On-demand pesticide controlled release system
The Penn MRI Controlled Release System (CRS) reduces pesticide usage by up to 80% using a soil-assembled platform. It offers flexibility for users to adjust pesticide type, timing, and quantity, enhancing efficiency and environmental safety.
Overview
The Penn MRI Controlled Release System (CRS) represents a breakthrough in agricultural pesticide application. This innovative system is designed to drastically reduce pesticide use by up to 80% compared to conventional methods, while maintaining efficacy. The CRS platform is assembled directly in the soil, allowing for precise control over pesticide release and minimizing environmental impact. This solution addresses the inefficiencies of traditional pesticide applications, where a significant portion does not reach the intended target, leading to both economic and ecological concerns.
Technical specifications
The CRS technology involves a two-step process: broadcasting the CRS platform onto the soil, followed by the application of a specific pesticide formulation. Key features include:
- Versatility: Users can select the type of pesticide, control the timing, and adjust the rate of release to suit specific field conditions.
- Environmental Safety: Reduces pesticide drift and enhances safety profiles by minimizing the pesticidal activity required for effective weed control.
- Field Replenishment: The CRS can be assembled and replenished directly in the field, providing ongoing adaptability and effectiveness.
Technology readiness level
Currently at Technology Readiness Level 4, the Penn MRI CRS has been validated in laboratory settings. Lab tests have shown that using the CRS technology can achieve comparable weed control with 73% less pesticide than traditional methods. Future plans include larger plant studies, encapsulating additional agrochemicals, and developing partnerships for manufacturing and scale-up.
About Pennsylvania Molecular Research Institute, LLC
Pennsylvania Molecular Research Institute, LLC is a USA-based organization focused on custom organic synthesis and research and development in the physical, engineering, and life sciences. The company utilizes a range of analytical techniques to craft chemical tools, support experimental design, and deliver high-purity compounds. Their approach emphasizes technical expertise in organic chemistry, incorporating rigorous quality control strategies to ensure the reproducibility, stability, and performance of target molecules for research applications.
The company operates as a research partner, offering custom synthesis services and collaborating on science-based projects to assist researchers with their specific needs. By providing high-quality reagents and analytical insights, they support advancements in scientific inquiry and invention. They maintain direct collaboration with clients to develop solutions, frequently inviting researchers to submit proposals and synthesis requests to explore potential scientific approaches. They are also involved in exploring areas such as bioorthogonal ligations and site-specific protein modifications.
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