25/03/2026
Elevating Agro ecosystems: Upto 70% Reduction in Synthetic Fertiliser Reliance
The most significant barrier to sustainable agriculture is the heavy reliance on chemical inputs. Our latest innovation, Engineering Microbial Ecology via Biochar-Attached Microbes is a definitive solution to this challenge, enabling a 70% reduction in synthetic fertiliser usage.
By shifting the focus from chemical dependency to biological synergy, we are providing a scalable pathway for farmers to restore soil health without compromising yield or soil fertility productivity.
By leveraging a rice husk-derived biochar matrix, we have developed a dual-function delivery system that integrates nitrogen fixation and phosphate solubilisation into a single, high-stability formulation.
The Technical Advantage:
• Enhanced Microbial Resilience: The porous architecture of the biochar serves as a protective micro-habitat, significantly increasing microbial survival rates and ensuring controlled, long-term nutrient release.
• Synergistic Soil Improvement: Beyond nutrient delivery, the biochar matrix enhances essential soil physical properties, including aeration, water retention, and organic carbon sequestration.
• Operational Compatibility: Our dry, solid-state formulation offers a superior shelf life and seamless integration with existing mechanical fertiliser application infrastructure.
To learn more about our research or partnership opportunities get in touch with us.
Contact our Business Development team:
[email protected] | +94 11 465 0521