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Uses of Some Euphorbiaceae Plants as Renewable Source of Energy

机译:使用一些大戟科植物作为可再生能源

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Increase in the number of automobile vehicles and the sophistication in the technology to hand in hand and scientists redeveloping innovative awareness to find out new energy sources from the underutilized potential diverse plant species. The shortage and depletion of petroleum have let us to reconsider and adopt alternative sources for fuels and chemicals. During the mid and later 70's scientist realized that biomass is the principle renewable resource capable of providing non-polluting, safe fuels and started to rely on plant biomass. Work has been started to devise various adaptive biomass systems in achieving greater use of biomass for fuel and other products. Plants with accumulation of useful products like latex, gums, resins are proved to be excellent source materials. We evaluated some large scale of underutilized multiuse plants as means to arrive at potentially renewable source. Maximum polyphenol as well as oil content was observed in E. antiquorum 8.8% and 5.4% respectively. Maximum content of hydrocarbon (1.0%) was found in F. elastica (leaf sample). The results show that in future E. antiquorum and F. elastica (leaf) would be alternative biorenewable of source of energy.
机译:汽车数量的增加和技术的先进性相结合,科学家们重新树立了创新意识,以从未充分利用的潜在多样化植物物种中寻找新的能源。石油的短缺和枯竭让我们重新考虑并采用替代性燃料和化学品来源。 70年代中后期,科学家意识到生物质是能够提供无污染,安全燃料的主要可再生资源,并开始依赖植物生物质。已经开始设计各种适应性生物质系统以实现将生物质更多地用于燃料和其他产品的工作。事实证明,富含乳胶,树胶,树脂等有用产品的植物是极好的原料。我们评估了一些未充分利用的大型多用途植物,以此作为获取潜在可再生资源的手段。在抗定居大肠杆菌中观察到最大多酚和油含量分别为8.8%和5.4%。在弹性镰刀菌(叶片样品)中发现了最大碳氢化合物含量(1.0%)。结果表明,在将来,E。antiquorum和F.elastica(叶)将成为替代生物可再生的能源。

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