Innovative biodegradable microcapsules with a unique morphology for controlled release of hydrophobic active ingredients. These microcapsules ensure efficient encapsulation, are dispersible in water, and offer controlled release rates, making them ideal for various applications.
Our biodegradable microcapsules offer a breakthrough solution for the controlled release of hydrophobic active ingredients (AI). These microcapsules are designed with a unique surface morphology featuring a hole, which allows for post-synthesis filling with liquid AI. This design ensures that the encapsulated AI remains stable and does not leach into aqueous environments, providing a reliable dispersion solution for various industries.
The technology currently stands at TRL 4, having validated the encapsulation process and microcapsule dispersibility. Further validation is planned to optimize encapsulation efficiency and release rate over the next three months.
Anvigen, founded in 2023 and based in Newark, Delaware, specializes in the development of proprietary, biodegradable microencapsulation technology. The company engineers polymer-based microcapsules designed to encapsulate active additives, such as plant-beneficial bacteria, pheromones, insecticides, and fertilizers. By allowing for the encapsulation of these materials post-synthesis, Anvigen ensures additive stability and maintains the structural integrity of the microcapsules. This approach distinguishes the company from traditional encapsulation methods by providing a versatile platform that supports sustainable delivery systems for agricultural and consumer applications.
This technology is primarily utilized to enhance crop management, promote sustainable farming practices, and provide efficient pest control solutions without harming ecosystems. By offering customizable, slow-release formulations, Anvigen helps customers improve the performance of fertilizers and biocontrol agents. The company serves as a collaborative partner in the agricultural sector, working to meet specific formulation needs and address market demands for sustainable, environmentally safe delivery systems in various commercial and industrial segments.