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Energy recovery in the water industry using micro-hydropower: an opportunity to improve sustainability

机译:使用微型水力发电的水工业中的能源回收:提高可持续性的机会

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The water industry as a whole consumes a considerable amount of energy in the treatment and distribution of water and wastewater. Like all sectors of society today, the industry is focusing efforts on reducing its CO_2 emissions and improving the sustainability of its systems and practices. One way of achieving this is through the use of micro-hydropower (MHP) installations in water infrastructure for energy recovery purposes. This paper presents a review of energy use and CO_2 emissions in the water industry as well as highlighting the opportunities and challenges for MHP energy recovery. The results indicate that significant potential exists for energy recovery in the water industry. However, many previous investigations have not considered key complexities such as variations in flows or turbine efficiency. Similarly, accurate costing and return on investment data are often absent or lacking sensitivity analysis. Further research is required to address the risks and long-term reliability of installations, alongside the development of firm policy to direct and incentivise sustainability gains in this area.
机译:整个水行业在处理和分配水和废水时会消耗大量能源。像当今社会的所有部门一样,该行业正在集中精力减少其CO_2排放并提高其系统和实践的可持续性。实现这一目标的一种方法是通过在水利基础设施中使用微型水电(MHP)装置进行能量回收。本文介绍了水行业的能源使用和CO_2排放,并重点介绍了MHP能源回收的机遇和挑战。结果表明,水工业中存在巨大的能源回收潜力。但是,以前的许多研究都没有考虑关键的复杂性,例如流量或涡轮效率的变化。同样,经常缺少准确的成本核算和投资回报数据或缺乏敏感性分析。需要进一步研究以解决设备的风险和长期可靠性,同时还要制定指导和激励该领域可持续性发展的坚定政策。

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