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Biotech - Beat Breakers: Mayuri Arvind, Bhavashri S, Keerthana SL, Rashmitha V, Anusha S, Yazhini A, Kamushree T, Krithika V, Rufina Pricy S, Shangamithra S, Abinayashree S, Jayashri BS, Janane Ks Biotech - Vidamuyarchi: Advika J, Kereen Boaze G，Dhivya Gomathi M，Christina R Leo，Subashni S，Rakshana R Biotech -Maari男孩：Arjun S，Karthik P，Karthik S，Mohanakrishnan B，Sai Srinivas Srinivas S，Sam Jabez S，Sam Jabez S，Stephen Daniel Soyza，Stephen Daniel Soyza，Vijay D >Biotech - Beat Breakers: Mayuri Arvind, Bhavashri S, Keerthana SL, Rashmitha V, Anusha S, Yazhini A, Kamushree T, Krithika V, Rufina Pricy S, Shangamithra S, Abinayashree S, Jayashri BS, Janane Ks Biotech - Vidamuyarchi: Advika J, Kereen Boaze G，Dhivya Gomathi M，Christina R Leo，Subashni S，Rakshana R Biotech -Maari男孩：Arjun S，Karthik P，Karthik S，Mohanakrishnan B，Sai Srinivas Srinivas S，Sam Jabez S，Sam Jabez S，Stephen Daniel Soyza，Stephen Daniel Soyza，Vijay D
使用果皮合成生物塑料：可持续的...
Narendra Kumar S 1，Prathyush U 2，Sri Janane S v 3助理教授，生物技术，RV工程学院BE学生，部门摘要 - 传统基于石油的塑料的环境影响已经迫切需要可持续的替代方案。本文使用果皮（一种富含淀粉和纤维素的有机废料）研究了生物塑料的合成。该过程涉及化学提取，增塑和成型，以产生可生物降解的材料。测试揭示了生物降解性和机械性能的有希望的结果，尽管需要改善防水性。这项研究证明了基于水果果皮的生物塑料解决塑料污染并促进循环经济中的废物吹失的潜力。索引术语 - 生物塑料，果皮，可持续性，生物降解性