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Impact of a trigeneration power system fuelled by vegetable oil on environmental air pollution by numerical simulations

机译:用植物油推动的植物油燃料对数值模拟环境空气污染的影响

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In the most recent years, renewable sources are becoming increasingly crucial owing to both the stocks of fossil fuels being depleted and environmental problems around the globe. This study describes the environmental assessment of thermal power plant-based trigeneration systems fuelled by renewable energy sources for district heating/cooling system. First, the paper examines the thermal and refrigeration requests of a possible new urban area with electricity, cooling and heating provided by a new trigeneration power system; this study is performed considering a trigeneration plant based on the internal combustion engines fuelled by renewable vegetable oil. Subsequently, a numerical assessment is achieved in order to evaluate the environmental impact on the neighboring area of the trigeneration system. The results of these numerical simulations show that the impact of this power plant on air quality state is not significant in this area. As a result, this kind of trigeneration power system can significantly support the cause of sustainable development and energy efficiency.
机译:在最近几年,由于化石燃料的股票在全球耗尽和环境问题,可再生能源日益至关重要。本研究描述了通过用于区供热/冷却系统的可再生能源推动的基于热电厂的三合体系统的环境评估。首先,本文通过新的Themeration Power系统提供的电力,冷却和加热来检查可能的新城区可能的新城区的热和制冷要求;考虑到基于由可再生植物油燃料的内燃机的三合一植物进行该研究。随后,实现了数值评估,以评估对Trigemeration系统的邻近区域的环境影响。这些数值模拟的结果表明,该电厂对空气质量状态的影响在该领域并不重要。因此,这种三合一动力系统可以显着支持可持续发展和能源效率的原因。

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