thermal remediation system Articles
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Loveland Case Study (In SItu Gas Thermal Remediation (GTR™))
The Loveland Sinclair gasoline station was selected for In-Situ Thermal Remediation (ISTR) using Gas Thermal Remediation (GTR) technologies. The GTR remediation system was designed to target a treatment area of approximately 14,000 square feet and includes a treatment volume of approximately 3,100 cubic yards. Vadose and saturated zone impacts, including a thin layer of light non-aqueous phase ...
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First State-funded cleanup using electrical resistivity heating technology
The Remediation and Redevelopment Division (RRD) completed remediation at a former dry cleaning facility in the city of Owosso using electrical resistivity heating (ERH) technology. Electrical resistivity heating is an insitu electrical heating technology that uses electricity and applies it into the ground through electrodes. The resistance of the electricity traveling through the ground ...
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Maximizing Efficiency and Environmental Remediation with Thermal Desorption System
In the realm of environmental remediation and waste management, thermal desorption systems stand as beacons of innovation, offering a potent solution to complex challenges. Leveraging the principles of heat and mass transfer, these advanced systems facilitate the removal of contaminants from soil, sludge, and other matrices, paving the way for sustainable solutions to pollution problems. ...
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Superfund Remediation: The Key to Land Reuse - Case Study
The technology is ready and, with state and federal tax credits waiting, the economics look better than ever: New Jersey, one of the first states to be industrialized, finds itself plagued with the contaminated aftermath of pre-EPA industries: soil contamination. From superfund sites to the gas station whose underground storage tank has been oozing for the last 20 years, every industry has ...
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Redwood City Case (In Situ Gas Thermal Remediation + C3 Technology (GTR™+C3))
The former Dry Cleaner site was located in Redwood City, California, contaminated by tetrachloroethylene (PCE). Affected soils also contained low levels of PCE degradation byproducts, such as trichloroethylene (TCE), and were presumed to have an approximate extent of 384 square feet (16’ x 24’ area) to a depth of 10 feet beneath the building. The remediation goal was driven by vapor ...
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Thermally Enhanced NAPL Recovery - Case Study
QED's AutoPump® Can Endure Tough Conditions to Deliver Superior Thermally Enhanced NAPL Recovery The site of a former U.S. Department of Energy (DOE) nuclear weapons production facility (the Pinellas Plant) in Largo, Florida posed an extreme challenge for groundwater remediation pumps. Soil and surficial aquifers at the site, now known as the Young-Rainey Science, Technology, and Research ...
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Red Hill Needs to Think About the Soil— STAT.
The problems with the Red Hill Bulk Fuel Storage Facility continue to percolate. It’s a complex situation but there is a cost-effective solution that can remediate the petroleum-impacted soil and prevent it from causing more harm to human health and the environment of Oahu, HI. While the Navy and Hawaiian Government are currently working towards a resolution for the storage facility, the ...
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(A) New Take on Thermal Desorption - Using Enhanced Thermal Conduction (ETC) for the Remediation of Legacy Hydrocarbon Impacts at Sites in the Yukon and British Columbia - Case Study
Iron Creek Group Inc (Iron Creek) provides clients around the world with an innovative and cost effective thermal remediation technology to address legacy hydrocarbon waste and organic soil impacts. Using a process called Enhanced Thermal Conduction, Iron Creek was able to successfully treat more than 24,000 tonnes of hydrocarbon impacted soil at two separate legacy sites located in both the ...
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In-Situ thermal treatment of MGP waste and creosote
Abstract: Remediation of coal tar at former Manufactured Gas Plant (MGP) sites, and creosote associated with wood preservative sites is challenging due to the viscous nature of the dense non-aqueous phase liquid (DNAPL) and the modest solubility and vapor pressure of the contaminants of concern (COCs). DNAPL seepage into surface water bodies, as well as groundwater plumes formed by the most ...
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ETC Soil Remediation, A More Efficient Way to Treat Explosives-Contaminated Soil.
When industries are ready to restore sites contaminated with explosives-impacted soil, they can cut their timeline in half — while staying on budget — by choosing to deploy advanced technology that’s proven to outpace traditional soil remediation methods.In the U.S., it’s estimated there are over 1.2 million tons of explosives-impacted soil contaminated sites. It goes without saying that this ...
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Thermally Enhanced Soil Vapor Extraction
Introduction Thermally enhanced SVE is a full-scale technology that uses electrical resistance/electromagnetic/fiber optic/radio frequency heating or hot-air/steam injection to increase the volatilization rate of semi-volatiles and facilitate extraction. Thermally enhanced SVE is normally a short- to medium-term technology. Electrical Resistance Heating Electrical resistance heating uses an ...
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