Develops a waste treatment technology that captures CO2 and CH4 emissions from organic waste, transforming urban waste management systems. The process produces high-nutrient biofertilizers for agriculture, gardening, and ecological restoration, while a carbon capture kit enhances soil carbon sequestration. This approach provides a measurable, sustainable solution to reduce greenhouse gas emissions and improve soil fertility.
Funding
Funding not disclosed
Founders
Product
Problem
Current waste management strategies often fail to address the significant emissions of carbon dioxide (CO2) and methane (CH4) from organic waste decomposition. Existing bio-sequestration methods, such as afforestation, provide only temporary carbon storage solutions. There is a need for technologies that can capture greenhouse gasses from waste and provide long-term carbon retention.
Solution
Syntropia has developed a waste treatment technology designed to capture CO2 and CH4 emissions released during organic waste processing. This technology transforms urban waste management by converting organic waste into high-nutrient biofertilizers suitable for agriculture, gardening, and ecological restoration. Additionally, Syntropia offers a carbon capture kit designed to enhance soil carbon sequestration, promoting the long-term retention of carbon in the soil. By focusing on soil revitalization, Syntropia's approach provides a measurable and sustainable method for reducing greenhouse gas emissions and improving soil fertility.
Target Audience
Syntropia's primary customers include those in agriculture, gardening, and ecological restoration, as well as urban waste management systems.
Features
- Waste treatment process that captures CO2 and CH4 emissions from organic waste.
- Production of high-nutrient biofertilizers for various applications.
- Carbon capture kit to enhance soil carbon sequestration.
- Technology designed to transform urban waste management systems.