The concentration of atmospheric CO2 continues to rise, driving climate change and necessitating scalable carbon removal solutions to meet net-zero emissions targets. Existing carbon sequestration methods often face limitations in terms of land use, scalability, and long-term storage security.

Sirona Technologies utilizes Direct Air Capture (DAC) technology to extract CO2 directly from the atmosphere. The captured CO2 is then permanently stored through mineralization in basalt rock formations. By deploying DAC facilities in regions with abundant renewable energy sources, Sirona aims to provide a low-capital expenditure and environmentally sustainable carbon removal solution. Their modular DAC technology is built in factories for rapid deployment and scalability, enabling significant carbon removal capacity. The company focuses on creating certified, high-quality carbon credits, measured using sensors and verified by third parties. Sirona's approach also supports local economic development by creating demand for renewable energy and stimulating job creation in the deployment regions.

Modular DAC units designed for factory construction and rapid field deployment

CO2 mineralization in basalt rock for permanent and secure carbon storage

Utilization of renewable energy sources to power DAC operations

Sensor-based CO2 capture measurement and third-party verification for certified carbon credits

Low capital expenditure design leveraging abundant and cheap energy sources

Chemical filter technology selectively adsorbs CO2 from the air

Steam injection releases captured CO2 for collection and storage

Sirona Technologies targets organizations seeking to offset unavoidable carbon emissions and achieve their climate goals through certified, high-quality carbon removal credits.

Sirona Technologies generates revenue through the sale of certified high-quality carbon credits to companies seeking to offset their carbon emissions.