Michael Rogalus Email & Phone Number

Newtown, Pennsylvania, United States

• Provided technical expertise to EHS Support’s clients along a north-western U.S. River in support of their cost allocation positions and evaluated the fate and transport of contaminants from historic operations to.
• Developed an estimate of product combusted by an accidental fire based on evaluation of non-combustible chemicals, product recovery, and product remaining at the site; and estimated the composition and quantity of.

Newtown, PA

• Evaluated sediment chronologies derived from radioisotope depth profiles to date mercury contamination and analyzed spatial distribution of mercury contamination in river sediment to evaluate natural recovery and.
• Evaluated the fate and transport of contaminants from historic operations to a north-western U.S. River

Newtown, PA

• Managed and provided technical support, including the development of a site conceptual model, examination of timing issues, and review of site data and documents, in a case involving polychlorinated biphenyls in a.
• Developed an allocation based on the assessment of potential releases of various contaminants via groundwater discharge, soil erosion, and spills from sites into a north-eastern U.S. River and comparison with the.

Princeton, NJ

• Managed and provided technical support, including the development of a site conceptual model, examination of timing issues, and review of site data and documents, in an insurance cost recovery case at a bulk storage.
• Modeled the transport of selected contaminants of concern through the vadose zone and groundwater to calculate groundwater concentrations at the downgradient edge of several contaminated soil areas at a federal.
• Developed a hydrologic model for a vernal pool to analyze the interaction between surface and groundwater around a proposed well field in the northeastern U.S.
• Modeled the transport of petroleum hydrocarbons through the vadose zone to determine when releases commenced at a pipeline in the southeastern U.S. and at a bulk storage terminal in the southwestern U.S.
• Managed groundwater modeling investigation to support permitting of a new wastewater treatment plant for a facility in northeastern U.S.
• Developed a conceptual remedial design and cost estimate for a groundwater treatment system at an industrial site in the north-central U.S.

Montpelier, VT

• Participated in the research for potentially responsible parties through review of historical aerial photography, public records, and peer-reviewed journals; the development of a cost allocation based on a sediment.
• Analyzed analytical data to evaluate contaminant source areas and distribution at a chlorinated solvent site in the southeastern U.S.
• Developed a storm water runoff model to predict peak flow rates for water quality sampling using HydroCAD in the northeast U.S.

Storrs, CT

• Conducted pump tests, estimated aquifer parameters, and constructed and maintained weir network for streamflow monitoring at a site in the northeastern U.S.
• Managed and assisted topographical survey team
• Developed a one-dimensional unsteady flow model in C to evaluate the interaction between surface and groundwater around a well field

M.S., Environmental Engineering

Activities and Societies: American Society of Civil Engineers (ASCE)• Cumulative GPA: 3.85/4.00 • Thesis: Assessing the Applicability of.

B.A., Biology (Env. Sci. Conc.); Minors: Mathematics & Classical Civ.

Activities and Societies: Phi Beta Kappa Honor Society• Cumulative GPA: 3.72/4.00 • Phi Beta Kappa Honor Society • Graduated Magna Cum.