Foom Technology utilizes microbial hydrolysis accelerated by bioaugmentation to convert organic waste into nutrient-rich fertilizer on-site within days. This process reduces CO2 emissions and enhances soil quality, addressing the decline in soil health and the over-reliance on synthetic fertilizers.
Funding
Funding not disclosed
Founders
Product
Problem
The decline in soil health and over-reliance on synthetic fertilizers pose significant environmental and agricultural challenges. Traditional waste management practices often result in high CO2 emissions and fail to harness the potential of organic waste as a valuable resource.
Solution
Foom Technology employs microbial hydrolysis accelerated by bioaugmentation to convert organic waste into nutrient-rich fertilizer on-site within days. This process reduces CO2 emissions associated with waste transportation and synthetic fertilizer production. By transforming waste into a valuable soil amendment, Foom Technology enhances soil quality, promotes biodiversity, and reduces the need for synthetic fertilizers. The technology leverages naturally occurring microorganisms and enzymatic decomposition to efficiently break down organic matter and produce fertilizer.
Target Audience
The primary target audience includes agricultural businesses, municipalities, and organizations seeking sustainable waste management solutions and improved soil health.
Features
- On-site organic waste conversion using microbial hydrolysis
- Bioaugmentation process to accelerate decomposition
- Production of nutrient-rich fertilizer from organic waste
- Reduction of CO2 emissions compared to traditional waste management
- Enhancement of soil quality and biodiversity
- Reduction in the need for synthetic fertilizers