Carbon Capture & Storage
Productive use of captured CO2 to generate materials
From CO₂ to Feedstocks
Converting Emissions to Value
As the most widely used human-made material in the construction industry, concrete excretes exceedingly large amounts of carbon dioxide.
Integrating engineered and nature-based solutions in construction, we develop a solution for this matter by designing a technology that transforms CO₂ into valuable building materials and industrial products. Incorporating the CO₂ capture technique in a carefully controlled environment, we combine CO₂ and industrial waste to create a cement alternative.
This method then enables carbon and other greenhouse gases to be embedded in the concrete. Hence, the concrete made from the CO₂ capture method has a higher compressive strength compared to conventional concrete.
A Sustainable Alternative
to Storage
Trees serve as natural carbon capture and storage machines as they absorb and permanently store carbon until they experience a physical event that releases carbon into the atmosphere, such as fire or decomposition. The rising greenhouse gas emissions from industrial processes are massive, and we should identify better solutions to turn CO₂ into raw materials, such as CO₂ derived polymers to make plastic goods.
Cleaning the Manufacturing Sector with CO₂
The amount of CO₂ emitted from industrial processing continues to rise. While there are various methods for businesses to attain carbon neutrality, such as the purchasing of carbon credits but among the rest, carbon sequestration remains a popular choice. Planting trees can indeed absorb carbon dioxide in the air. Still, the most imminent step is to control the carbon emissions produced by human activities released into the air and upcycle them to reuse in manufacturing.