Bio-Plastics - An Alternative to Petroleum Based Plastics

doi:10.20431/2454-6224.0401001

Cited by 12 publications

(3 citation statements)

References 11 publications

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“…Its decomposition can cause various damages to the living organism [11]. According to a survey approximately 10% of household waste is plastics and mostly end up in landfill [12][13][14].…”

Section: Open Accessmentioning

confidence: 99%

Production of Bioplastics from Various Plant Parts

Thomas

2023

J. Mech. Constr. Eng.

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The extensive existence of plastic in the environment has a serious effect on the living organism. In this study, the synthesis will be done in small quantity within the lab. Long lifetime, good barrier property, stiffness, tensile strength and tear strength make petro-chemical plastics more popular in society. Inspite of many advantages the plastic is proved to be more threatening for the mankind survival. The expected outcome of this project will be the biodegradable plastic which will be a great relief for society. Life begins from birth in which the play toy of newborn baby is plastic then as they grow up everything surrounding them is plastic, the plastic glass, plastic bottles, plastic buckets, plastic box etc. The research work on production of bio plastic using different plant parts will act as substitute for the plastic substances. For the betterment of living creatures and also for the betterment of the environment bioplastics formed from plant parts are better as compared to that of the plastics formed by traditional method. Due to the non-biodegradability of the plastics, they will be ominous for the whole system as the whole system depends on the plastic. Plastic pollution is responsible for the worsening of the habitat of organisms and the human lifestyle. With the help of this study, we will also analyze the properties such as water absorption capacity and bio-degradability. Mass production of bioplastic will be a great solution for plastic pollution.

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“…Its decomposition can cause various damages to the living organism [11]. According to a survey approximately 10% of household waste is plastics and mostly end up in landfill [12][13][14].…”

Section: Open Accessmentioning

confidence: 99%

Production of Bioplastics from Various Plant Parts

Thomas

2023

J. Mech. Constr. Eng.

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“…Натурна маса зерна (натура зерна) -один з основних показників, який характеризує фізичні властивості зерна [2] та входить до переліку класоутворюючих. Цей показник частково характеризує виповненість зерна й має важливе значення під час транспортування і його зберігання [3]. Чим більша натура тим більш виповнене зерно та вища його харчова цінність [4,5].…”

Section: актуальністьunclassified

“…За зниження натури зерна нижче 700 г/л погіршуються хлібопекарські властивості борошна та смакові якості хліба [8]. Рівень прояву натури зерна пшениці залежить від низки чинників: генетичних особливостей сорту, гідротермічних умов, технології вирощування, попередників тощо [3,9].…”

Section: актуальністьunclassified

Formation and variability of test weight in winter bread wheat genotypes (Triticum aestivum L.) depending on the growing season conditions, preceding crops and sowing dates

Demydov¹,

Hudzenko²,

Pravdziva³

et al. 2021

Naukovì dopovìdì Nacìonalʹnogo unìversitetu bìoresursiv ì priro

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The study aimed to identifying peculiarities of formation and variability of grain test weight in winter bread wheat genotypes depending on the growing season conditions, sowing dates and different preceding crops. The studies were conducted at The V.M. Remeslo Myronivka Institute of Wheat of the NAAS of Ukraine during 2016-17–2018-19 growing seasons. There were estimated 17 winter bread wheat genotypes that were sown in three sowing dates after five preceding crops. Test weight was evaluated according to the State Standard 10840–64. Statistical processing was performed with using programs Statistica 8.0, Excel 2013. It was revealed the significant effect of growing season conditions on grain test weight in winter bread wheat varieties in environments of Ukrainian Forest-Steppe. Significant differences in responses of the genotypes under study on sowing date after different preceding crops were revealed. The most effect of sowing dates on test weight was established in the variety MIP Vidznaka, while the most effect of preceding crops was established in the varieties MIP Yuvileina, Podolianka, MIP Lada, and MIP Darunok. In general, maximal test weight was formed after green manure and the minimal one was after soybeans as preceding crop. The general tendency of decrease in grain test weight with shift in sowing dates from September 26 to October 16 after preceding crops green manure, mustard, sunflower, soybeans was revealed. The sowing date October 05 was optimal for the varieties MIP Valensiia, Estafeta myronivska, MIP Lada after green manure, for the varieties Podolianka, Trudivnytsia myronivska, Hratsiia myronivska, MIP Dniprianka, MIP Lada after mustard, for the varieties Podolianka, Trudivnytsia myronivska, Balada myronivska, Hratsiia myronivska, MIP Assol after sunflower, for the varieties Trudivnytsia myronivska, Estafeta myronivska after maize, for the varieties Podolianka, Trudivnytsia myronivska after soybeans. The varieties MIP Vyshyvanka, Trudivnytsia myronivska, Balada myronivska, Estafeta myronivska, MIP Dniprianka, MIP Vidznaka, and MIP Yuvileina were identified which exceeded significantly the standard variety Podolianka in test weight on average by years of the research, sowing dates, and preceding crops.

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Bioplastic: Unravelling the Sustainable Approach for Petroleum Plastic

Mohapatra,

Singh

2024

Harnessing Microbial Potential for Multifarious Applications

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Bio-Plastics - An Alternative to Petroleum Based Plastics

Cited by 12 publications

References 11 publications

Production of Bioplastics from Various Plant Parts

Production of Bioplastics from Various Plant Parts

Formation and variability of test weight in winter bread wheat genotypes (Triticum aestivum L.) depending on the growing season conditions, preceding crops and sowing dates

Bioplastic: Unravelling the Sustainable Approach for Petroleum Plastic

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