EcoScience Lab provides a bioplatform that improves soil fertility and crop yields while reducing water and agrochemical use, enhancing crop resilience and carbon sequestration. They also offer direct air capture technology using photosynthetic microorganisms in bioreactors to remove atmospheric pollutants.
Funding
Funding not disclosed
Founders
Product
Problem
Agricultural practices often lead to soil degradation and increased reliance on water and agrochemicals, impacting crop resilience and carbon sequestration potential. Existing methods for direct air capture of pollutants are typically energy-intensive and require significant infrastructure.
Solution
EcoScience Lab offers a bioplatform designed to enhance soil fertility and crop yields while reducing water and agrochemical inputs. This approach increases crop resilience to climate variability and transforms agricultural land into a carbon sink. Additionally, the company provides direct air capture technology utilizing photosynthetic microorganisms within bioreactors to mitigate atmospheric pollutants. This integrated strategy addresses both agricultural sustainability and environmental remediation.
Target Audience
The primary target audience includes agricultural producers seeking to improve crop performance and sustainability, as well as industrial and urban entities aiming to reduce atmospheric pollutant emissions.
Features
- Bioplatform utilizing biomolecules from microorganisms to improve crop metabolism and soil efficiency.
- Reduction in fertilizer and water consumption through enhanced nutrient uptake and soil moisture retention.
- Mitigation of crop losses due to environmental stress factors.
- Soil carbon sequestration enhancement, transforming agricultural land into carbon sinks.
- Direct air capture systems employing photosynthetic microorganisms in bioreactors for pollutant removal (CO2, SOx, NOx, PM).
- Modular bioreactor designs for urban and industrial applications to capture pollutants at source.
- Carbon credit generation program for farmers implementing the bioplatform.