 Suzanne O'Hara is a senior contaminant hydrogeologist with Geosyntec  Consultants based in Ontario Canada. She  has over 20 years of field and project management experience focusing on  remediation of groundwater and soil containing recalcitrant compounds using  innovative and more conventional technologies. She has directed, managed, or provided technical support for multiple  projects ranging from overall strategy development, site investigation,  remedial design, costing and implementation, contaminant fate and transport,  and conceptual site model (CSM) development. Her technical experience involves  dense non-aqueous phase (DNAPL) fate and transport in fractured media and the  design, implementation and interpretation of innovative in situ remediation  technologies for complex contaminated sites. Suzanne's remediation technology  experience includes enhanced in situ bioremediation (EISB), in situ chemical  oxidization (ISCO) and reduction (ISCR), Self-sustaining Treatment for Active  Remediation (STAR) thermal remediation, passive treatment using zero-valent  iron barriers, and reductive dechlorination using emulsified zerovalent iron  (EZVI) for DNAPLs. Suzanne has been  involved in ITRC since 2017 as a team member of the Optimizing Injection  Strategies and In Situ Remediation  Performance team. Suzanne earned a  bachelor's degree in Earth Science (geology) from the University of Waterloo,  Ontario, in 1994 and a master's in Hydrogeology from the University of  Waterloo, Ontario, in 1997. Suzanne is a  Professional Geoscientist in Ontario and a Professional Geologist in New York.
Suzanne O'Hara is a senior contaminant hydrogeologist with Geosyntec  Consultants based in Ontario Canada. She  has over 20 years of field and project management experience focusing on  remediation of groundwater and soil containing recalcitrant compounds using  innovative and more conventional technologies. She has directed, managed, or provided technical support for multiple  projects ranging from overall strategy development, site investigation,  remedial design, costing and implementation, contaminant fate and transport,  and conceptual site model (CSM) development. Her technical experience involves  dense non-aqueous phase (DNAPL) fate and transport in fractured media and the  design, implementation and interpretation of innovative in situ remediation  technologies for complex contaminated sites. Suzanne's remediation technology  experience includes enhanced in situ bioremediation (EISB), in situ chemical  oxidization (ISCO) and reduction (ISCR), Self-sustaining Treatment for Active  Remediation (STAR) thermal remediation, passive treatment using zero-valent  iron barriers, and reductive dechlorination using emulsified zerovalent iron  (EZVI) for DNAPLs. Suzanne has been  involved in ITRC since 2017 as a team member of the Optimizing Injection  Strategies and In Situ Remediation  Performance team. Suzanne earned a  bachelor's degree in Earth Science (geology) from the University of Waterloo,  Ontario, in 1994 and a master's in Hydrogeology from the University of  Waterloo, Ontario, in 1997. Suzanne is a  Professional Geoscientist in Ontario and a Professional Geologist in New York.