Electrode Assembly.

Mc²'s electrodes are custom made in diameters of up to twelve inches and are typically ten feet long. They are rated to withstand temperatures up to 200^oC (392^oF) at more than 50kW.

Electrodes are fabricated from high temperature resistant materials and connected to the PDS. The use of three-phase power synchronization means the ET-DSP™ pattern is not geometrically limited allowing the system to target contaminated plumes of any dimension.

The electrode assembly conducts current to a targeted volume of soil. To maintain adequate electrical contact with the surrounding soil, each electrode is installed in a borehole packed with granular graphite, compressed to the electrodes surface. Conductors are then run from each electrode back to the PDS and are suitable for above or below grade installation.

Top shelf technology. Industry-leading process. Flawless track record. Leverage the McMillan-McGee advantage on your next remediation project.

COMPREHENSIVE THERMAL REMEDIATION SOLUTIONS

McMillan-McGee Corp. is a full-service, client focused company providing advanced engineering solutions to our clients in their management of environmental challenges. We are the creators of the patented "Electro-Thermal Dynamic Stripping Process" (ET-DSP™).

ET-DSP™ is our in-situ thermal remediation technology for cleaning contaminated sites and uses readily available three-phase electrical power to heat the subsurface with electrodes. Electrodes are placed at various depths and locations optimized to the unique dimensions of a site. Current to each electrode is controlled continuously by our custom hardware and software resulting in uniform heating of the target contamination zone.

Electrode Assembly.

Mc2's electrodes are custom made in diameters of up to twelve inches and are typically ten feet long. They are rated to withstand temperatures up to 200oC (392oF) at more than 50kW.

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Mc²'s electrodes are custom made in diameters of up to twelve inches and are typically ten feet long. They are rated to withstand temperatures up to 200^oC (392^oF) at more than 50kW.