阿根廷布宜诺斯艾利斯浅层地热资源gis制图

M. Alcaraz, L. Vives
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摘要

人口和能源需求的增长对布宜诺斯艾利斯等大城市的利益相关者来说是一个挑战。可持续地满足这一需求是新世纪社会所要求的目标。浅层地热能是一种非常有价值的可再生能源。然而,这是一个巨大的未知数。为了克服这一最初的障碍并使其为人所知,我们计算了布宜诺斯艾利斯市所在的Matanza-Riachuelo盆地的地热潜力。为了估算浅层地热潜力,有必要确定被开发含水层的特征和行为。在地质和水文地质模型的基础上,建立了多孔介质中的热传递方程。这一估计所需的输入参数是从Matanza-Riachuelo盆地的详尽地质数据库中获得的。所需参数主要是地下水流速、各水文地质层的岩性描述和厚度以及地热地面参数(体积热容和导热系数)。得到了Matanza-Riachuelo盆地SGE潜力分布图。这张地图反映了布宜诺斯艾利斯市开发SGE的可行性,这要归功于计算出的高地热潜力值。
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GIS-Mapping of Shallow Geothermal Resources of Buenos Aires, Argentina
Summary The growth in population and energy requirement is a challenge for stakeholders in huge cities such as Buenos Aires. Sustainably meeting this demand is the goal demanded by society for this new century. The shallow geothermal energy (SGE) is a renewable energy very valuable. However, it is a great unknown. To overcome this initial barrier and make it known, the geothermal potential of the Matanza-Riachuelo Basin, where the City of Buenos Aires is located, were calculated. For the estimation of shallow geothermal potential, it is necessary to define the characteristics and behavior of the aquifers under exploitation. The heat transport equation in porous media was used on the basis of a geological and hydrogeological model. The input parameters necessary for this estimate were obtained from an exhaustive geological data base for the Matanza-Riachuelo Basin. The required parameters are mainly the groundwater velocity, the lithological description and the thickness of each hydrogeological formations and geothermal ground parameters (volumetric heat capacity and thermal conductivity). As a result, maps of SGE potential were obtained for the Matanza-Riachuelo Basin. This map reflects the viability of the exploitation of SGE in the City of Buenos Aires, thanks to the high geothermal potential values calculated.
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