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Deliver customized carbon capture and utilization solutions tailored to your needs

Carbon Capture Materials

DeCarbon Tech holds patented core advantages in carbon capture materials. We offer two series of proprietary adsorbent materials.

 

We tailor our carbon capture materials to meet the precise requirements of our clients, considering factors such as temperature, humidity, and oxidation resistance, to ensure capture efficiency and superior application performance.

DCA series: High-efficiency products designed for capturing CO₂ directly from ambient air.
DCI series: Advanced materials specifically engineered for capturing CO₂ from industrial emissions.

Carbon Capture Equipment

DeCarbon Tech has developed comprehensive, intelligent, and modular equipment and process systems tailored to various CO₂ concentrations and application scenarios.

Direct Air Capture Equipment: This smart, modular system is designed for capturing low-concentration CO₂ from ambient air. It is easy to install and maintain, making it suitable for diverse applications such as buildings, agriculture, and transportation, effectively reducing atmospheric CO₂ levels.
Industrial Carbon Capture Equipment: This advanced system is engineered for high-efficiency carbon capture in various industrial flue gas environments. It offers exceptional performance and adaptability, ensuring effective CO₂ capture even in high-emission settings.
Carbon Capture + Utilization

To facilitate the transition to green buildings and low-carbon communities, we introduce the low-carbon geopolymer cementitious material. We leverage various industrial solid waste as raw materials, achieving the integration of resource recycling and sustainable development.

Calcination-free process, 80% carbon emissions reduction
Meets all relevant standards and widely applied in various industries
Additionally, green building materials produced with this geopolymer will be enhanced through CO₂ curing, CO₂ is then permanently sequestered within the materials as carbonates, significantly improving their performance and contributing to long-term carbon removal.
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