Groundwater Remediation
TEA uses a multidisciplinary team approach, has formulated, designed, and implemented numerous site-specific groundwater remediation strategies. These strategies have addressed a wide range of contaminants of concern, from volatile organic constituents to metals.
The team approach at TEA calls for input from engineers, geologists, and toxicologists as regards the most cost-effective and technologically sound approach for design of the groundwater remedial strategy. The selected strategy can incorporate a variety of remedial methods, ranging from the traditional pump- and-treat scenario to an engineered in-situ bioremediation system. TEA has also utilized a combination of remedial methods to address groundwater contamination. Remedial approaches are ultimately dependent on the constituents of concern. These approaches may include, but not be limited to, the following:
• PRB Iron Supplier
• In-Situ Chemical Oxidation/Reduction
• Engineered_Phytoremediation℠
• Emulsified Zero Valent Iron (EZVI) SourceKill
• Bioremediation
• Natural Attenuation and Monitoring
• Biostimulation - Addition of Amendments
• Bioaugmentation – Addition of Microorganisms
• Air Sparging/Stripping
TEA, Inc. will design a site-specific solution to address your specific contaminants of concern at your facility.TEA, Inc., uses a multidisciplinary team approach, has formulated, designed, and implemented numerous site-specific groundwater remediation strategies. These strategies have addressed a wide range of contaminants of concern, from volatile organic constituents to metals.
The team approach at TEA calls for input from engineers, geologists, and toxicologists as regards the most cost-effective and technologically sound approach for design of the groundwater remedial strategy. The selected strategy can incorporate a variety of remedial methods, ranging from the traditional pump- and-treat scenario to an engineered in-situ bioremediation system. TEA has also utilized a combination of remedial methods to address groundwater contamination. Remedial approaches are ultimately dependent on the constituents of concern. These approaches may include, but not be limited to, the following:
- Pump and Treat
- In-Situ Chemical Oxidation/Reduction
- Engineered Phytoremediation
- Emulsified Zero Valent Iron (EZVI) Permeable Reactive Barrier
- Bioremediation
- Natural Attenuation and Monitoring
- Biostimulation - Addition of Amendments
- Bioaugmentation – Addition of Microorganisms
- Air Sparging/Stripping
TEA, Inc. will design a site-specific solution to address your specific contaminants of concern at your facility.