Bringing The Heat® Webinar
Join Gorm Heron, CTO of TRS Group, as he discusses developments in PFAS and thermal remediation technologies with industry experts. Our webinars are archived here so that you can review topics relevant to your work. TRS provides a certificate of attendance to webinar participants. If you have any webinar questions or comments, please contact TRS at info@thermalrs.com.
Bringing The Heat® Newsletter
Removing PFAS from Fire Training Areas
Fire training areas (FTA), where firefighters practiced extinguishing fuel-based fires by applying aqueous film forming foams (AFFF), which contain per- and polyfluoroalkyl substances (PFAS), represent
TRS Group and Seattle-Tacoma International Airport Remove Forever Chemicals from Firefighting Vehicles
INDIANAPOLIS, INDIANA – The Port of Seattle Fire Department at the Seattle-Tacoma International Airport (SEA), working with TRS, is the first airport in the United
Field Demonstrations for PFAS Thermal Treatment of Soil
The U.S. Environmental Protection Agency (EPA) has designated some common per- and polyfluoroalkyl substances (PFAS) compounds as hazardous substances, regulated under CERCLA. While the environmentalcommunity
Case Studies
Since the initial development of thermal remediation technologies, there have been more than 300 projects completed worldwide with TRS completing 180 of them. Many of these projects were industry firsts. TRS has also introduced the PerfluorAdTM technology to the U.S. market for AFFF cleanout services. This technology can reduce PFAS concentrations in AFFF fire suppression systems by more than 99%. The below case studies showcase all of TRS’s capabilities.
ERH Remediation of TCE in Soil at Superfund Site
TRS used over 200 electrodes to treat 61,500 cubic yards of soil contaminated by TCE, with TCE concentrations reduced to less than 1 mg/kg.
Read MoreHeat Enhanced Hydrolysis of Munitions Compounds
TRS performed ERH to maximize hydrolysis destruction of RDX, with an average reduction of 99.6% in the treatment volume.
Read MoreIn-Situ Thermal Treatment of PFAS
TRS applied TCH to soil at a Beale AFB fire training site to reduce PFOA and PFOS levels below U.S. EPA RSLs (126 μg/kg).
Read MoreERH Remediation of TCE on Site with Drainage Challenges
TRS modified surface water drainage to protect treatment areas, while high TCE concentrations were found in a drainage ditch.
Read MoreMobile Cleanout of AFFF in Fire Suppression Systems with PerfluorAd
TRS recovered over 50 gallons of PFAS sludge from four AFFF wastewater sources.
Read MoreERH Remediation of PCE Under Occupied Building
TRS installed ERH electrodes horizontally under an occupied building and active parking lot.
Read MoreComplex Guaranteed ISTR Remediation
TRS used TCH to treat a TCE source zone at depths of 50-125 feet below an active manufacturing facility.
Read MoreAFFF Cleanout of a Firefighting Truck using PerfluorAdTM at a Major Airport in California
TRS reduced PFAS concentrations by more than 99.9% during the clean out of a firefighting vehicle at a major West Coast airport.
Read MorePFAS Removal from a Soil Stockpile Using TCH
TRS used TCH to remove PFOA and PFOS to below detection limits in the middle of an Alaskan winter.
Read MoreIndustry First: ERH of Complex Geology in Pennsylvania
TRS used ERH to treat CVOCs in a 90-foot-thick bedrock sequence.
Read MoreGuaranteed Fixed Price Remediation in France
TRS achieved a 99.98% reduction of CVOCs under a manufacturing facility.
Read MoreSignificant Removal of Coal Tar in the Western US
TRS used ERH to remove 560,000 pounds of coal tar at a former manufactured gas plant.
Read MoreERH of Chlorinated Solvents in Groundwater in Belgium
TRS removed 27 tons of CVOC DNAPL during this guaranteed fixed price remediation.
Read MoreIndustry First: Remediation Under Active Railroad Tracks
TRS reduced TCE by 99.9%, reduced 1,4-DCB by 99.5% and removed 1,700 pounds of contaminant mass during this complex project.
Read MoreERH of Complex Superfund Site in North Carolina
TRS achieved a 95% reduction of TCE in soil and groundwater, as well as LNAPL, at this Superfund site.
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