Material Evolution
Material Evolution produces ultra-low carbon cement and concrete alternatives that cut embodied carbon by up to 85% per cube compared to ordinary Portland cement. Its proprietary Alkali Fusion® process operates at ambient temperatures, eliminating high-temperature kilns while supporting strength classes up to at least C60. The company uses AI to accelerate material development and optimise feedstock selection from industrial byproducts.
- Clean Technology
- New Materials
- Chemical Technology
- Construction Technology
- Artificial Intelligence
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
The cement industry is responsible for approximately 8% of global CO2 emissions, and cement is the second-most used commodity after water. Traditional Portland cement production requires high-temperature kilns and releases significant embodied carbon, creating a major environmental challenge for construction.
Solution
Material Evolution provides ultra-low carbon cement and concrete alternatives that reduce embodied carbon by up to 85% per cube of concrete compared to ordinary Portland cement. The company's proprietary Alkali Fusion® process produces cement under ambient temperatures, dramatically lowering carbon emissions while maintaining high performance. The products support strength classes up to at least C60, making them suitable for structural applications. Material Evolution also leverages advanced AI to accelerate material development and optimise feedstock selection for superior performance across applications. The company designs compact, highly automated factories sited close to raw materials and end markets to minimise transportation emissions.
Target Audience
Primary customers are concrete producers, construction material manufacturers, and construction firms seeking sustainable, high-strength cement alternatives that integrate with current production workflows.
Features
- Alkali Fusion® manufacturing process that operates at ambient temperatures, eliminating the need for high-temperature kilns
- Carbon reduction of up to 85% per cube of concrete compared to OPC
- Mechanical performance suitable for strength classes up to at least C60
- AI-powered material development and feedstock optimisation for enhanced product performance
- Drop-in compatibility with existing production operations, requiring no process changes for concrete producers
- Circular economy approach that transforms industrial byproducts and abundant natural materials into cement feedstocks
- Compact, automated factory designs that enable scalable, high-volume production with a small footprint