LSF develops an electrochemical process to recycle end-of-life hydrocarbon materials into recovered condensate and naphtha, addressing the challenge of waste management in the hydrocarbon industry. This low-cost solution contributes to reducing environmental impact while providing valuable raw materials for fuel production.
Funding
Funding not disclosed
Founders
Product
Problem
The hydrocarbon industry faces challenges in managing end-of-life hydrocarbon materials, leading to environmental concerns and potential resource depletion. Traditional disposal methods often result in pollution and the loss of valuable chemical feedstocks.
Solution
LSF (Low Sulphur Fuels) developed an electrochemical process designed to recycle end-of-life hydrocarbon materials, transforming them into recovered condensate and naphtha. This technology aimed to offer a lower-cost alternative to traditional waste management, reducing environmental impact by recovering valuable raw materials suitable for fuel production and other applications. The electrochemical process was intended to efficiently break down complex hydrocarbon streams into simpler, reusable components.
Target Audience
The intended target audience included refineries, chemical processing plants, and waste management companies seeking sustainable and cost-effective solutions for hydrocarbon waste recycling.
Features
- Electrochemical recycling process for end-of-life hydrocarbon materials
- Production of recovered condensate and naphtha as outputs
- Low-cost alternative to traditional waste management methods
- Potential for integration into existing refinery or chemical processing infrastructure