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Proceedings of the {IGSHPA} Research Track 2018最新文献

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Preliminary research for eight possible groundwater energy utilisation sites in Southern Finland 芬兰南部八个可能的地下水能源利用地点的初步研究
Pub Date : 2018-09-18 DOI: 10.22488/okstate.18.000005
Teppo Arola, Isa Witick, J. Kouvo, J. Kuusela
Groundwater energy utilisation has not been widely regognised as a significant renewable energy source for industry in Finland. This investigation provides example of cost-effective study to map groundwater energy utilisation possibilities. The purpose of this investigation is to increase knowledge and promote groundwater energy utilisation in Finland. The investigation was carried out for eight industrial sites located on Nastola, Southern Finland. The research include geological site investigation with groundwater temperature measurements and existing geological, hydrological, geotechnical and environmental literature review. Based on investigations and sites energy consumption data site specific groundwater energy capacity was estimated. Possible environmental barriers for groundwater energy utilisation and preliminary economical calculation was also assessed. Groundwater pumping and infiltration demand for all sites is approximately 43.3 l/s. No significant environmental issues was observed in this investigation. By utilising groundwater energy it is possible to save approximately 600 000 to 800 000 € in yearly energy costs. Hence groundwater energy utilisation can provide cost-effective renewable energy option to all sites. It is possible to plan common groundwater energy system for 2 to 3 companies and hence reduce investment costs. Further actions to continue site investigations is recommended to all sites.
地下水能源利用尚未被广泛认为是芬兰工业的重要可再生能源。这项调查为绘制地下水能源利用可能性提供了具有成本效益的研究实例。这项调查的目的是增加知识和促进地下水能源在芬兰的利用。这项调查是在芬兰南部纳斯托拉的八个工业基地进行的。研究内容包括地质现场调查、地下水温度测量和现有地质、水文、岩土和环境方面的文献综述。根据调查结果和场址能耗数据,估算了场址特定地下水能量容量。对地下水能源利用可能存在的环境障碍进行了评价,并进行了初步的经济计算。所有场地的地下水抽取和入渗需要量约为43.3升/秒。本次调查未发现重大环境问题。通过利用地下水能源,每年可以节省约60万至80万欧元的能源成本。因此,地下水能源的利用可以为所有站点提供具有成本效益的可再生能源选择。可以为2 - 3家公司规划共同的地下水能源系统,从而降低投资成本。建议所有场址采取进一步行动继续进行场址调查。
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Proceedings of the {IGSHPA} Research Track 2018
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