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Biogas Compressor


A biogas compressor is a compressor specially designed for biogas. It can improve the phenomenon of insufficient pressure of biogas, and make the biogas burn more fully and have more firepower. Due to the negative pressure of the pump, the gas production of the biogas digester is more sufficient, and it is widely used in various biogas digesters and long-distance transportation of biogas. Differences from other compressors:

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A biogas compressor is a compressor specially designed for biogas. It can improve the phenomenon of insufficient pressure of biogas, and make the biogas burn more fully and have more firepower. Due to the negative pressure of the pump, the gas production of the biogas digester is more sufficient, and it is widely used in various biogas digesters and long-distance transportation of biogas.
Differences from other compressors:


1. Good air tightness: Strict air tightness testing is carried out from the air inlet to the air outlet, and no air leakage, no leakage under the pressure of 6.8KPa.


2. Acid and alkali resistance: The passages from the air inlet to the air outlet are all acid and alkali-resistant plastic parts or rubber parts, which can pass weak corrosive gases rich in moisture.


3. Long life: The gas circuit and the circuit are strictly separated, and the electrical life will not be affected because the gas is rich in water vapor.


4. The structure is simple; there is no external pipeline between the two symmetrical air chambers.
5. Good maintainability: It can be repaired by yourself with simple tools and accessories.


How it works: (for reference)
The compressor utilizes the low-pressure gas drive of the large area piston to generate high-pressure gas on the small area piston. It can be used for compressed air and other gases, and the output air pressure can be adjusted steplessly by driving the air pressure. The gas pipeline booster pump has a single-acting pump and a double-acting pump. The double-acting pumping piston compresses the gas on both strokes of the reciprocation. When the driving gas acts on the gas piston, the working piston can be driven with the gas to obtain a larger output flow.

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