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Industrial Flue Gas CO2 Capture Technology
Industrial Flue Gas CO2 Capture Technology
Industrial Flue Gas CO2 Capture Technology
Industrial Flue Gas CO2 Capture Technology

Industrial Flue Gas CO2 Capture Technology

  • Keywords:CO₂ capture, flue gas treatment, carbon capture technology
  • Category:CO2 Capture Equipment

Industrial Flue Gas CO₂ Capture Technology is an advanced emission control solution designed to separate and capture carbon dioxide from industrial exhaust streams. Using high‑efficiency absorption, adsorption, or membrane separation processes, the system reduces greenhouse gas emissions, improves energy efficiency, and supports compliance with global environmental regulations. Engineered for durability and scalability, it is widely applied in power plants, cement factories, steel mills, chemical industries, and other heavy industrial sectors seeking sustainable carbon management.

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Product Overview

This industrial flue gas CO₂ capture technology is designed for gas sources rich in carbon dioxide, such as lime kiln gas, cement kiln gas, glass furnace gas, flue gas, and fermentation gas. It enables efficient recovery of CO₂ from various industrial streams.

Depending on the gas composition, two core technologies are provided: low-partial-pressure CO₂ amine absorption and CO₂ pressure swing adsorption (PSA). These solutions can achieve CO₂ purity of over 99% or over 90%, with recovery rates of 70–90%, meeting the needs of industrial carbon capture and utilization.

 

Working Principle

Low Partial Pressure CO₂ Amine Absorption:
Designed for flue gas with CO₂ partial pressure of 8–15% (vol), this method uses a proprietary amine solution for selective absorption. After saturation, the solution is regenerated by heating to release CO₂. The process achieves a recovery rate of over 90%, with low energy consumption, minimal side reactions, and reduced equipment corrosion.

CO₂ Pressure Swing Adsorption (PSA):
This technology uses specialized adsorbents to separate and recover CO₂ through cyclic pressure changes. It can produce CO₂ with purity above 90% and recovery rates of 70–90%. The system offers low operating costs, high automation, long service life, and no secondary pollution.

Key Features

  • Mature and Advanced Technology: Simple process design with stable and reliable operation.
  • High CO₂ Recovery Rate: Low operating costs with strong economic performance.
  • High Level of Automation: Supports remote monitoring and unattended operation.
  • Strong Adaptability: Handles fluctuations in feed gas flow and composition effectively.
  • Customizable Design: Process can be tailored to meet specific user requirements.

 

Applications

  • Lime Kilns: Efficient CO₂ recovery for resource utilization.
  • Cement Plants: Reduces CO₂ emissions and supports carbon capture and storage (CCS).
  • Glass Furnaces: Improves emission control and gas purification efficiency.
  • Flue Gas Treatment: Enables CO₂ separation and utilization from exhaust gases.
  • Fermentation Processes: Captures CO₂ generated during fermentation for industrial or agricultural use.
Item Amine Absorption Technology Pressure Swing Adsorption (PSA)
Applicable CO₂ Concentration 8%–15% (vol) Medium concentration
Product CO₂ Purity ≥99% ≥90%
CO₂ Recovery Rate ≥90% 70%–90%
Core Technology Proprietary amine solution absorption & separation Proprietary adsorbent capture and desorption
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Industrial Flue Gas CO2 Capture TechnologyIndustrial Flue Gas CO2 Capture Technology

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