What are the advantages of an oil-free hydrogen compressor?

What are the advantages of an oil-free hydrogen compressor?

The hydrogen compressor uses compressed air and relies on compressed air to complete the pressurization of low-pressure hydrogen. The pressure of low-pressure air is converted by a hydrogen compressor into the pressure of high-pressure hydrogen, and the pressure is infinitely adjustable. After adjusting the pressure of the drive gas source, the pressure regulation of the pressurized hydrogen can be completed. It can complete the compression of low pressure hydrogen and be used for hydrogenation reactions in the laboratory. And the use of hydrogen cycle experiments.

• What are the advantages of an oil-free hydrogen compressor?

• How does an oil-free hydrogen compressor work?

• What is the working process of an oil-free hydrogen compressor?

What are the advantages of an oil-free hydrogen compressor?

The material of the oil-free hydrogen compressor itself does not contain any oily substances, thus avoiding the contamination of the terminals by the oily machine. Therefore, it is necessary to choose the quiet, oil-free laboratory air compressor to ensure the air quality. After configuring the air filter device, the air quality should reach the following international standard values. All oil and water free quiet air compressors, adsorption dryers and precision filter systems are integrated in one design, with its own dewatering function, dew point -40℃, the machine has compact structure, novel and beautiful style, stable performance, large gas production, smooth operation, low noise, low temperature, Energy savings from 0.2 to 1 kW/h compared to similar products.

How does an oil-free hydrogen compressor work?

The oil-free hydrogen compressor is a mini reciprocating compressor. When the crankshaft of the compressor is driven by the single shaft of the engine to rotate, the self-lubricating piston moves back and forth without the addition of lubricant through the transmission of the connecting rod. the working volume formed by cylinder head and piston top changes periodically. When the piston of the piston compressor begins to move out of the cylinder head, the working volume in the cylinder gradually increases. At this time, the gas moves along the intake pipe, presses the inlet valve and enters the cylinder until the working volume reaches the maximum. the inlet valve is closed; When the piston of the piston compressor moves in the opposite direction, the working volume in the cylinder is reduced and the gas pressure is increased. When the pressure in the cylinder reaches the exhaust pressure and is slightly higher, the exhaust valve opens and the gas is discharged from the cylinder. until the piston moves into the end position, the exhaust valve closes. The above process is repeated when the piston of the piston compressor reverses again.

What is the working process of an oil-free hydrogen compressor?

The crankshaft of the oil-free hydrogen compressor rotates once and the piston moves back and forth once. The design of the single shaft double cylinder makes the gas flow rate of the compressor twice as high as that of the single cylinder when the rated speed is constant, and the vibration and noise control are well controlled.