Emvolon converts distributed waste methane emissions into sustainable liquid fuels using modular, on-site technology. This process addresses the environmental challenge of potent methane flaring while providing necessary green fuels for hard-to-abate sectors like marine and aviation. The company enables cost-competitive decarbonization by transforming inaccessible waste streams into valuable, low-carbon energy carriers.
Funding
Funding not disclosed
Founders
Product
Problem
Industries such as maritime, aviation, and agriculture rely on fuels and chemicals that contribute significantly to greenhouse gas emissions and waste. Traditional chemical plants often require high capital investments and are not easily scalable or adaptable to fluctuating resource availability.
Solution
Emvolon provides a solution by converting greenhouse gas emissions and waste into carbon-negative fuels and chemicals, such as green methanol and green ammonia. The company repurposes mass-produced car engines into modular chemical plants, minimizing capital costs and enabling on-site operation next to resources, which eliminates feedstock transportation costs. Emvolon's technology offers a cost-effective and scalable approach to producing green fuels and chemicals, reducing the carbon footprint of industries while adapting to intermittent renewable inputs and varying waste resource sizes. The modular, autonomous plants are housed in standard truck containers for portability and quick deployment.
Target Audience
Emvolon targets industries such as maritime, aviation, energy, waste management, and agriculture seeking to reduce their carbon footprint and transition to sustainable fuels and chemicals.
Features
- Converts greenhouse gas emissions and waste into green methanol and green ammonia
- Repurposes mass-produced engines to minimize capital costs
- Modular and autonomous chemical plants housed in standard truck containers for portability
- Scalable design allows for quick deployment and easy financing
- Adaptable to the size of the waste resource available and adjustable to intermittent renewable inputs
- Integrated laboratory system with production engine for catalyst development
- Catalyst-coated metal foam for efficient chemical reactions