CO₂ Capture System

This CO₂ capture system is designed to remove carbon dioxide from flue gases after combustion. It uses a process called Pressure/Temperature Swing Adsorption (PTSA) with zeolites, a solid material that traps CO₂. The system operates in a semi-continuous mode, meaning it can run while some parts undergo maintenance.

The process involves several key steps, including flue gas pre-treatment, gas compression, adsorption, regeneration, and cooling. Hot gases help remove CO₂ efficiently, and the system reuses energy to reduce power consumption. The design is compact, modular, and requires no liquid chemicals, making it a safer and simpler alternative to traditional CO₂ capture methods.

This technology offers several benefits, such as energy efficiency, flexible operation, low maintenance costs, and environmental advantages. By capturing CO₂ for potential reuse, the system helps to reduce greenhouse gas emissions and contributes to cleaner industrial processes. As a compact system also serves as a testing platform to refine the design for future large-scale applications.

How It Works:

Flue Gas Preparation – Hot gases (up to 450°C) are cooled and cleaned before entering the system.
Gas Compression & Drying – The gas is compressed in two stages, with water removed to help capture more CO₂.
CO₂ Capture (Adsorption) – The gas passes through tanks filled with zeolite pellets, which trap the CO₂.
Regeneration – The trapped CO₂ is released by heating and vacuuming the zeolite. The CO₂ is then cooled and collected.
Cooling System – The system cools down, getting ready for the next cycle.
This system can also be added to a thermolysis machine to capture CO₂ from its flue gases. This makes the process more efficient and environmentally friendly, helping to reduce carbon emissions. The unit is designed for testing and improving CO₂ capture technology for future commercial use.

CO₂ Capture System Animation

Click and rotate the image to explore the CO₂ capture unit from every angle, providing a complete 360-degree view of its design and features.

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