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Vegetables Oil Waste Water as Solution for Air Pollution Reduction

机译:植物油废水作为减少空气污染的解决方案

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Any industries generate more waste water as compared to utilization. Waste water generated from the industry either treatment if treatment is feasible or simply discharges to nearby stream. Due that configuration of the environment disturb. It can be minimized if suitable step are take to recycle or use for positive direction. Waste water generated from vegetable oil more percentage oil in there effluent. Vegetable oils and their derivatives (such as methyl esters), commonly referred to as biodiesel, are prominent candidates as alternative diesel fuels. They have advanced from being purely experimental fuels to initial stages of commercialization in a number of countries. Biodiesel is technically competitive to conventional fossil diesel but relatively cheap fossil diesel prices have made the technology economically unfeasible for almost a century. However, recent high and rising world crude oil prices and claims that the world oil reserves are diminishing and environmental and political pressure have caused an urge in the development of the technology of biodiesel production. The goal of this work is to develop a two-step technique of biodiesel production from waste water oil of vegetable oil industry. The results showed the waste water oil containing 75.09% wt of high free fatty acid and the average molecular weight of fatty acid and waste water oil are 281 g mol-1 and 985 g mol-1 with the highest vegetableitic acid content.
机译:与利用相比,任何行业都会产生更多的废水。该行业产生的废水要么进行处理(如果可行),要么直接排放到附近的溪流中。由于该配置环境受到干扰。如果采取适当的回收步骤或将其用于正面指示,则可以将其最小化。植物油产生的废水在废水中所占的百分比更高。通常被称为生物柴油的植物油及其衍生物(例如甲酯)是替代柴油的主要候选者。在许多国家,它们已从纯粹的实验燃料发展到商业化的初始阶段。生物柴油在技术上比常规化石柴油更具竞争力,但是相对便宜的化石柴油价格使该技术在近一个世纪的时间里在经济上不可行。然而,近来世界原油价格的高涨和上升以及声称世界石油储备正在减少以及环境和政治压力已引起对生物柴油生产技术发展的强烈要求。这项工作的目标是开发一种从植物油行业的废水中生产生物柴油的两步技术。结果表明,含有75.09%wt的高游离脂肪酸的废水油,脂肪酸和废水油的平均分子量分别为281 g mol-1和985 g mol-1,具有最高的植物酸含量。

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