Superfund Research Program
Integrating Microbial Biostimulation and Electrolytic Aeration to Degrade POPs
Project Leader: Harold D. May
Grant Number: R01ES016197
Funding Period: 2008-2011
Program Links
Hazardous Waste Sites
Final Progress Reports
Publications
Table of Contents
Hazardous Waste Sites with On-Going Research
No projects at this time.
Hazardous Waste Sites with Completed Research
Aluminum Company Of America - Massena, New York
- Project: Medical University of South Carolina: Integrating Microbial Biostimulation and Electrolytic Aeration to Degrade POPs
Project Investigator: Harold D May
Research Types: Others
Research/Outreach: Completed
Ashley River - South Carolina
- Project: Medical University of South Carolina: Integrating Microbial Biostimulation and Electrolytic Aeration to Degrade POPs
Project Investigator: Harold D May
Research Types: Bench scale application of a new remediation technology, Collection of samples for off-site analysis, Training
Research/Outreach: Completed
Baltimore Harbor - Baltimore, Maryland
- Project: Medical University of South Carolina: Integrating Microbial Biostimulation and Electrolytic Aeration to Degrade POPs
Project Investigator: Harold D May
Research Types: Bench scale application of a new remediation technology, Collection of samples for off-site analysis, Training
Research/Outreach: Completed
Fox River NRDA/PCB Releases - Neenah, Wisconsin
- Project: Medical University of South Carolina: Integrating Microbial Biostimulation and Electrolytic Aeration to Degrade POPs
Project Investigator: Harold D May
Research Types: Bench scale application of a new remediation technology, Collection of samples for off-site analysis, Training
Research/Outreach: Completed
Grasse River Superfund Site - Massena, New York
- Project: Medical University of South Carolina: Integrating Microbial Biostimulation and Electrolytic Aeration to Degrade POPs
Project Investigator: Harold D May
Research Types: Bench scale application of a new remediation technology, Collection of samples for off-site analysis
Research/Outreach: Completed