Supercomputer Simulation of Hot Fractured Rock Geothermal Reservoir Systems

该项目旨在与地球动力学有限公司合作，开发一种先进的计算模型来模拟裂隙岩热(HFR)地热能源开发的裂隙岩土材料，该公司正在开发澳大利亚第一个HFR矿场。该地点储存的能源足以满足澳大利亚长达70年的所有能源需求。该模型有可能为地热能开采提供预测能力，这是成功开发氢氟化氢能源巨大潜力所必需的。预计的结果是一个新的超级计算机模拟工具，帮助设计、建设、风险评估和生产氢氟化氢燃料能源设施，这将帮助澳大利亚成为新兴的全球氢氟化氢地热行业的世界领先者。

The project aims to develop an advanced computational model to simulate fractured geomaterials for Hot Fractured Rock (HFR) geothermal energy exploitation in collaboration with Geodynamics Ltd which is developing Australia's first HFR field site. The site has enough stored energy to provide all Australia's energy needs for up to 70 years. The model has the potential to provide the predictive capacity for geothermal energy extraction required to successfully exploit the immense potential of HFR energy. The expected outcome is a new supercomputer simulation tool to aid in HFR energy facility design, construction, risk assessment and production that will help Australia become a world leader in the emerging worldwide HFR geothermal industry.