摘要: A major technical obstacle affecting the application of in situ bioremediation is the effective distribution of nutrients to the subsurface media. Pneumatic fracturing can increase the permeability of subsurface formations through... 展开
作者 | Anderson, D. B. Peyton, B. M. Liskowitz, J. L. Fitzgerald, C. Schuring, J. R. | ||
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原报告号 | PNL-SA-24717 | 总页数 | 14 |
主办者 | Department of Energy, Washington, DC. | ||
报告分类号 | [68C Solid Wastes Pollution and Control] | ||
报告类别/文献类型 | DE / NTIS科技报告 | ||
关键词 | Biodegradation Military Facilities Oklahoma Soils Fuel oils Compiled Data Geologic Fractures In-Situ Processing Permeability Remedial Action Technology Assessment Tables(data) |