Volare upcycles industrial food waste using black soldier fly bioreactors to produce high-quality protein, oil, and fertilizer ingredients for aquafeeds, pet food, and agriculture. This process reduces nutrient waste in the food system while providing sustainable alternatives to traditional feed and fertilizer sources.
Funding
$16.6M 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
The current food system generates substantial industrial food waste, leading to environmental burdens and loss of valuable nutrients. Traditional feed and fertilizer sources often lack sustainability and digestibility.
Solution
Volare addresses these issues by upcycling industrial food waste using black soldier fly (BSF) bioreactors, transforming side streams into high-quality protein, oil, and fertilizer ingredients. This circular approach refines food industry byproducts into sustainable components suitable for aquafeeds, pet food, agriculture, and even chemical applications. The BSF larvae efficiently convert low-value waste into easily digestible nutrients, reducing the environmental impact of the food system. Volare's technology combines natural processes with cutting-edge automation to maximize efficiency and sustainability, offering a fully circular solution for nutrient recovery. Their patented process minimizes water usage, resulting in significantly lower energy consumption and operating costs compared to conventional BSF processing methods.
Target Audience
Volare's primary customers include aquafeed manufacturers, pet food producers, and agricultural companies seeking sustainable and high-quality ingredients.
Features
- Proprietary BSF bioreactor technology for upcycling food industry side streams
- Production of high-quality protein meal, oil, and fertilizer ingredients
- Sustainable alternative to traditional feed and fertilizer sources
- Efficient conversion of low-value waste into digestible nutrients
- Patented low-energy process with reduced water usage
- Fully automated and industrial-scale production