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首页> 外文期刊>Advanced Science Letters >Dielectric Barrier Discharge Plasma Approach for Bio-Oils Chemical Detoxification: An Advanced Technology on Industrial Application
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Dielectric Barrier Discharge Plasma Approach for Bio-Oils Chemical Detoxification: An Advanced Technology on Industrial Application

机译:生物油化学排毒的介质屏障放电等离子体方法:工业应用先进技术

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摘要

Plasma technology has been widely used for many industrial applications, including materials processing and liquid treatment. One of advantages on using plasma based technology is eco-friendly approach in which there is no by product left after processing. In this work, Jatropha curcasLinn stock was targeted as it can potentially be used as fuel and food source. However, its utilization as a food source is limited by the presence of natural carcinogenic compounds, Phorbol Esters (PE). The application of plasma to detoxify PE content by attacking its chemical bonds withozone molecules was investigated. It was shown, using synthetic PE samples, that significant reduction of PE can be achieved in less than 30 minutes with ozone plasma driven process. It is expected that this result will contribute to the wider application of plasma technology, particularlyin the food sector.
机译:等离子技术已广泛用于许多工业应用,包括材料加工和液体处理。 使用基于等离子体技术的优点之一是环保的方法,在此处留下了产品。 在这项工作中,Joatropha Curcaslinn股票占有限公司,因为它可能被用作燃料和食物来源。 然而,其作为食物来源的利用是受天然致癌化合物的存在的限制,烧硼酯(PE)。 研究了血浆通过攻击其化学键对分子进行攻击来解毒PE含量。 使用合成PE样品显示,通过臭氧等离子体驱动过程可以在不到30分钟内实现PE的显着降低。 预计这一结果将有助于更广泛地应用等离子体技术,尤其是食品部门。

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