Imagine a world where pollution becomes fuel. We turn CO2 from the air into ethanol for your car. Visit our campany to see how we're making a carbon-neutral future a reality.
CARBASIA technology efficiently captures CO2 directly from the air using a unique membrane and two proprietary pumps. This CO2 is then converted into renewable ethanol with a special electrochemical cell.The entire system is designed to be highly energy-efficient and can run entirely on solar power, offering a truly sustainable solution for a cleaner future.
Our Core Technology : CO2 Capture device
We use a special separation membrane and two proprietary pumps to efficiently capture CO2 directly from the atmosphere. The system is powered by a single motor that can run on either a standard 100V AC power supply or solar energy.
Using our device, we can capture CO2 directly from the atmosphere. This graph shows the results of our CO2 capture process, demonstrating a concentration increase from 400 ppm in ambient air to 80,000 ppm.
We've moved beyond the lab. We've manufactured numerous devices and are now deploying them for real-world testing in many locations.
What would you do with the captured CO2?
How we process captured CO2 is critical. We've developed a technology that converts it into ethanol.
Our innovation is the unique structure of our electrochemical cell. It generates hydrogen by electrolyzing water, then uses a copper catalyst to react the hydrogen with CO2, producing ethanol. This distinctive design allows us to convert CO2 into a valuable fuel with very low power consumption.
A solution converted from CO2 was measured with an ethanol meter, and the result showed a concentration of 5% ethanol. The solution is 5% ethanol and 95% water.
We distill our 5% ethanol solution to reach a higher concentration of 90%. Our goal is to then mix this distilled ethanol with gasoline to be used as fuel for cars.
In addition to electricity, our pumps can also be powered by wind. This allows them to run using the wind generated by moving vehicles like cars, trains, and ships, as well as natural wind from buildings or the sea. It's a new form of wind turbine.
We have successfully tested our device mounted on a car roof, where the wind generated by its movement rotated a propeller to power the system.
Our next step is to install the device on a truck. We aim to show that long-haul trucks can capture CO2 as they drive.