Biofeyn applies biomedical technology to enhance food systems by optimizing existing feed ingredients for aquaculture and agriculture. Their platform uses a modular delivery mechanism to improve nutrient absorption, thereby boosting animal health and reducing resource use. This approach maximizes ingredient efficacy, minimizes waste, and supports overall food system sustainability.
Funding
$854.9K 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.
EFEFKO+1Founders
Product
Problem
Traditional aquaculture practices face challenges in nutrient delivery and absorption, leading to inefficiencies, environmental pollution, and unsustainable resource utilization. Many valuable nutrients in feed are poorly absorbed by farmed fish, resulting in waste and reduced animal health.
Solution
BioFeyn employs advanced bioprocessing techniques to create optimized feed ingredients for aquaculture, enhancing nutrient bioavailability and reducing environmental impact. The company's platform encapsulates trace amounts of nutrients within a shell of naturally-derived compounds, improving digestion, absorption, and targeted delivery to tissues. This approach maximizes the impact of scarce or expensive ingredients, reduces nutrient waste, and promotes sustainable practices in the aquaculture industry. By optimizing existing ingredients, BioFeyn aims to produce more sustainable and nutrient-packed farmed fish.
Target Audience
BioFeyn's primary customers are aquaculture farmers, feed suppliers, and ingredient producers focused on improving animal health, reducing resource use, and minimizing waste in the aquaculture industry.
Features
- Modular delivery mechanism ("Feyn") for targeted delivery of compounds and nutrients
- Encapsulation of nutrients within a shell of naturally-derived compounds for enhanced digestion and absorption
- Customizable ingredients to meet specific needs in salmon farming
- Reduction in the amount of high-value ingredients needed, minimizing environmental pressures
- Mitigation of pollution associated with unused nutrients released back into the environment