Walker, R., Waldkoetter, H., Saniga, H. “Environmental Science and the Hydrologic Cycle,” Our Lady of Lourdes After-school Science Club, Indianapolis, Indiana, September 12, 2016.
Water Resources Portfolio
Mundell Environmental Team Visits Local School Science Club
Rachel Walker, Haley Waldkoetter and Holly Saniga of Mundell & Associates spent a scientrific afternoon last week with about 25 students of Our Lady of Lourdes after-school science club. After hearing a presentation about environmental science and the hydrologic cycle, each student ‘became’ a water droplet and went through the interactive water cycle. Some of…..Read More »
ROW Hosts Central Canal Public Forum on Superfund Site
Join a panel of experts (including Mundell & Associates President John Mundell) on May 24 from 6 – 7:30pm at the Riverside Community Center for a presentation and question and answer on the potential designation of the Riverside Superfund Site. This casual forum will answer your questions such as What does the Superfund designation mean?…..Read More »
Wellfield Exploration for an Ethanol Plant using Deep 2-D Resistivity
Mundell was contracted to use geophysical methods to locate potential wellfields for an ethanol plant in central Indiana, within a three square mile area. Mundell used two-dimensional electrical resistivity (2D resistivity) profiling to locate aquifer bearing material in this area. A single test well, located in the recommended drilling area, consistently yielded 1000 gallons per minute, which was more than sufficient to satisfy the demand of the ethanol plant……Read More »
Wellfield Exploration for a Town Water Supply
Mundell was contacted to provide geophysical exploration services to increase the likelihood of finding productive aquifer materials for test drilling in a growing town in central Indiana. Mundell used 2D electrical resistivity imaging to quantify the resistivity of the upper 75 meters of the subsurface. Drilling yielded several hundred gallons per minute, a result that exceeded client expectations……Read More »




