Ambient Carbon develops the Methane Eradication Photochemical System (MEPS) to eliminate low-concentration methane emissions. This technology utilizes a gas-phase photochemical process combining chlorine and UV light within a reaction chamber for effective methane destruction. The system supports sustainability goals across agriculture, wastewater treatment, and biogas production sectors.
Funding
Funding not disclosed
Founders
Product
Problem
Methane emissions from sources like agriculture, wastewater treatment, and biogas production contribute significantly to greenhouse gas levels, yet these emissions are often at low concentrations, making them difficult and costly to eradicate with existing technologies. Uncontrolled methane release from these diffuse sources leads to environmental and economic sustainability challenges.
Solution
Ambient Carbon offers a patented Methane Eradication Photochemical System (MEPS) that eradicates low-concentration methane emissions using a gas-phase photochemical process. The system combines on-site generated chlorine, produced via electrolysis from salt and water, with UV light in a closed reaction chamber. This process breaks down methane into less harmful substances, with much of the chlorine recycled back into the system. The MEPS control system automatically adjusts chlorine levels and UV light power based on variable methane concentrations and airflow. Its modular design allows for easy adaptation to various facilities, including dairy barns, wastewater treatment plants, and biogas production plants.
Target Audience
The primary target audience includes operators of dairy farms, wastewater treatment plants, and biogas production facilities seeking to reduce methane emissions and improve air quality.
Features
- Gas-phase photochemical process using chlorine and UV light for methane eradication
- On-site chlorine generation via electrolysis, recycling chlorine within the system
- Automated control system adjusting chlorine levels and UV light based on methane concentration
- Modular design adaptable to various facility sizes and layouts
- Demonstrated reduction of ammonia (94%) and odor (80% hydrogen sulfide) in field trials
- Integration into a 40-foot container for field pilot testing