Search | Thursday, September 09, 2010
Advanced Technologies for Contaminated Site Remediation
Recent Developments
This page is designed as an archive for the “Recent Developments” section of the Regenesis homepage. We encourage our web patrons to bookmark this page or visit it on a regular basis.
Regenesis Sponsors Upcoming 10th International In-Situ On-Site Bioremediation Symposium
At this widely recognized, industry event, over 1000 leaders and
experts alike will gather on May 5-8 in Baltimore, Maryland to examine
a wide-range of approaches to environmental bioremediation. Regenesis
has been a long-time sponsor of this key conference and extends an
invitation to everyone involved in this field to participate. For more
information, click here.
The following are an assembly of Regenesis product related abstracts presented at the 2009 Battelle Conference:
- Application of Chemical Oxidation Followed by Anaerobic Degradation; Remedial Technologies for TCE in a Multi-System Aquifer (Andrew Applebaum)
- Development of Contaminated Site Enabled Following Enhanced Reductive Dechlorination of Chlorinated Solvents (Jeremy Birnstingl PhD.)
- In Situ Groundwater Remediation of Metals using Time-Release Metals Remediation Compound (Avijit Dasgupta)
- Former Service Station Site with Hydrocarbon Contamination Effectively Treated with Enhanced Aerobic Degradation (Stephanie Dobyns)
- Enhanced In Situ Bioremediation Field-Scale Study Comparing Different Carbon Sources (Steven Downey)
- Overcoming Persistent Anaerobic Conditions using Injectable Controlled-Release Oxygen to Treat a BTEX Plume (Benjamin Grove)
- Loading Rates and Impacts of Substrate Delivery for Enhanced In Situ Anaerobic Bioremediation (Bruce Henry)
- Field Pilot Achieves Rapid Treatment of Dissolved Nickel, Zinc and Copper in Groundwater at Foundry Site (Andrew Irwin)
- Enhanced Remediation of Recalcitrant Hydrocarbons in Aged Compost Soils (Paula Cajal Marinosa)
- Attenuation and Biostimulation of Perchloroethylene Following In Situ Chemical Oxidation (Jeffrey Pintenich)
- Remediating an Old Petroleum Site Based on an Accurate Site Conceptual Model (Joseph Rossi)
- Vacuum-Enhanced, Dual-Phase Extraction and Bioremediation with HRC®, 3-D Microemulsion™/HRC-X™ for Remediation of Chlorinated Hydrocarbons (David Russell P.E., DEE)
- Application of Enhanced Anaerobic Biostimulation and Bioaugmentation Produces Conditions Suitable for Reductive Dechlorination (Bryan Vigue)
- Source Zone Removal Followed by Enhanced Bioremediation in Chlorinated Ethene-Impacted Fractured Sandstone (Jonathan Waddell)
- Integrated Approach to PCE-Impacted Site Characterization, Site Management and Enhanced Bioremediation (Glenn White)
- Enhanced Bioremediation of Chlorinated Solvent Source Areas (Christie Zawtocki)
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