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Lawrence Livermore signs agreement with China to develop clean energy technology; CCS, EOR, shale gas and power engineering

Lawrence Livermore National Laboratory (LLNL) has signed a memorandum of understanding with the Clean Energy Research Institute in China to conduct joint research and development of clean energy technologies, with a focus on carbon capture and sequestration (CCS), enhanced oil recovery (EOR), shale gas and power engineering.

The Clean Energy Research Institute was formed by Huaneng Power International Inc., the largest power company in the world. Under the memorandum of understanding, the Laboratory will create a stronger relationship with Huaneng and both parties will conduct research analysis and data exchange as established under the US-China Clean Energy Research Center (CERC) that was set up last year.

Specifically, LLNL brings expertise in CCS, advanced material science, engineering and design and energy systems analysis. LLNL has a strong relationship with the Chinese through the CERC, a project that facilitates joint research and development of clean energy technologies including CCS by the United States and China.

Huaneng operates GreenGen (earlier post), the first large-scale coal-fueled power plant to employ integrated CCS. In addition, the company has operated the world’s largest CCS pilot at the Shanghai Shidongkou Coal Power Plant, which uses about 15 megawatts of energy to capture 120,000 tons of carbon dioxide (CO2) per year. Julio Friedmann, LLNL’s director of the carbon management program, said Huaneng plans to scale up to produce 600 megawatts of energy and sequester up to 2.5 million tons of CO2 per year.

Livermore has a long history in CCS technology by blending computer science, geology, ecology, atmospheric science and other disciplines to find solutions to a number of challenges facing the development and safe operation of carbon capture and storage (CCS) facilities. Areas that Livermore specializes in are: development of novel CO2 capture technologies and processes; evaluating strategies for the co-production of water; predicting the consequences of releases of CO2; simulating subsurface pressure build-up; modeling reactive transport of CO2 in groundwater; monitoring CO2 plumes in subsurface; and characterizing and assessing subsurface geology.

Comments

Edward Son

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