1500 Nm3/H

Splitting Process Fuel Cell Hydrogen Manufacturing Plant 1500 Nm3/H

Ganzhou Lianyue 1500 Nm3/H Hydrogen Fuel Cell Plant

Technology Application:

Under certain conditions of temperature, pressure and catalyst, the raw material is mixed with water steam for reforming and shift reaction (SMR) to generate a reforming gas containing H2, CO, CO2, N2 and CH4. After pressure swing adsorption(PSA) separation and purification, high purity hydrogen product is prepared

Through the application of hydrogen generation and PSA purification technology, TECHAIRS obtains hydrogen products for hydrogen fuel cell through a series of chemical and physical processes from fossil raw materials such as methanol and natural gas, biological raw materials such as biogas, industrial raw materials such as syngas and hydrogen rich industrial gas, so as to provide high-purity (ISO14687-2:2012, SAEJ2719:2015, GB/T37244 — 2018) hydrogen raw materials for hydrogen industry hydrogenation station.

Technical indexes:

Purity: 99%~99.999%

Capacity: 200~100000Nm3/h

Yield :≥90%

Features and advantages:

Mature process technology and safe and reliable operation.

Short cycle of project construction and investment recovery rate to achieve strong market competitive.

Multistage margin recovery and the PSA desorption gas burn-back enabling energy saving and environmentally friendly.

Special adsorbent, low operating cost, high purity and high yield.

Special programmable control valve with high level ofautomatic.

Know how

● “Double high double low” – THiPSA^TM PSA technology: Gas PSA separation and technologies with high purity and high recovery rate, low material consumption and low energy consumption are used in the gas preparation purification technology and in the purification of trichlorosilane, chloro-silicane, cyclohexanone, cyclohexanol, ethylhexanoate, caprolactam, vinyl chloride, styrene, end gas containing ammonia, chlor-alkali end gas, coke oven gas, blast furnace gas, converter gas, semi-coke end gas and source of gas containing hydrogen, and its materials with heavy constituents shall be recovered.The recovery rate of hydrogen gas is larger than 5% higher than that of conventional PSA.

 What is the THiPSA^TM recovery of hydrogen purification of the new process?

1) Sino-US joint development and can simultaneously achieve high yield, high purity double high PSA separation technology;

2) THiPSATM new technology is composed of a series of proprietary technology:

a. The ultra-low dead space ratio, large capacity adsorption of new adsorbent

b. Selective polymer membrane and PSA technology effective coupling

c. Low pressure or vacuum adsorption, regeneration of gas back to use

d. Differential pressure, grading, staggered PSA

Company