Facing the global challenge of climate change, Lanran Tech stands at the forefront with our carbon capture and conversion solutions. Utilizing bipolar membrane electrodialysis technology, we efficiently capture CO₂ and convert it into high-value products. Our solutions help industries reduce their carbon footprint and comply with emissions regulations. We also participate in Carbon Capture, Utilization, and Storage (CCUS) by capturing excess CO₂ and either storing it or converting it into energy sources such as formic acid, acetic acid, methanol, ethanol, hexanol, and ethylene. This dual approach addresses global warming and contributes to a sustainable future.

1. Seawater Carbon Capture and Conversion:

By converting sodium chloride in seawater into acid and base, the acid transforms bicarbonate ions (hydrogencarbonate ion) into CO₂, while the base neutralizes the remaining seawater. This method recovers bicarbonate ions from seawater, leveraging the ocean’s natural ability to capture CO₂, thereby enhancing the marine ecosystem.

2. Industrial Emissions Carbon Capture:

We convert inorganic salts into acid and base, with the acid used in metallurgy and chemical industries, and the base absorbing CO₂ emissions to produce sodium carbonate. This approach reduces industrial emissions and supports green manufacturing.

3. Organic Amine Solution Carbon Capture:

CO₂ is absorbed by an organic amine solution and regenerated using bipolar membrane technology. This efficient process is applicable to various industrial emission sources.