Production of Bioplastic By Using Biodegradable Sources

bioplastic derived from biodegradable sources
  • Published research highlighted the production of starch-based bioplastic by making use of biodegradable sources.
  • Two plasticizers -Glycerol and Sorbitol- were used in the production process of biosample.
  • The physical and chemical properties of produced bioplastic were analyzed using different methodologies.
  • The use of biodegradable material has made bioplastic a favorable alternative to conventional plastic.

 

Introduction

We are surrounded by plastics. The environmental problem associate with plastic is that it doesn’t break down naturally. It can stay in nature especially causing marine pollution.

According to researches, 8.3 billion tons of plastics have been generated all around the world. There is a presence of almost 6.3 thousand metric tons of plastic waste. Recycling was carried out for only 9% of total plastic waste. There are practices of burning plastics that too cause environmental pollution. Till now, 12 % of plastic waste was incinerated. And in near future, there would be huge piles of plastic waste everywhere on the Earth.

Environmental Effects of Plastics

There are negative environmental impacts associated with plastic. Because they are non-degradable they impose a great threat to marine biodiversity. Terrestrial animals are also not safe from plastic waste. Toxic chemicals are being released into air, water, and soil due to plastic accumulation on land.

Biodegradable sources

Biodegradable sources include food waste, green waste, waste from fauna, etc. These are cheap sources that can be used for the production of bioplastic.

Research Summary

A young emerging and enthusiastic researcher from Pakistan synthesized starch-based bioplastic from plant-based ingredients.

According to published research, biodegradable materials such as banana peel, cornstarch, and rice starch were utilized in the synthesis of biosamples. Two categories of biodegradable plastic were produced. Plasticizers and fillers were also used in the production process.

The physical and chemical properties involving tensile strength, water absorption, moisture content, water and alcohol solubility, biodegradation in soil, were examined during the research.

The research included 24 biosamples. FTIR analysis was performed on samples for evaluation of results. Environmental friendly sources were used for the production of bioplastic.

Conclusion

The research concluded that the use of biodegradable material has made bioplastic a favorable alternative to conventional plastic. Bioplastic is biodegradable and can tackle the environmental issue linked with non-degradable plastic.

Recommendation

The study recommended that the large scale production of bioplastics could be possible by utilizing numerous renewable organic sources. Different categories of material needed to be studied for the cheap availability of bioplastics.

The government has already put a ban on the production of plastic, but at the national level biodegradable plastic should be made available to the public just like conventional plastic.

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