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APPLICATION OF PLASMA TECHNOLOGY TO REDUCING CO2 EMISSIONS FROM GAS FLARES IN OIL AND GAS INDUSTRY

机译:等离子体技术在油气工业中减少燃气耀斑二氧化碳排放的应用

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Activities in the oil and gas industry produce waste which can become a problem for environment. One of the problems regarding global issues is the releasing of greenhouse gases from flaring activities, as prevention from safety troubles, etc. However, UNEP has stated that Flaring of produced gas is the most significant source of air emissions. In this paper, the writer offers a solution that can reduce the amount of CO2 released into the air by converting it into other chemicals more beneficial as raw materials for other industries. The technology used is plasma technology. Plasmas are ionized gases which consist of positive and negative ions, and electrons as well as neutral species. The plasma reaction will lead o decomposition of CO2 into other substances with the excitation of electrons through a reaction mechanism. This is a significant improvement in organic synthesis via non-thermal plasmas and could lead to practical applications of plasma synthesis of more valuable products from flaring waste in the oil and gas industry. Furthermore, environmental problems such as global warming, climate change, etc. can be reduced.
机译:石油和天然气行业的活动产生可能成为环境问题的废物。关于全球问题的问题之一是从燃烧活动中释放温室气体,因为预防安全烦恼等,环境规划署已经表示,产生的气体燃烧是最重要的空气排放来源。在本文中,作者提供了一种解决方案,可以通过将其他化学品转化为其他行业的原材料,减少进入空气中的二氧化碳量。使用的技术是等离子技术。等离子体是由正极和负离子的电离气体,以及电子以及中性物种。等离子体反应将通过反应机制将CO2的分解成其他物质,通过反应机制激发电子。这是通过非热等离子体的有机合成有机合成的显着改善,可能导致血浆合成从石油和天然气行业的燃烧废物中的血浆合成的实际应用。此外,可以减少全球变暖,气候变化等的环境问题。

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