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Biogas Decarbonization and Purification Unit
Biogas Decarbonization and Purification Unit
Biogas Decarbonization and Purification Unit
Biogas Decarbonization and Purification Unit
Biogas Decarbonization and Purification Unit
Biogas Decarbonization and Purification Unit

Biogas Decarbonization and Purification Unit

  • Keywords:biogas decarbonization, biogas purification, CO₂ removal, biomethane production
  • Category:CO2 Capture Equipment

The Biogas Decarbonization and Purification Unit is designed to remove impurities and carbon dioxide (CO₂) from biogas, resulting in high-purity biomethane. This system employs advanced technologies such as chemical absorption, pressure swing adsorption (PSA), and membrane separation to efficiently separate CO₂ and other contaminants from the biogas stream. The purified biomethane can be used as a renewable energy source, suitable for injection into natural gas grids or as a fuel for vehicles. This technology supports sustainable energy practices and helps reduce greenhouse gas emissions.

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Product Overview
The biogas decarbonization and purification unit is a modular system that integrates biogas purification, compression, dehydration, membrane separation, and post-pressurization functions. Built on over 20 years of successful gas separation and compression technology, this unit is designed for efficient collaboration between multiple processes, including desulfurization, decarbonization, and pressurization, to meet the demands of biogas purification and utilization.

Product Features

  • Modular Design: The system consists of modules for biogas desulfurization, biogas fans, decarbonization, natural gas pressurization, and refueling, facilitating easy installation, relocation, and maintenance.
  • High Decarbonization Efficiency: Employs hollow fiber membrane separation technology, ensuring a methane (CH₄) recovery rate exceeding 95% and a target CO₂ content below 3%.
  • Operational Flexibility: Handles flow rates ranging from 200 to 450 Nm³/h, with operational flexibility from 30% to 110%, accommodating varying production needs.
  • Environmental and Energy Efficiency: Utilizes multi-screw compression technology to enhance processing efficiency and reduce energy consumption per unit of gas treated, supporting sustainable development.

Applications

  • Biogas Utilization: Suitable for biogas purification and utilization in agriculture, wastewater treatment plants, and landfills, promoting resource recycling.
  • Natural Gas Industry: Supports the subsequent treatment and utilization of natural gas, aiding the transition to clean energy.
  • Environmental Projects: Applied in environmental initiatives to reduce greenhouse gas emissions, contributing to national and local government reduction targets.
Parameter Enerke-450 Enerke-850 Enerke-1250 Enerke-2000
Flow Rate Range (Nm³/h) 200 – 450 500 – 850 900 – 1250 1500 – 2000
Flow Operation Flexibility 30% - 110% 30% - 110% 30% - 110% 30% - 110%
CH₄ Recovery Rate >95% >95% >95% >95%
CO₂ Target Content <3% <3% <3% <3%
Inlet Pressure Range (kPa) 10 – 30 10 – 30 10 – 30 10 – 30
Outlet Pressure Range (barg) 4 – 250 4 – 250 4 – 250 4 – 250
Daily Capacity (m³) 5000 – 10000 12000 – 20000 20000 – 30000 36000 – 50000
Configuration Variable frequency twin-screw (1 unit), air-cooled Variable frequency twin-screw (2 units), air-cooled Variable frequency twin-screw (3 units), air-cooled Variable frequency twin-screw (2 large units), air-cooled
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Biogas Decarbonization and Purification UnitBiogas Decarbonization and Purification Unit

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