Solid Carbon utilizes a technology that sequesters biogenic carbon in concrete, transforming it from a carbon emitter into a carbon-negative construction material. This approach significantly reduces the embodied carbon in concrete production, providing a measurable solution to the environmental impact of the construction industry.
Funding
Funding not disclosed
Founders
Product
Problem
The production of conventional concrete is a significant source of carbon emissions, contributing to global warming and environmental degradation. The embodied carbon within concrete poses a challenge for the construction industry seeking to reduce its environmental impact. Traditional methods of mitigating concrete's carbon footprint often compromise quality or increase costs.
Solution
Solid Carbon provides concrete admixtures and ingredients that durably sequester biogenic carbon within concrete, transforming it into a carbon-negative construction material. This approach reduces the Global Warming Potential of concrete by preventing biogenic wastes from decomposing into carbon dioxide or methane. The resulting concrete maintains the same functionality and durability as conventional concrete while significantly lowering carbon emissions. Solid Carbon's technology offers a restorative solution, enabling the construction industry to actively combat climate change.
Target Audience
The primary customers are construction companies, concrete suppliers, architects, and project developers seeking sustainable and low-carbon building materials.
Features
- Concrete admixtures and ingredients that durably sequester biogenic carbon.
- Reduces the Global Warming Potential of concrete.
- Maintains the same functionality and durability as conventional concrete.
- Suitable for both structural and decorative concrete applications.
- Can be used in a variety of concrete finishes.
- Products are validated using established technology.