Quanttor offers a two-stage reactor that converts hydrocarbon fuels into hydrogen and carbon monoxide, enabling direct chemical to kinetic energy conversion with up to 70% efficiency. This technology significantly reduces emissions and can process fuels of any calorific value, including low-grade sources.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional thermal engines operate at an efficiency ceiling of 35-45%, limiting energy conversion capabilities. The production and utilization of various fuels, from fossil fuels to biofuels, often involve significant energy expenditure and can result in substantial emissions.
Solution
Quanttor has developed a reactor that converts hydrocarbon fuels into hydrogen and carbon monoxide through a two-stage process. The initial stage involves non-thermal conversion of the fuel mixture into hydrogen and carbon monoxide, followed by a combustion stage. This approach enables the direct conversion of chemical energy into kinetic energy with significantly improved efficiency, reaching up to 70%, and drastically reduced emissions of CO, CH, and NOx to below 2 ppm. The technology is capable of processing fuels of any calorific value, including low-grade sources like shale oil and landfill gas, enhancing their energy recovery potential.
Target Audience
The primary target audience includes energy producers, transportation companies, and industrial facilities seeking to improve fuel efficiency, reduce emissions, and utilize a wider range of feedstocks.
Features
- Two-stage reactor for hydrocarbon fuel conversion: non-thermal conversion to H2 and CO, followed by combustion.
- Direct conversion of chemical energy to kinetic energy with up to 70% efficiency.
- Ultra-low emission profile: CO, CH, and NOx levels below 2 ppm, with negligible soot.
- Broad fuel compatibility: processes fuels of any calorific value, including low-grade and mixed feedstocks.
- Enhanced EROEI for low-grade resources such as shale oil, potentially increasing it to 25-30 units.
- Application in various energy sectors, including transportation, power generation, and waste-to-energy.
- Potential for integration into gas turbines and internal combustion engines to improve performance and reduce environmental impact.
- Technology adaptable for processing landfill gas, converting methane into a more efficient and cleaner energy source.