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Yellow Oleander (Thevetia peruviana) Seed as a Potential Bioresource for Industrial Applications
Mini-Reviews in Organic Chemistry ( IF 2.3 ) Pub Date : 2020-10-31 , DOI: 10.2174/1570193x17666191230122142
Bidangshri Basumatary 1 , Biswajit Nath 1 , Pranjal Kalita 2 , Bipul Das 3 , Sanjay Basumatary 1
Affiliation  

Raw materials from renewable natural resources for industrial applications are in high concern in recent industrial research. Researchers invest their time in the management of waste as well as the conversion of waste to wealth. In that line, the production of biofuels including biodiesel, and value-added products from non-edible oil sources as well as from the generated waste biomasses, are in the tilt of research in recent times. Preparation of different oleochemicals such as grease, resins, soap, lubricants, etc. from vegetable oils, and utilization of seed cake as fertilizer, animal feed, medicine, etc. are encouraged as a part of the generation of waste to wealth as per today’s environment is concerned. In recent days, various reports on the production of biodiesel and other oleochemicals from non-edible oil sources are published in various scientific journals. Yellow oleander (Thevetia peruviana) is a tropical shrub which produces a toxic non-edible fruit containing a high percentage of seed oil (up to 67%), protein (30-37%) as well as other medicinally important phytochemicals. It is attracting the researchers worldwide for the production of biodiesel, various oleochemicals, medicine, animal feed, etc. In this study, biodiesel and various value-added products synthesized from Thevetia peruviana oil and cake are reviewed to generate and popularize the potential use of yellow oleander seed for various industrial applications and accordingly, for substantial growth in cultivation for commercial-scale requirements.



中文翻译:

黄夹竹桃(Thevetia peruviana)种子作为工业应用的潜在生物资源

用于工业应用的可再生自然资源的原材料在最近的工业研究中受到高度关注。研究人员将时间投入到废物的管理以及废物到财富的转化上。在这一方面,近年来,包括生物柴油在内的生物燃料的生产以及从非食用油源以及产生的废物生物质的增值产品的生产一直处于研究的倾向。鼓励从植物油中制备不同的油脂化工产品,例如油脂,树脂,肥皂,润滑剂等,并鼓励将籽饼用作肥料,动物饲料,药品等,以作为当今按废物产生财富的一部分环境方面。最近几天 从各种非食用油来源生产生物柴油和其他油脂化学产品的各种报告发表在各种科学期刊上。黄夹竹桃(Thevetia peruviana)是一种热带灌木,可产生有毒的非食用水果,其中含有高百分比的种子油(最高67%),蛋白质(30-37%)以及其他医学上重要的植物化学物质。它吸引了全世界的研究人员来生产生物柴油,各种油脂化学品,药物,动物饲料等。在这项研究中,对由Thevetia peruviana油和饼合成的生物柴油和各种增值产品进行了综述,以产生并推广其潜在用途。黄夹竹桃种子,可用于各种工业用途,因此可满足商业规模要求的大量种植。黄夹竹桃(Thevetia peruviana)是一种热带灌木,可产生有毒的非食用水果,其中含有高百分比的种子油(最高67%),蛋白质(30-37%)以及其他医学上重要的植物化学物质。它吸引了全世界的研究人员来生产生物柴油,各种油脂化学品,药物,动物饲料等。在这项研究中,对由Thevetia peruviana油和饼合成的生物柴油和各种增值产品进行了综述,以产生并推广其潜在用途。黄夹竹桃种子,可用于各种工业用途,因此可满足商业规模要求的大量种植。黄夹竹桃(Thevetia peruviana)是一种热带灌木,可产生有毒的非食用水果,其中含有高百分比的种子油(最高67%),蛋白质(30-37%)以及其他医学上重要的植物化学物质。它吸引了全世界的研究人员来生产生物柴油,各种油脂化学品,药物,动物饲料等。在这项研究中,对由Thevetia peruviana油和饼合成的生物柴油和各种增值产品进行了综述,以产生并推广其潜在用途。黄夹竹桃种子,可用于各种工业用途,因此可满足商业规模要求的大量种植。

更新日期:2020-10-11
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