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Low-Temperature Liquefaction CO₂ Separation and Capture
Low-Temperature Liquefaction CO₂ Separation and Capture
Low-Temperature Liquefaction CO₂ Separation and Capture
Low-Temperature Liquefaction CO₂ Separation and Capture

Low-Temperature Liquefaction CO₂ Separation and Capture

  • Keywords:low-temperature CO₂ capture, CO₂ liquefaction, CO₂ separation, cryogenic CO₂ capture, industrial CO₂ capture
  • Category:Carbon Utilization Technology

The Low-Temperature Liquefaction CO₂ Separation and Capture system is designed to efficiently separate and capture carbon dioxide (CO₂) from industrial emissions. This technology utilizes low-temperature liquefaction to condense CO₂ into a liquid state, allowing for easy separation from other gases. The system operates at cryogenic temperatures and is equipped with advanced insulation and control mechanisms to maintain the required low temperatures and ensure efficient CO₂ capture. This method is highly effective for capturing CO₂ from flue gases and other industrial processes, contributing to significant reductions in greenhouse gas emissions.

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Product Overview
Low-temperature liquefaction CO₂ separation technology is an efficient method designed specifically for processing high-concentration CO₂ flue gases (CO₂ content ≥ 80%). This technology implements a series of straightforward processes, including filtration, compression, refrigeration, separation, and storage, to achieve effective CO₂ capture and separation.

Product Features

Efficient Separation:By liquefying gases at low temperatures, the technology effectively separates carbon dioxide from other gases based on their differing boiling points.

Simple Process:The operational flow is straightforward and easy to implement and manage, reducing operational complexity.

Lower Investment Costs:Compared to other separation technologies, the equipment investment is more economical, making it suitable for industrial applications.

Wide Applicability:Particularly suitable for flue gases with high CO₂ content, meeting the needs of refining and coal chemical industries.

Applications

Refining Plants:Utilized for treating and recovering carbon dioxide produced during the oil refining process.

Coal Chemical Industry:Effectively captures high concentrations of carbon dioxide released during coal chemical production processes.

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Low-Temperature Liquefaction CO₂ Separation and CaptureLow-Temperature Liquefaction CO₂ Separation and Capture

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