Zymofix produces high-quality beneficial microorganisms for agriculture by fermenting biomass residues, enabling large-scale and cost-effective manufacturing. This approach addresses the high costs and resource consumption associated with traditional microbial production methods, promoting sustainable agricultural practices and environmental health.
Funding
$2.4M 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 methods of producing beneficial microorganisms for agriculture are often expensive, resource-intensive, and time-consuming. These high costs can limit the accessibility and adoption of sustainable agricultural practices that rely on microbial solutions.
Solution
Zymofix addresses these challenges by scaling up the production of high-quality beneficial microorganisms through the fermentation of biomass residues. Their proprietary technology enables large-scale, continuous, and rapid production cycles, reducing costs and resource consumption compared to conventional methods. By utilizing biomass residues as a feedstock, Zymofix transforms waste into a valuable resource, promoting circular economy principles and sustainable agriculture. The resulting microbial products contain high concentrations of pure, active microorganisms with a long shelf life, suitable for various agricultural and technical applications.
Target Audience
Zymofix serves global agrochemical leaders, farmers' cooperatives, and industrial partners seeking sustainable and cost-effective microbial solutions for agriculture and other technical applications.
Features
- Proprietary fermentation technology using biomass residues as a primary feedstock
- Large-scale, continuous, and fast production cycles for cost-effective manufacturing
- High concentrations of pure, active microorganisms in the final product
- Long shelf life for extended usability and storage
- Customizable and decentralized technology adaptable to local supply chains and resources
- Broad industry potential, replacing chemical products in various sectors
- Tested with over 70 microbial strains, with over 90% producible at industrially relevant concentrations