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Bioplastic from Waste

Author(s):

Paras Jain , indore institute of science and tecnology; Mr. Paras Jain, indore institute of science and tecnology; Mr. Aleem Khan, indore institute of science and tecnology; Mr. Rahul Gupta, indore institute of science and tecnology; Mr. Pankaj Malviya, indore institute of science and tecnology

Keywords:

Banana Peel, Bioplastic, Biodegradation, Green Applications, Starch, Sustainable Use

Abstract

So many different type of plastic are available in market, their properties, their impact, their production rate, that all type of factor are derive to make a good and beneficial plastic for us. Generally plastic are not naturally occurring. The lots of research and development to identify the material which has tendency to development same properties of material which have stability and durability of plastic material and easily decomposed and not any harm to environment. The depending the large number of requirement of plastic materials which fulfil our needs and easily carrying that material to use. The production rate of plastic in the world is about 100 million tonnes per annum and it is growing at 4% annum and in India too, at present time to see a large number of productions based on petro plastic polymer. That does not sustain on environment so we need to a new product that have bioplastic, same type of properties, durability, good efficiency and eco-friendly to sustainable plastic. The present research work on a Bioplastic material by using foods waste mainly banana peels, potato peels, papaya peels, corn starch or some other food and vegetable waste and confirms the polymer is Bioplastic. One of most significant result obtained during the research is degradation To use of Bioplastic material by using the food waste and vegetable waste depending on their structure and properties of materials the tractability of the biodegradation polymer are quite similar to ideal plastic and they can play a virtual role in this market for sustainable use and commercial value provided.

Other Details

Paper ID: IJSRDV6I30225
Published in: Volume : 6, Issue : 3
Publication Date: 01/06/2018
Page(s): 916-920

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