Clean Food Group produces sustainable oils and fats using its proprietary CLEAN OilCell™ technology, which transforms food waste into functional ingredients for the food and cosmetics industries. This approach addresses the need for healthier, competitively-priced alternatives that enhance nutritional value while promoting environmental sustainability.
Funding
$9M 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.
EFFounders
Product
Problem
The food and cosmetics industries rely on oils and fats that often have negative environmental impacts and may not offer optimal nutritional value. There is a need for sustainable, cost-effective alternatives that can enhance product formulations while minimizing ecological footprint.
Solution
Clean Food Group utilizes its CLEAN OilCell™ technology to convert food waste into functional oils and fats. This process provides a sustainable and scalable solution for manufacturers seeking healthier and more environmentally responsible ingredients. By upcycling food waste, the company addresses both the demand for sustainable resources and the need for competitively priced oils and fats in the food and cosmetics sectors. The resulting ingredients can be incorporated into a variety of products, offering enhanced nutritional profiles and reduced environmental impact.
Target Audience
The primary customers are food and cosmetic manufacturers seeking sustainable, healthy, and cost-effective oil and fat ingredients for their product formulations.
Features
- Proprietary CLEAN OilCell™ technology for converting food waste into oils and fats
- Production of sustainable oils and fats for the food and cosmetics industries
- Upcycling of food waste streams, reducing landfill burden and promoting circular economy principles
- Scalable production process to meet the demands of large-scale manufacturers
- Oils and fats with enhanced nutritional profiles compared to traditional sources