electrolyte and hydrogen generated in the cathode chamber. The continuous electrolyte makes the hydrogen pressure increase thus higher pressure is retained. And the oxygen to be released
to the atmosphere is at atmospheric pressure.
Generating hydrogen through electrolyte only consumes water and electricity. Hydrogen can be made in site, the water used for electrolyte can be added while the generator is
operating, and so hydrogen can be supplied while the generator is in operation. This equipment is easy for operation and simple for maintenance. And hydrogen generation can be
automatically regulated on the basis of hydrogen demand, and so the cost of hydrogen generation is low. This generator can substitute high-pressure hydrogen cylinder that has
explosive hazard, it provides great convenience for users in remote areas and areas where high-pressure gas cylinder is forbidden.
Hydrogen generator is mainly composed of electrolytic cell, power supply, auto control system, electrolyte circulation and hydrogen purification systems. And its main components
are made of high-quality stainless steel material. The gas and liquid structures are welded by way of using argon-arc welding. The gas-water separator can effectively prevent electrolyte
from countercurrent flow. With the effect of electric field and electrolyte circulation, the electrolytic cell generates hydrogen and oxygen. Hydrogen continuously overflows from the
electrolytic cell and gradually accumulates, thus making hydrogen pressure increase to 0.4MPa. Oxygen is vented from the electrolytic cell.
This generator has a low level alarm, and hydrogen generation will be automatically stopped in the event of loss of water or over pressure; and it can be discharged in emergency
condition. During electrolytic hydrogen generation, only distilled water and electricity are consumed, and so it is convenient both in use and supply.
SK-9Q400Z hydrogen generator can meet the demand of various type of gas chromatograph, hydrogen flame ionization detector(FID)and other locations where high