The startup develops a nanotechnology-based fuel catalyst that enhances fuel efficiency in both gasoline and diesel engines while reducing operational costs. This technology also eliminates harmful emissions, helping customers comply with regulatory standards and achieve sustainability goals.
Funding
$360K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Diesel fuel consumption continues to grow, yet corporations face increasing pressure to reduce emissions and improve sustainability without waiting for future fuels or making costly mechanical modifications. Incomplete combustion in diesel engines leads to wasted fuel and increased emissions of harmful pollutants like CO and NOx.
Solution
Purify Fuel offers nanO2® Combustion Catalyst, a nanotechnology-based fuel enhancer that optimizes diesel fuel combustion, resulting in improved fuel efficiency and reduced emissions. The catalyst works by chemically altering the timing of combustion, boosting cetane, catalyzing oxidation, and lubricating and cleaning the engine. This leads to a more complete burn, reducing unburned fuel and harmful emissions. The solution is designed for easy deployment without requiring engine modifications, providing a practical way for companies to reduce their carbon footprint and improve their bottom line.
Target Audience
The primary customers are companies in industries that are the largest consumers of diesel fuel, including oil and gas, railroad, marine, power generation, and mining.
Features
- Nanotechnology-based combustion catalyst for diesel engines
- Demonstrated 5% to 8% improvement in fuel efficiency
- 20% or greater reduction of CO and NOx emissions
- Boosts cetane to lower the pressure required to start ignition
- Catalyzes oxidation to manage oxygen in the combustion chamber, reduce temperatures, and extend combustion duration
- Lubricates and cleans fuel injectors to maintain flow and reduce heat