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Satya P. Dubey

Speaker for catalysis 2017 - Satya P. Dubey

Title: Catalytic progress in the polymerization process of environmental polymer (PLA): Reaction mechanism modelling approach

Satya P. Dubey

Cranfield University, UK


Dr Satya Dubey currently based at Cranfield University, UK as a research associate. He has his expertise in several aspects of material sciences such as polymer, bio-polymer, Nano-materials, composites, sustainable material, Metal-polymer interfaces etc. His diligent, open and contextual evaluation model based on environmental friendly polymer synthesis creates new pathways for improving polymer industry. He developed this model after years of experience in research, evaluation, teaching and administration both in basic material chemistry research as well as in developing the mathematical model in several research institutions worldwide. The current development made by Dr Satya considered as a step forward for the production of biodegradable and bio-compostable polymer through more safer and greener method. Dr Satya’s diverse research field of expertise are following:  Mathematical modelling, Process simulation, sustainable material & Material Characterization, Bio-Polymer, Computational chemistry.


The disposal of a large amount of polymer waste is one of the major challenges of this century. Use of bio-degradable polymers obtained from sustainable sources presents a solution to this problem. Poly lactic acid (PLA), a bio-degradable polymer, can be synthesized from sustainable sources as corn, starch, sugarcane and chips. Ring opening polymerization (ROP) of Lactide (LA) monomer using metal/bimetallic catalyst (Sn, Zn or Al) is the preferred method for synthesis of PLA. However, the PLA synthesized using such catalysts may contain trace elements of the catalyst. These catalyst traces are known carcinogens and as such should be (ideally) eliminated from the process. Use of the organic catalyst instead of metallic catalysts, may be one of the prominent solutions. 
Organic catalysts require the higher energy of activation for the ROP reaction of LA. Such energy requirement can be achieved through the application of alternative energy during the reaction. Alternative energy sources such as LASER, Ultrasound and microwave are prominent options to implement and process the ROP of PLA. This paper is an effort to emphasize the chronological review and to establish the current state-of-the-art in the field of PLA research.

Audience Take away: 

•    Explain how the audience will be able to use what they learn? : The presentation will help to get aware of recent development in terms of bio-based polymer and its impact on environment. People who involved with industrial impact business can adopt these technology for the safer and efficient production of environmental friendly polymers.
•    The presentation will help researchers to learn the bench mark studies in this field and carry on further progressive research in this field.