The CSIR-National Chemical Laboratory (NCL) in Pune has successfully demonstrated the operations of a pilot plant capable of manufacturing Bisphenol-A, a key raw material with high demand for manufacturing engineering plastics globally.
- Under the Bulk Chemicals mission programme of the Council for Scientific and Industrial Research (CSIR), the Pune-based lab has set up a continuous catalytic pilot-scale process on its campus.
- This plant’s operations were tested for efficiency for 45 continuous days and scientists associated with the programme said that they had achieved about 90 to 95 per cent conversion of the raw material and acetone, that too in steady state operations.
- Presently, India does not manufacture this raw material.
- Estimates say that India imports about 1.35 lakh tonnes of Bisphenol-A annually, and major exporters are companies based in the US and China.
- The material has wide-scale applications as coating material for food and beverage cans in the packaging industry, in electronics and automobile components, and for the overall manufacture of engineering plastics.
- However, of late, higher traces of Bisphenol-A have been found in milk bottles for babies and cases of it leaching through food cans have also been reported.
- A major advantage from this process, is the provision to recycle all unreacted and leftover phenol involved in the chemical process, resulting in savings in the overall cost of production of the final product.
- Using our indigenously developed technology, the unreacted phenol can be recycled for producing more Bisphenol-A without compromising the quality as required for the industry.
- While doing so, our technology makes use of minimal solvents and generates limited waste water.
Visit Abhiyan PEDIA (One of the Most Followed / Recommended) for UPSC Revisions: Click Here
IAS Abhiyan is now on Telegram: Click on the Below link to Join our Channels to stay Updated
IAS Abhiyan Official: Click Here to Join
For UPSC Mains Value Edition (Facts, Quotes, Best Practices, Case Studies): Click Here to Join