Chemical Absorption CO₂ Capture Technology

Product Overview
Chemical absorption CO₂ capture technology is an efficient solution for extracting and separating carbon dioxide from low CO₂ concentration flue gases. This technology involves a series of equipment and processes that facilitate the washing, absorption, desorption, compression, drying, refrigeration, and separation of carbon dioxide, ultimately converting it into a liquid form for storage and utilization.

Product Features

Streamlined Process:The process includes washing filtration, absorption, desorption, compression, drying, refrigeration, separation, and storage, ensuring a systematic operational flow.

Strong Adaptability:Capable of handling flue gases with low CO₂ concentrations, this technology is particularly suitable for waste gas treatment in power plants and combustion-related industries.

Advantages of Alkaline Method:This method offers rapid reaction rates, strong adsorption capabilities, and adaptability to high-temperature conditions.

Amines Method Characteristics:Effective for low-temperature reactions, the amines method efficiently captures gases with low CO₂ concentrations but is not suitable for flue gases with high CO₂ concentrations.

Efficient Principles:The system employs a combination of washing towers and absorption towers to achieve effective cleaning and absorption of flue gases, resulting in liquid carbon dioxide after high-temperature desorption.

Applications

Power Plants:Effectively addresses carbon dioxide emissions generated during electricity production.

Combustion Industries:Suitable for various combustion equipment and processes that produce CO₂-containing flue gases.