DMAT develops self-healing concrete formulations that significantly enhance durability while reducing carbon emissions through low-carbon technologies. Their solutions enable concrete producers to lower environmental impact and achieve carbon credits without the need for retrofitting existing production systems.
Funding
Funding not disclosed
Founders
Product
Problem
The concrete industry faces challenges related to the high environmental impact of traditional concrete production, including significant carbon dioxide emissions and limited durability, leading to increased maintenance and replacement costs. Existing methods for reducing carbon emissions often require costly retrofitting of production systems.
Solution
DMAT offers self-healing and low-carbon concrete technologies designed to enhance durability and reduce carbon emissions without requiring extensive changes to existing concrete production infrastructure. Their formulations enable concrete producers to decrease their environmental footprint and potentially generate carbon credits. DMAT's solutions focus on improving the performance and sustainability of concrete, addressing both environmental concerns and the need for more durable construction materials. The company provides two primary product lines: d-Green, a low-carbon concrete for general applications, and d-Lime, an ultra-performing sustainable concrete.
Target Audience
DMAT's primary customers are concrete producers seeking to reduce their environmental impact, improve the durability of their products, and potentially generate revenue through carbon credits.
Features
- Self-healing technology that enhances the durability of concrete, reducing maintenance and replacement needs.
- Low-carbon formulations that significantly decrease CO2 emissions during concrete production.
- Compatibility with existing concrete production systems, eliminating the need for costly retrofitting.
- d-Green product line for general applications focused on reducing carbon footprint.
- d-Lime product line for ultra-performing sustainable concrete.
- Potential for concrete producers to earn carbon credits through reduced emissions.