The Ministry of Science & Technology has formally launched the commercial production of biodegradable plastic made from sugarcane, marking a shift towards sustainable manufacturing in India. Union Minister Dr. Jitendra Singh announced the initiative on behalf of the Department of Biotechnology, which is funding the project through its BioE3 (Biotechnology for Economy, Environment & Employment) framework. The effort involves converting sugarcane feedstock into polylactic acid (PLA), a bio-based plastic that can replace petroleum-based alternatives.
A company called Balrampur Chini Mills Limited (BCML) will operate a pilot-scale research facility to develop and test advanced versions of this plastic. The project receives financial support from the Biotechnology Industry Research Assistance Council (BIRAC), a government body under the Department of Biotechnology.
Key facts
- Grant amount: 75 crore rupees from BIRAC
- Facility capacity: 100 tonnes per annum (TPA) at pilot scale
- Location: BCML’s manufacturing complex at Kumbhi, Uttar Pradesh
- Material: Polylactic acid (PLA) and co-polymers from sugarcane-based feedstock
- India’s bioeconomy grew from US$10 billion in 2014 to US$195 billion currently
- Announcement date: September 2026
What is BioE3 and how does this fit in?
BioE3 is a government framework that connects biotechnology research with commercial manufacturing and job creation. Rather than keeping scientific discoveries confined to laboratories, BioE3 aims to move promising technologies into real-world production through pilot facilities, validation, and industry partnerships. The biodegradable plastic project exemplifies this approach by taking laboratory-developed PLA technology and setting up an operational facility to test it at commercial scale before full production begins.
How the facility will operate
The 100 TPA pilot-scale facility at BCML will serve multiple purposes. It will produce different grades of PLA tailored for specific high-value applications. The facility will also generate technical and economic data showing whether the process works efficiently and profitably. Companies and customers can test the plastic to validate its suitability for their products. The operation will also train skilled workers in manufacturing PLA and related polymers, and gather the practical knowledge needed to eventually scale up to full commercial production.
From sugarcane to sustainable plastic
The project converts renewable sugarcane-based feedstock into lactic acid, which is then polymerised into PLA plastic. Unlike conventional plastics derived from crude oil, PLA is biodegradable and can break down in composting environments. BCML will simultaneously run a separate commercial-scale PLA production facility alongside the pilot plant, allowing it to serve industrial demand while the pilot facility focuses on innovation and developing next-generation plastic variants.
The waste-to-wealth angle
Dr. Jitendra Singh emphasised during the announcement that different regions of India generate different types of biomass and agricultural waste. Rather than discarding these materials, region-specific biotechnology solutions can convert them into valuable products. This “waste to wealth” approach enables local economic development while reducing environmental burden. The sugarcane-based plastic project demonstrates how an existing agricultural crop can be directed towards new manufacturing pathways beyond food and ethanol production.
India’s bioeconomy growth context
The initiative arrives as India’s bioeconomy sector has expanded dramatically. The sector was valued at US$10 billion in 2014 but has grown to nearly US$195 billion today. However, much of this growth has concentrated on pharmaceuticals and research services. The PLA project represents a push towards translating biotechnology into tangible manufactured goods that address global sustainability challenges, positioning India as a source of practical biotech solutions beyond traditional sectors.
What this means for you
This project affects several groups. Consumers will eventually have access to biodegradable plastic products made in India using domestic agricultural resources. Manufacturers looking for sustainable packaging or material alternatives will gain a local source for bio-based plastics. Students and job seekers in Uttar Pradesh and nearby regions may find employment opportunities in the facility’s operations and skilled workforce requirements. India’s ambition to become a global bioeconomy leader depends on projects like this that convert scientific capabilities into commercial products and jobs.
What happens next
The pilot facility at BCML’s Kumbhi complex will begin developing PLA variants and co-polymers while gathering performance and economic data. This information will inform decisions about further scaling up to full commercial production. The initiative is expected to strengthen collaboration between government research institutions, academic bodies and industrial manufacturers in the biotech sector.