McMillan-McGee Corp. software

Live Data. Continuous Reporting. Effective Decisions. Our digital data acquisition systems continuously monitor and record site operation and project progress, to keep you well-informed and our engineers well-equipped.

The treatment volume in an ET-DSP project is a very dynamic environment, usually with hundreds of electrodes and extraction wells interacting in complex ways. Our automated control systems ensure power and water delivery are continually optimized for changing soil conditions 24/7.

Do The Math. There is a common element to our engineering approach and it is seen in our design and reporting. Calculations matter! Transparency matters! At McMillan-McGee, we`re committed to an approach in our reporting that speaks to all of the design and operational issues, not just from years of experience but also from a position of calculations.

In the initial stages of an ET-DSP project, Mc2 uses a numerical model to analyze site characteristics and simulate expected outcomes from the application of ET-DSP. This information includes, but is not limited to, surface infrastructure, surrounding land uses, short term site usage during remediation, subsurface lithology, depth to groundwater, plume characterization, the characteristics of the contaminant of concern, distribution of the contaminant and required time to attain target temperatures.

An accurate remedial design and a successful project depend on representative site data. Mc2`s in-house laboratory measures crucial soil electrical properties with high standards of equipment and instrumentation, following ASTM International Method G187.