DOE investing $ 11.5 million to advance geologic carbon storage and geothermal exploration Focus on furthering geothermal energy and carbon storage technologies

Erdol Erdgas Kohle group

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DOE investing $ 11.5 million to advance geologic carbon storage and geothermal exploration Focus on furthering geothermal energy and carbon storage technologies

机译：美国能源部投资1150万美元来推进地质碳储存和地热勘探着力于进一步发展地热能和碳储存技术

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The U. S. Department of Energy (DOE) has announced the selection of eight new research and development projects to receive a total of $ 11.5 million in federal funding. The new projects are focused on furthering geothermal energy and carbon storage technologies. The selections fall under two objectives: (1) deploy and validate prototype carbon storage monitoring, verification, and accounting (MVA) technologies in an operational field environment, and (2) identify and validate new subsurface signals to characterize and image the subsurface, advancing the state of knowledge in geothermal exploration.

机译：美国能源部（DOE）已宣布选择八个新的研究与开发项目，以接受总计1150万美元的联邦资助。新项目的重点是进一步发展地热能和碳储存技术。选择项有两个目标：（1）在操作现场环境中部署和验证原型碳存储监测，验证和核算（MVA）技术，（2）识别和验证新的地下信号以表征和成像地下，推进地热勘探的知识状态。

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《Erdol Erdgas Kohle》 |2016年第9期|共1页
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1. DOE investing $ 11.5 million to advance geologic carbon storage and geothermal exploration Focus on furthering geothermal energy and carbon storage technologies [J] . Erdol Erdgas Kohle group Erdol Erdgas Kohle . 2016,第9期

机译：美国能源部投资1150万美元来推进地质碳储存和地热勘探着力于进一步发展地热能和碳储存技术
2. Offsetting Carbon Capture and Storage costs with methane and geothermal energy production through reuse of a depleted hydrocarbon field coupled with a saline aquifer [J] . Scafidi Jonathan, Gilfillan Stuart M. V International Journal of Greenhouse Gas Control . 2019,第期

机译：通过重用与盐水含水层结合的耗尽碳氢化合物场来抵消碳捕获和储存成本和地热能产生
3. Technological scheme of the combined geothermal-hydrocarbon system for the production and storage of energy resources [J] . Mykhailo I. Fyk, Volodymyr S. Biletskyi, Majid H. Abbood, E3S Web of Conferences . 2021,第a期

机译：能源生产和储存地热烃系统技术方案
4. Integration of Carbon Geological Storage and Geothermal Energy Development in Low-Permeability Reservoirs [C] . Yan Shi, Fugang Wang, Yanlin Yang, International Conference on Renewable Energy and Environmental Technology . 2014

机译：低渗透水库碳地质储存和地热能发展的整合
5. The Performance of a Carbon-Dioxide Plume Geothermal Energy Storage System [D] . Fleming, Mark R. 2019

机译：二氧化碳羽流地热能储存系统的性能
6. Data on the environmental impacts of the Hellisheiði geothermal plant and on the carbon intensity of geothermal energy and other energy technologies [O] . Andrea Paulillo, Alberto Striolo, Paola Lettieri 2019

机译：Hellisheiði地热发电厂对环境的影响以及地热能和其他能源技术的碳强度数据
7. Offsetting Carbon Capture and Storage costs with methane and geothermal energy production through reuse of a depleted hydrocarbon field coupled with a saline aquifer [O] . Jonathan Scafidi, Stuart M.V. Gilfillan 2019

机译：通过再利用与盐水含水层的耗尽碳氢化合物场来利用甲烷和地热能产生抵消碳捕获和储存成本

DOE investing $ 11.5 million to advance geologic carbon storage and geothermal exploration Focus on furthering geothermal energy and carbon storage technologies

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