Red hair purification equipment Co., Ltd. in Hangzhou

Equip model:

HBAQFC-20

quality:

New

DeviceStatus：

normal use

StorageMode：

Warehouse storage

Number:

2

Position:

Suzhou

Site hydrogen and hydrogen purification technology of high quality, low cost, easy to control, stable source of hydrogen The company is engaged in the on-site gas equipment, gas purification equipment design, development and manufacture of specialized manufacturers. The company's main products are ammonia decomposition of hydrogen furnace, PSA nitrogen generator and a variety of on-site high-purity gases, ultrapure transfer device. The need for a continuous supply of hydrogen users, ammonia decomposition of hydrogen is the most economical and safest site for hydrogen program. Process: AQ series ammonia decomposition of hydrogen furnace industrial ammonia as raw materials, high nickel catalyst, the endothermic decomposition of 75% hydrogen, 25% nitrogen mixed gas of hydrogen and nitrogen. 2NH3 → N2 +3 H2-thermal decomposition of the mixture has a higher purity, impurity only a trace of water, ammonia and trace residual oxygen (total impurity content of less than one thousandth). The equipment for hydrogen purification device, after precious metal catalytic deoxygenation molecular sieve dehydration and residual ammonia content of impurities were less than one millionth (1PPm). System: Users can ammonia cylinders or liquid ammonia storage tank to provide a source of ammonia, ammonia and cylinders can be easily buy in the market. After ammonia ammonia vaporizer become stable pressure gaseous ammonia, ammonia can be directly through the vacuum regulator after cracking furnace to decompose into ammonia, ammonia decomposition gas mixture of hydrogen and nitrogen obtained directly atmosphere through heat exchangers and water coolers cooling, after the flow control, may be purified for sale. Purification devices are deaerator (oxygen atmosphere have special requirements for customer choice), cooler, molecular sieves, adsorption dryers and valve assembly, electrical control and other components. Deaerator built with noble metal catalysts, catalytic deoxygenation on the atmosphere; zeolite molecular sieve adsorption dryers use of atmosphere trace water, residual ammonia adsorption removal, and ultimately to obtain high-purity, dry product gas.