Difference between revisions of "Remediation Technologies"
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==Additional Documents== | ==Additional Documents== | ||
| − | *[ | + | *[[Media:AFCEE_Biov_1996.pdf|Bioventing Performance and Cost Results from Multiple Air Force Test Sites]] |
| − | *[ | + | *[[Media:EPA_Bioventing_Principles_and_Practice.pdf|Bioventing Principles and Practice EPA]] |
| − | *[ | + | *[[Media:AFCEE_BioSlurper_Initiative_1997.pdf|Engineering Evaluation and Cost Analysis for Bioslurper Initiative]] |
| − | *[ | + | *[[Media:epa-nanotechnology-white-paper-final-february-2007.pdf|EPA Nanotechnology White Paper]] |
| − | *[ | + | *[[Media:Vacuum_Mediated_LNAPL_Recovery_bioremediation.pdf|Technology Profile: Vacuum-Mediated LNAPL Free Product Recovery/Bioremediation (Bioslurper)]] |
| − | *[ | + | *[[Media:2006_EPA_542-R-06-009.pdf|Treatment Technologies for 1,4-Dioxane: Fundamentals and Field Applications]] |
Revision as of 09:05, 4 May 2018
Remediation technologies include both traditional remediation approaches and emerging technologies. Common technologies employ a range of abiotic chemical treatments, biologically based remediation, and thermal approaches. Also included in this category are technologies for extracting contaminants from the subsurface and delivering treatment amendments.
Related Articles
Additional Documents
- Bioventing Performance and Cost Results from Multiple Air Force Test Sites
- Bioventing Principles and Practice EPA
- Engineering Evaluation and Cost Analysis for Bioslurper Initiative
- EPA Nanotechnology White Paper
- Technology Profile: Vacuum-Mediated LNAPL Free Product Recovery/Bioremediation (Bioslurper)
- Treatment Technologies for 1,4-Dioxane: Fundamentals and Field Applications
