Green2x develops and operates large-scale bioenergy plants that convert organic waste into biogas. Their facilities process natural leftovers to produce renewable energy, significantly increasing the global capacity for sustainable biofuel production.
Funding
Funding not disclosed
Founders
Product
Problem
The accumulation of agricultural waste, such as straw, presents a significant environmental challenge, often left unutilized or burned, contributing to air pollution and greenhouse gas emissions. Traditional biogas production methods can be inefficient and costly, hindering the widespread adoption of renewable energy sources.
Solution
Green2x develops and operates large-scale bioenergy plants that convert agricultural leftovers, primarily straw, into biomethane and other advanced biofuels. Utilizing a patented, advanced fermentation process, Green2x's facilities achieve high biogas yields while minimizing waste. The resulting biomethane can replace natural gas and other fossil fuels in various sectors, including road transport, marine fuel, and industrial processes, reducing carbon emissions by 85% compared to conventional gas. Green2x's approach transforms waste into a valuable resource, contributing to a more sustainable energy future.
Target Audience
Green2x targets industries seeking sustainable energy solutions, including transportation companies, manufacturers, and energy providers looking to reduce their carbon footprint and transition to renewable fuel sources.
Features
- Patented, advanced fermentation process for high biogas yields from biomass waste
- Capability to process various types of biomass, with a focus on agricultural straw
- Production of biomethane, which can be further upgraded to advanced biofuels like bio-methanol
- Briquetting process to compress straw at high pressure, improving fermentation speed and logistics
- Facilities designed for large-scale processing, with the first site planned to produce three times more biogas than the current largest plant
- End product replaces natural gas and fossil fuels in transport, manufacturing, and electricity generation