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Wet Decarbonization Technology
Wet Decarbonization Technology
Wet Decarbonization Technology
Wet Decarbonization Technology

Wet Decarbonization Technology

  • Keywords:wet decarbonization, CO₂ capture, carbon dioxide removal, CO₂ absorption
  • Category:CO2 Process Equipment

Wet Decarbonization Technology is an advanced process designed to efficiently remove carbon dioxide from gas streams using a liquid absorbent. This technology is highly effective in capturing CO₂ from industrial emissions, power plants, and other sources. By utilizing a specialized liquid solvent, it ensures high absorption capacity and selectivity for CO₂, contributing to significant reductions in greenhouse gas emissions and promoting environmental sustainability.

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Product Introduction

Wet decarbonization technology is a low-energy consumption decarbonization process widely used in various gas purification applications. It effectively removes carbon dioxide (CO₂) and hydrogen sulfide (H₂S) from synthesis ammonia, methanol feed gas, refinery gas, city gas, and natural gas. This technology uses methyldiethanolamine (MDEA) as the primary absorbent, combined with activators, providing both physical and chemical absorption capabilities. It ensures low thermal consumption and high purification efficiency while also removing inorganic sulfur and hydrolyzed organic sulfur.

Product Features

  1. Flexible Process Flow: Depending on the specific conditions of the user, the process can flexibly employ either single-stage or multi-stage absorption and regeneration combinations, reducing investment and energy consumption.
  2. High Decarbonization Efficiency: This process can lower the concentration of CO₂ in gases to below 20 ppm, ensuring high gas purity.
  3. Strong Sulfur Removal Capability: When the sulfur content is about 1 g/Nm³, it effectively reduces the total sulfur concentration to 1 ppm.
  4. Excellent Material Compatibility: The solvents used are basically non-corrosive to materials like carbon steel, extending the equipment's service life.

Applications

  • Petrochemical Industry: Used for decarbonization treatment of chemical feed gases such as synthesis ammonia and methanol, improving product quality and reducing environmental pollution.
  • Natural Gas Industry: Effectively removes CO₂ and H₂S during natural gas processing, ensuring the safety and reliability of downstream usage.
  • Refinery Gas Treatment: Applying this technology in the refining process can enhance gas utilization efficiency and minimize environmental impact.
Model Treatment Capacity (Nm³/h) Inlet CO₂ Concentration Outlet CO₂ Concentration
APCO₂-10 10 300-1000 ppm 1-10 ppm
APCO₂-50 50 300-1000 ppm 1-10 ppm
APCO₂-100 100 300-1000 ppm 1-10 ppm
APCO₂-200 200 300-1000 ppm 1-10 ppm
APCO₂-300 300 300-1000 ppm 1-10 ppm
APCO₂-500 500 300-1000 ppm 1-10 ppm
APCO₂-600 600 300-1000 ppm 1-10 ppm
APCO₂-800 800 300-1000 ppm 1-10 ppm
APCO₂-1000 1000 300-1000 ppm 1-10 ppm
APCO₂-1200 1200 300-1000 ppm 1-10 ppm
APCO₂-1500 1500 300-1000 ppm 1-10 ppm
APCO₂-2000 2000 300-1000 ppm 1-10 ppm
APCO₂-3000 3000 300-1000 ppm 1-10 ppm
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Wet Decarbonization TechnologyWet Decarbonization Technology

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