IIT Indore has developed an eco-friendly way of making bioplastics using indigenous microorganisms. This innovative bioplastic technology was created by the Algal Ecotechnology and Sustainability Group, led by Professor Kiran Bala of the Department of Biosciences and Biomedical Engineering.
Professor Bala explained that this breakthrough is based on a specially designed microbial team. The researchers combined microalgae and bacteria to create an optimized system for biopolymer production.
These natural microorganisms work together to make bioplastics in a low-cost and sustainable way using carbon dioxide, sunlight and industrial waste. A major outcome of this project is the production of PHA – a biodegradable bioplastic that acts like regular plastics such as polypropylene, providing an eco-friendly alternative to conventional plastic materials.
IIT Indore Develops Cost-Effective Bioplastic Technology
- The process provides an eco-friendly alternative to petroleum-based plastics by using natural microbes and renewable materials.
- An IIT official mentioned that cost-effective bioplastics could transform industries that depend on traditional plastics.
- Sectors like packaging, healthcare, agriculture, and consumer goods may benefit greatly from switching to biodegradable options.
- This innovation supports the global move toward a circular bioeconomy, where waste is converted into useful resources.
- The technology encourages a sustainable production cycle focused on reducing waste and environmental harm.
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