It is imperative for both corporations and individuals to actively work towards minimizing or eradicating CO2 emissions. However, the current efforts fall short of the necessary scale and speed required to achieve Net Zero by 2050. Notably, certain industries, like aviation, face technological constraints that render emission reduction nearly impossible. To successfully attain the goal of Net Zero by 2050, it becomes essential to adopt innovative approaches. One promising method is the implementation of technologies like Direct Air Capture. By incorporating such alternative methods, we can effectively address the substantial "emissions gap" amounting to billions of tons annually. This strategic move is crucial for paving the way to Net Zero by 2050.

To reach Net Zero by 2050, billions of tons of CO₂ must be removed annually from the atmosphere. A tree can remove about 20 kg of CO₂ every year. It takes years to reach maturity and is hard to monitor and verify. In addition, trees take up a lot of arable lands, and when burned, they release all CO₂ back into the atmosphere. DAC solutions can reach the gigaton scale that is needed at a much shorter period than trees.

RepAir is leading the way toward a carbon-negative future with our highly effective carbon removal solution.  Our technology excels at capturing CO2 from diverse sources, ranging from low-concentration atmospheric CO2 to higher concentrations from industrial processes.
Designed for both efficiency and modularity, our technology captures carbon dioxide using 70% less energy than conventional methods. The system is fully electric, using no heat and it operates without liquids, or solvents, producing no hazardous materials or waste.  This ensures both safety and environmental sustainability.
The modular design allows for optimal scalability and adaptability, making it suitable for large-scale industrial applications and smaller, localized installations.

Our DAC solution is designed to become economically viable at scale. Our solution’s energy consumption is very low. This dramatically reduces the system’s operating expenses. In addition, our technology is very modular – it is based on identical electrochemical cells stacked in large numbers. Due to this modularity, capital costs will also be reduced at a large scale when cells are mass produced.

RepAir’s DAC system is entirely electric and operates without the need for external heat, minimizing utility requirements. This allows for global deployment in diverse geographical locations and across various storage and utilization facilities, enhancing its versatility and applicability.
The entire operation can be powered by renewable energy sources, ensuring sustainability and allowing for a quick response to energy supply intermittencies. This renewable energy integration not only reduces the carbon footprint of the DAC process itself but also supports broader efforts to transition to a cleaner energy grid.

You can reach us at info@repair-carbon.com. Be sure to catch our media kit at https://app.mvpr.io/company/repair-carbon