Talus develops modular, containerized green ammonia systems for local, on-site production. This technology provides agriculture, industrial, and energy sectors with a cost-competitive and reliable supply of essential raw materials. By eliminating long supply chains, the company stabilizes costs and enhances supply certainty for end-users.
Funding
$22M 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.
XIFounders
Product
Problem
The production of grey ammonia, a critical component in fertilizers and industrial applications, contributes significantly to global carbon emissions and relies on complex, costly, and often unreliable supply chains. This dependence creates economic vulnerabilities and hinders the adoption of sustainable agricultural practices.
Solution
Talus Renewables offers modular, containerized green ammonia production systems that enable on-site generation of ammonia using only renewable energy sources, water, and air. This approach eliminates the need for traditional supply chains, reduces production costs, and provides a carbon-free alternative to grey ammonia. By producing ammonia locally, Talus Renewables supports sustainable farming practices, tackles food insecurity, and reduces the carbon footprint associated with fertilizer production and other industrial applications. The systems are designed for rapid deployment and scaling, making green ammonia accessible to a wider range of users.
Target Audience
The primary customers are farmers, agricultural cooperatives, and industrial facilities seeking a cost-effective and sustainable alternative to traditional grey ammonia.
Features
- Modular and containerized design for easy transportation and rapid deployment
- Operates on intermittent renewable power sources
- On-site ammonia production, eliminating reliance on traditional supply chains
- Scalable systems to meet varying production needs
- Reduces the cost of nitrogen fertilizers by enabling local production