Sustainable nanocarrier design for bioinput stabilization and delivery

Overview

Convergent Bioscience presents a cutting-edge solution in agricultural technology with sustainable nanocarrier design aimed at enhancing the stabilization and delivery of bioinputs. This technology addresses the common challenges of stability and delivery faced by bioinputs in agricultural environments. By utilizing a combination of biopolymers and silica-based nanomaterials, this solution offers a nano-package capable of high bioavailability and precise biodelivery of agronomic compounds. This approach, previously successful in pharmaceutical applications, is now being adapted for the agricultural sector, promising improved plant health and crop yield.

Technical specifications

Key features:

• Utilizes silica-derived materials, including sol-gels and silica nanoparticles, for microbial encapsulation.
• Combines silica hybrids with biopolymers like chitosan and alginates for enhanced bio-delivery capabilities.
• Focuses on non-toxic materials that maintain microbial viability and effectiveness.
• Demonstrated success in delivering nutrient-fixing bacteria and other bio-based inputs.

Technology readiness level

This technology is currently at TRL 4, indicating that it has been validated in a lab setting. Future validation steps include a comprehensive research program involving lab micro-packaging design and greenhouse performance studies, each anticipated to last approximately six months.