The Environment Agency EA of England and Wales and US EPA are also included. The project has completed initial characterization of DNAPL source zones, laboratory microcosm study, installation of the test cell, and baseline data collection.
In the RTDF Bioremediation Consortium initiated Phase III of its research activities when it joined forces with multinational team to launch the In Situ Source Area Bioremediation project SABRE, see for details. In addition, the University of Birmingham and BGS are conducting complimentary research project Streamtube in the SABRE test cell. The SABRE project team comprises Archon Environmental British Geological Survey BGS Celanese Acetate Chevron CLAIRE DuPont ESI GE Geosyntec Consultants, Inc. Golder Associates Honeywell ICI Scientifics SERDP Shell SiREM Terra Systems, Inc University of Edinburgh and University of Sheffield.
The goal is to demonstrate the efficacy of accelerated anaerobic bioremediation as treatment alternative for source areas contaminated with chlorinated solvent dense nonaqueous phase liquids DNAPLs. In the RTDF Bioremediation Consortium initiated Phase III of its research activities when it joined forces with multinational team to launch the In Situ Source Area Bioremediation project SABRE, see for details. The project has completed initial characterization of DNAPL source zones, laboratory microcosm study, installation of the test cell, and baseline data collection.
The SABRE project team comprises Archon Environmental British Geological Survey BGS Celanese Acetate Chevron CLAIRE DuPont ESI GE Geosyntec Consultants, Inc. Golder Associates Honeywell ICI Scientifics SERDP Shell SiREM Terra Systems, Inc University of Edinburgh and University of Sheffield.
The SABRE project team comprises Archon Environmental British Geological Survey BGS Celanese Acetate Chevron CLAIRE DuPont ESI GE Geosyntec Consultants, Inc. Golder Associates Honeywell ICI Scientifics SERDP Shell SiREM Terra Systems, Inc University of Edinburgh and University of Sheffield. This project, which is being conducted in the United Kingdom, is scheduled to be completed in and has budget of nearly 6 million, financed by industrial members and the DTI LINK Bioremediation program in the UK.
The goal is to demonstrate the efficacy of accelerated anaerobic bioremediation as treatment alternative for source areas contaminated with chlorinated solvent dense nonaqueous phase liquids DNAPLs
This project, which is being conducted in the United Kingdom, is scheduled to be completed in and has budget of nearly 6 million, financed by industrial members and the DTI LINK Bioremediation program in the UK. Column studies are well advanced, and modelling is occurring throughout the project. In addition, the University of Birmingham and BGS are conducting complimentary research project Streamtube in the SABRE test cell. The SABRE project team comprises Archon Environmental British Geological Survey BGS Celanese Acetate Chevron CLAIRE DuPont ESI GE Geosyntec Consultants, Inc.
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