The production of cement and concrete contributes significantly to global CO2 emissions, exacerbating climate change. Traditional methods lack effective means of capturing and utilizing these emissions, leading to environmental concerns and a pressing need for sustainable alternatives.

Carbix provides a technology for converting CO2 emissions from industrial sources into carbon-negative building materials. Their approach involves using mineral carbonation reactors to transform captured CO2 into cements, mortars, supplementary cementitious materials (SCMs), concrete aggregates, and high-purity carbonates. By integrating with point-source emission sites, such as cement, steel, waste-to-energy, geothermal, water desalination, and natural gas plants, Carbix facilitates on-site carbon capture and utilization (CCUS). The reactors are powered by renewable energy, further minimizing the environmental footprint of the resulting construction materials. This process reduces the carbon footprint of the construction industry and offers a pathway for industrial plants to achieve net-zero or carbon-negative emissions.

Mineral carbonation reactors that convert CO2 into stable mineral forms.

Production of carbon-negative and low-carbon cements, mortars, and SCMs.

Generation of concrete aggregates in various sizes.

Creation of high-purity carbonates for diverse industrial applications.

Reactor arrays designed for integration with point-source emission streams.

Compatibility with CO2 from direct air capture (DAC) systems.

Reactor operation powered by renewable energy sources.

Development of net-zero emission communities through on-site CO2 utilization.

Carbix targets industrial plants with point-source CO2 emissions, construction material suppliers, and the broader building industry seeking sustainable and carbon-negative alternatives.