Effect of transport limitations and fluid properties on reaction products in fractures of unaltered and serpentinized basalt exposed to high P ce:inf loc='post'>CO ce:inf loc='post'>2/ce:inf> /ce:inf> fluids

著录项

• 来源
  《International Journal of Greenhouse Gas Control》 |2017年第2017期|共11页
• 作者

  Jubilee T. Adeoye; Anne H. Menefee; Wei Xiong; Rachel K. Wells; Philip Skemer; Daniel E. Giammar; Brian R. Ellis;

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• 作者单位

  Department of Civil and Environmental Engineering University of Michigan;

  Department of Civil and Environmental Engineering University of Michigan;

  Department of Energy Environmental and Chemical Engineering Washington University in St. Louis;

  Department of Earth and Planetary Sciences Washington University in St. Louis;

  Department of Earth and Planetary Sciences Washington University in St. Louis;

  Department of Energy Environmental and Chemical Engineering Washington University in St. Louis;

  Department of Civil and Environmental Engineering University of Michigan;

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• 收录信息
• 原文格式 PDF
• 正文语种 other
• 中图分类 环境科学、安全科学;
• 关键词

  Basalt; CO2sequestration; Mineral carbonation; Fracture flow; Carbon mitigation;

  机译：玄武岩;CO2序列;矿物碳酸化;骨折流动;碳缓解;