ICAR-CIFT and Ecogenie Biotech Collaborate to Transform Silkworm Pupae Waste into Valuable Chitin

by Fishery News
Published: Last Updated on

In an exciting development towards sustainable biotechnology, ICAR-Central Institute of Fisheries Technology (ICAR-CIFT) has teamed up with Bengaluru-based startup Ecogenie Biotech. This partnership aims to revolutionize the production of chitin and chitosan from silkworm pupae, marking a significant step forward in eco-friendly biotechnological processes.

Chitin and chitosan are essential biopolymers typically extracted from crustacean shells and are widely used in agriculture, healthcare, and food processing. India is a major silk producer, but a large quantity of spent silkworm pupae, which is usually discarded, remains underutilized. This collaboration seeks to repurpose these pupae into valuable products, enhancing the circular economy and promoting sustainable practices.

Under the Memorandum of Agreement signed on 29 August 2024, ICAR-CIFT will apply its expertise in conventional chemical extraction processes to derive chitin and chitosan from silkworm pupae. This adaptation will ensure that the products meet high-quality standards, while also minimizing waste and environmental impact.

Dr. George Ninan, Director of ICAR-CIFT, expressed enthusiasm about the partnership, saying, “This collaboration with Ecogenie Biotech demonstrates our commitment to advancing sustainable practices. By modifying our technology for silkworm pupae, we are paving the way for eco-friendly production that aligns with global environmental goals.”

The project will be led by ICAR-CIFT’s scientific team, including Dr. Elavarasan K., Dr. Jeyakumari A., and Dr. C.O. Mohan. This partnership underscores the importance of combining research and industry expertise to drive technological and environmental progress.

As India continues to excel in silk production, this innovative approach has the potential to transform waste management and sustainability practices, setting a new standard for biotechnological advancements.

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