Michael J. Wade, Ph.D.
Ph.D. University of Rhode Island - 1979
B.A. Grinnell College - 1968
Dr. Michael J. Wade is Principal Scientist of Wade Research, Inc.™, a small business that provides geochemical consulting services to a variety of government agencies, industrial clients, and law firms. Dr. Wade is an internationally recognized organic geochemist with 40 years of post-doctoral experience and over 49 post-baccalaureate years of strong technical and project management experience in a variety of research programs with special emphasis on study of organic contamination in the environment. He regularly provides expert forensic services both through deposition process as well as testimony in various U.S. Federal and State Courts in the areas of hydrocarbon fingerprinting, including assessment of sources of contamination, identification of petroleum product types, quantification of weathering effects on petroleum products, and age-dating of petroleum product releases. Dr. Wade has extensive peer-reviewed technical publication experience and is a chapter author of a text book chapter on forensic geochemistry.
Since 1992, working through Wade Research, Inc., Dr. Wade has been engaged in the conduct of multiple projects dealing with the various aspects of environmental assessment, including assessment of the degradation of petroleum hydrocarbons, development of quantitative hydrocarbon fingerprinting techniques that identify sources of petroleum contamination, and quantitative assessment of fluxes of petroleum hydrocarbons to the environment. Over the past twenty-six years working through Wade Research, Inc., he has refined quantitative field and laboratory investigation approaches that are designed to establish time frames for the release of gasoline, kerosene, diesel fuel and heavier fuel oils in subsurface petroleum contamination cases. His assignment approaches currently measure geochemical differences in petroleum contamination originating from sudden releases of petroleum products in the environment and compares the result to releases occurring over a number of years. The overall approach includes the evaluation of time horizons for the release of a variety of petroleum products to the environment. Annually, through Wade Research, Inc., Dr. Wade conducts approximately 20 to 30 such programs for clients throughout North America. Dr. Wade also has been appointed by foreign governments to two expert committies on environmental damage assessment.
Dr. Wade has conducted multiple source allocation and dioxin/dibenzofuran hydrocarbon fingerprinting assignments using established state of the art statistical approaches under a variety of circumstances including municipal incinerator impact assessment, multiple Superfund source allocation assignments, and Agent Orange manufacturing site impact assessment and source allocation. Dr. Wade has testifyed as an expert witness in U.S. Federal court as well as state court litigating dioxin/dibenzofuran cases.
In addition to his regular assignment mix, since 2002 Dr. Wade has taught numerous forensic geochemical continuing education courses for a variety of state and professional society venues throughout the United States. Such courses provide today's environmental professionals with a broad background in organic chemistry that is then focused down to specific tools that investigators can use to develop information on anthropogenic contaminants that lead to allocation discussions and/or legal responsibility resolution. Moreover, since 2010, Dr. Wade has taught a series of highly regarded petroleum forensic courses at Rutgers, The State University of New Jersey, including advanced petroleum forensics, PAH forensics and petroleum age dating courses for the NJ Licensed Site Remediation Specialists (LSRP) program. In 2018, Dr. Wade will present a newly-developed course on advanced statistical visualization techniques for petroleum and dioxin/dibenzofuran litigation purposes. Also in 2018, together with practiced environmental litigation attorneys, Dr. Wade will introduce a newly-developed petroleum release age dating course for different petroleum products within today's current litiration requirements at Rutgers.