This startup develops organic waste management technology that converts biosolids from livestock and municipal water treatment into customized organometal fertilizers within a closed-pressured environment. By enabling farmers to recycle carbon and nutrients with zero emissions and no by-products, the company addresses the need for sustainable fertilizer solutions in agriculture.
Funding
$360K 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
The overuse of traditional fertilizers in agriculture is harming soil health, reducing productivity, and contaminating freshwater sources. The increasing demand for food production is driving deforestation and depleting natural resources, necessitating more sustainable approaches to nutrient management.
Solution
AgriStarBio offers a technology for processing organic waste, including biosolids from livestock and municipal water treatment facilities, into customized organomineral fertilizers. Their closed-loop system recycles carbon and nutrients from organic waste, transforming them into high-performance fertilizers with zero emissions and no by-products. The resulting fertilizer improves soil structure, increases nutrient efficiency, and enhances drought resilience for farmers. The process also provides sludge producers with an effective waste treatment solution, reducing costs and generating potential carbon credits.
Target Audience
The primary target audience includes farmers seeking sustainable fertilizer solutions, as well as municipalities and industries looking for effective and environmentally friendly organic waste management technologies.
Features
- Closed-pressure system for converting organic waste into organomineral fertilizer
- Customizable fertilizer formulations tailored to specific crop and soil needs
- High phosphorus availability due to organic matter preventing soil capture
- Enhanced potassium availability and reduced leaching through organic chelation
- Low nitrogen leaching due to encapsulation with organic matter
- On-site installation of fertilizer production units to minimize transportation costs