Agteria Biotech uses AI-driven molecular discovery to develop solutions aimed at reducing greenhouse gas emissions from agriculture. The company is commercializing a high-efficacy, low-cost methane inhibitor designed to reduce enteric fermentation in cattle. This feed additive integrates easily into existing feeding practices to deliver significant, cost-effective methane reduction without negatively impacting animal health.
Funding
$1.5M 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.
NLFounders
Product
Problem
Enteric fermentation in livestock, particularly cattle, is a significant contributor to global methane emissions, a potent greenhouse gas. Existing methane-reduction strategies are often expensive or difficult to implement at scale, hindering widespread adoption in the agricultural sector.
Solution
Agetria Biotech has developed AB-01, a patent-pending feed additive designed to substantially reduce methane emissions from livestock. This additive targets enteric fermentation, the primary source of methane production in ruminant animals. The company's solution offers a cost-effective alternative to existing methane inhibitors, enabling farmers to decrease their environmental impact without compromising profitability. By incorporating AB-01 into livestock feed, Agetria Biotech aims to significantly lower greenhouse gas emissions from agriculture and promote a more sustainable industry.
Target Audience
The primary customers are livestock farmers, particularly those in the cattle industry, seeking cost-effective and scalable solutions to reduce methane emissions and improve the sustainability of their operations.
Features
- AB-01 feed additive reduces methane emissions from livestock by up to 70%
- Cost-effective solution priced significantly lower than red seaweed and other alternatives
- Simple to produce in large quantities, enabling global scalability
- Demonstrated efficacy in multiple in vivo studies
- Requires less than 1 gram of additive per cow per day