High And Low Temperature Dry Coolers Are Used For Efficient And Energy-saving in Biogas Plants

The core use of biogas plants
Biogas dehydration and drying (core scenario)
Cooling releases moisture, lowers dew point, prevents pipeline corrosion, ice blockage, and equipment damage, and improves the calorific value and transportation efficiency of biogas.
Suitable operating conditions: intake temperature ≤ 45 ℃, pressure from atmospheric pressure to medium pressure, meeting the needs of power generation, boiler combustion, pipeline transportation and purification.
Cooling of power generation system
Cooling the cylinder liner water, lubricating oil, etc. of the biogas generator to maintain efficient and stable operation of the equipment, suitable for high temperature environments and waterless/water-saving scenarios.
Purification and compression system cooling
Provide cooling for compressors, pre-treatment/purification equipment, and adapt to the high-temperature process requirements in biomethane production.

Core strengths
Wide temperature adaptation: Simultaneously handling high temperature gas production and low temperature drying requirements, with strong adaptability to working conditions.
Safe and reliable: explosion-proof design+anti-corrosion material, suitable for the sulfur-containing, flammable and explosive characteristics of biogas.
Water saving and energy saving: air-cooled dry cooling without water replenishment, low operating costs, suitable for remote biogas plants.
Stable and efficient: Intelligent temperature control ensures dew point compliance and long-term operation of equipment.