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Technical Feasibility Aspects of the Geothermal Resource Reporting Methodology (GRRM)

机译:地热资源报告方法的技术可行性方面(GRRM)

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This paper reviews the technical assessment of the Geothermal Research Reporting Methodology (GRRM, http://en.openei.org/wiki/GRRM) being developed for reporting geothermal resources and project progress. The goal of the methodology is to provide the U.S. Department of Energy's Geothermal Technologies Office (GTO) with a consistent and comprehensible means of evaluating the impacts of its funding programs. The GRRM is designed to provide uniform assessment criteria for geothermal resource grades and developmental phases of geothermal resource exploration and development. This resource grade system provides information on twelve attributes of geothermal resource locations (e.g., temperature, permeability, land access) to indicate potential for geothermal development. The GTO plans to use these Protocols to help quantitatively identify the greatest barriers to geothermal development, develop measureable program goals that will have the greatest impact to geothermal deployment, objectively evaluate proposals based (in part) on a project's ability to contribute to program goals, monitor project progress, and report on GTO portfolio performance. The GRRM assesses three areas of geothermal potential: geological, socio-economic, and technical. Previous work and publications have discussed the work done on the geological aspects of this methodology (Young et al. 2015c); this paper details the development of the technical assessment of the GRRM. Technical development attributes considered include: reservoir management, drilling, logistics, and power conversion.
机译:本文审查了地热研究报告方法的技术评估(GRRM,http://en.openei.org/wiki/grrm),用于报告地热资源和项目进度。该方法的目标是为美国能源的地热技术办公室(GTO)提供一致而可理解的评估其资助计划的影响。 GRRM旨在为地热资源勘探和发展的地热资源成绩和发展阶段提供统一的评估标准。该资源等级系统提供有关地热资源位置(例如,温度,渗透率,土地接入)的十二个属性的信息,以表明地热发育的潜力。 GTO计划利用这些协议来帮助定量地确定地热发展最大的障碍,制定可衡量的计划目标,这些目标将对地热部署产生最大的影响,客观地评估基于项目促进计划目标的能力(部分)的建议,监控项目进度,并报告GTO组合性能。 GRRM评估地热潜力的三个领域:地质,社会经济和技术。以前的工作和出版物已经讨论了这种方法的地质方面所做的工作(Young等人2015C);本文详细介绍了GRRM技术评估的发展。考虑的技术开发属性包括:水库管理,钻井,物流和电力转换。

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