Fuelture converts municipal plastic waste into usable petroleum‑like fuel through advanced chemical recycling (pyrolysis), breaking down polymers such as HDPE, LDPE, and PP at the molecular level. Their thermal decomposition process operates without oxygen, producing diesel‑grade oil, gas, and char, enabling municipalities to turn collected plastics into a valuable energy source. By partnering with local waste services, Fuelture aims to scale this technology from regional pilots to a global solution for plastic pollution.
Funding
Funding not disclosed
Founders
Product
Problem
Millions of tons of plastic waste accumulate in landfills and the environment each year, creating persistent pollution and contributing to greenhouse gas emissions. Existing recycling methods often cannot handle mixed or contaminated plastics, leaving large volumes unrecovered and unusable.
Solution
Fuelture applies Advanced Chemical Recycling, a pyrolysis-based process that thermally decomposes plastic polymers such as HDPE, LDPE, and polypropylene in the absence of oxygen. The technology breaks the plastics down to the molecular level, producing hydrocarbon streams that can be refined into diesel‑like fuel, as well as usable gas and char by‑products. By partnering with municipalities to collect and transport plastic waste to customized recycling plants, Fuelture creates a closed‑loop system that diverts material from landfills while generating renewable energy. The approach leverages recent improvements in pyrolysis efficiency to make the conversion financially viable and scalable, supporting a transition toward reduced plastic pollution and diversified energy sources.
Target Audience
Primary customers are municipal waste management agencies and regional authorities seeking sustainable solutions for plastic collection, as well as energy distributors and industrial users interested in renewable diesel‑grade fuel.
Features
- Pyrolysis (Advanced Chemical Recycling) that converts mixed HDPE, LDPE, and PP waste into liquid fuel, gas, and char without the need for extensive pre‑sorting
- Modular plant designs tailored to municipal waste streams, enabling local deployment and integration with existing collection services
- Production of petroleum‑like fuel compatible with existing diesel infrastructure, facilitating immediate market use
- By‑product recovery (synthetic gas and char) for additional energy generation or industrial applications
- Closed‑loop carbon accounting that quantifies waste diversion and greenhouse‑gas emission reductions