DeNova utilizes a fermentation process to convert greenhouse gases into a sustainable protein derived from microbial cultures, which can be used as feed in agriculture and aquaculture. This technology addresses the need for environmentally responsible protein production that requires significantly less land and water compared to traditional farming methods.
Funding
$5.5M 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
Traditional protein production methods, such as conventional plant and animal agriculture, require significant land and water resources, contributing to environmental strain and hindering the development of sustainable food systems. These methods often struggle to meet the growing global demand for protein in an environmentally responsible manner.
Solution
DeNova utilizes a fermentation process to convert greenhouse gases into a sustainable, all-natural protein derived from microbial cultures. This protein source offers a scalable and cost-effective alternative to traditional proteins, requiring a fraction of the land and water resources. The resulting microbial protein can be used as a feed ingredient in agriculture and aquaculture, enhancing the resilience and sustainability of global food systems. DeNova's technology provides a farm-free protein solution with a low carbon footprint, addressing the increasing need for environmentally conscious protein production.
Target Audience
DeNova's primary customers include agriculture and aquaculture feed manufacturers seeking sustainable and cost-effective protein ingredients, as well as organizations focused on developing environmentally responsible food solutions.
Features
- Microbial protein production via fermentation of greenhouse gases
- Sustainable protein source requiring minimal land and water compared to traditional agriculture
- Scalable and cost-effective alternative to conventional plant and animal proteins
- Potential applications in both agriculture and aquaculture feed formulations
- Low carbon footprint production process