Bioplastic made from starch as a better alternative to commercially available plastic

The development of biodegradable polymers for both industrial and commercial uses is critical nowadays due to the detrimental environmental implications of synthetic plastics. Experimental research on the biodegradation in soil behavior of PLA (Poly Lactic Acid) and Corn and Rice Starch-based Biopla...

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Autores principales:	Erabela L. Abellas, Kenjie B. Bentain, Reb Jeryl D. Mahilum, Christian Rey J. Pelago, Rianne M. Yntig, John Michael Sasan
Formato:	article
Lenguaje:	EN RU UZ
Publicado:	Open Science LLC 2021
Materias:	biodegradability bioplastic starch sustainable Science (General) Q1-390 Education (General) L7-991
Acceso en línea:	https://doaj.org/article/9f19bbbfb5c540c1980ddc83b5e24d3c
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id	oai:doaj.org-article:9f19bbbfb5c540c1980ddc83b5e24d3c
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spelling	oai:doaj.org-article:9f19bbbfb5c540c1980ddc83b5e24d3c2021-11-29T17:34:24ZBioplastic made from starch as a better alternative to commercially available plastic2181-0842https://doaj.org/article/9f19bbbfb5c540c1980ddc83b5e24d3c2021-11-01T00:00:00Zhttps://openscience.uz/index.php/sciedu/article/view/1998https://doaj.org/toc/2181-0842The development of biodegradable polymers for both industrial and commercial uses is critical nowadays due to the detrimental environmental implications of synthetic plastics. Experimental research on the biodegradation in soil behavior of PLA (Poly Lactic Acid) and Corn and Rice Starch-based Bioplastics are presented in this paper. The biodegradability rate of these starch-based bioplastics is compared to commercially available plastics in this paper. The findings demonstrate the bioplastics' viability as a replacement for conventional plastics. The tensile strength after one month of PLA 20 film is 14.9 MPa and PLA 50 film is 24.0 MPa. Elongation at break of PLA 30 and PLA 75 had already decreased from 17.5 percent to 1.3% and from 3.5% to 1.8%, respectively in one month. Corn and rice starch-based bioplastic that was buried in 15 days has a biodegradability rate of 48.73%, while conventional plastic has only a 2% biodegradability rate after 1 year of soil burial.Erabela L. AbellasKenjie B. BentainReb Jeryl D. MahilumChristian Rey J. PelagoRianne M. YntigJohn Michael SasanOpen Science LLCarticlebiodegradabilitybioplasticstarchsustainableScience (General)Q1-390Education (General)L7-991ENRUUZScience and Education, Vol 2, Iss 11, Pp 257-277 (2021)
institution	DOAJ
collection	DOAJ
language	EN RU UZ
topic	biodegradability bioplastic starch sustainable Science (General) Q1-390 Education (General) L7-991
spellingShingle	biodegradability bioplastic starch sustainable Science (General) Q1-390 Education (General) L7-991 Erabela L. Abellas Kenjie B. Bentain Reb Jeryl D. Mahilum Christian Rey J. Pelago Rianne M. Yntig John Michael Sasan Bioplastic made from starch as a better alternative to commercially available plastic
description	The development of biodegradable polymers for both industrial and commercial uses is critical nowadays due to the detrimental environmental implications of synthetic plastics. Experimental research on the biodegradation in soil behavior of PLA (Poly Lactic Acid) and Corn and Rice Starch-based Bioplastics are presented in this paper. The biodegradability rate of these starch-based bioplastics is compared to commercially available plastics in this paper. The findings demonstrate the bioplastics' viability as a replacement for conventional plastics. The tensile strength after one month of PLA 20 film is 14.9 MPa and PLA 50 film is 24.0 MPa. Elongation at break of PLA 30 and PLA 75 had already decreased from 17.5 percent to 1.3% and from 3.5% to 1.8%, respectively in one month. Corn and rice starch-based bioplastic that was buried in 15 days has a biodegradability rate of 48.73%, while conventional plastic has only a 2% biodegradability rate after 1 year of soil burial.
format	article
author	Erabela L. Abellas Kenjie B. Bentain Reb Jeryl D. Mahilum Christian Rey J. Pelago Rianne M. Yntig John Michael Sasan
author_facet	Erabela L. Abellas Kenjie B. Bentain Reb Jeryl D. Mahilum Christian Rey J. Pelago Rianne M. Yntig John Michael Sasan
author_sort	Erabela L. Abellas
title	Bioplastic made from starch as a better alternative to commercially available plastic
title_short	Bioplastic made from starch as a better alternative to commercially available plastic
title_full	Bioplastic made from starch as a better alternative to commercially available plastic
title_fullStr	Bioplastic made from starch as a better alternative to commercially available plastic
title_full_unstemmed	Bioplastic made from starch as a better alternative to commercially available plastic
title_sort	bioplastic made from starch as a better alternative to commercially available plastic
publisher	Open Science LLC
publishDate	2021
url	https://doaj.org/article/9f19bbbfb5c540c1980ddc83b5e24d3c
work_keys_str_mv	AT erabelalabellas bioplasticmadefromstarchasabetteralternativetocommerciallyavailableplastic AT kenjiebbentain bioplasticmadefromstarchasabetteralternativetocommerciallyavailableplastic AT rebjeryldmahilum bioplasticmadefromstarchasabetteralternativetocommerciallyavailableplastic AT christianreyjpelago bioplasticmadefromstarchasabetteralternativetocommerciallyavailableplastic AT riannemyntig bioplasticmadefromstarchasabetteralternativetocommerciallyavailableplastic AT johnmichaelsasan bioplasticmadefromstarchasabetteralternativetocommerciallyavailableplastic
_version_	1718407178240393216

Bioplastic made from starch as a better alternative to commercially available plastic

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