With ReactiveClean, I play a key role in developing and bringing to market our cutting-edge ‘advanced multi-oxidant’ technology. Our innovative solutions encompass advanced pathogen intervention for food surfaces and processing, accelerated foliar nutrients, effective organic pest control, and air and water disinfection. . I specialize in conducting usability case studies and designing easily deployable treatment systems to ensure seamless implementation of our solutions. Together, we are revolutionizing the agricultural industry with sustainable and efficient approaches to enhance productivity and ensure food safety.

Developed early-stage advanced disinfection process with proprietary chemistries focused on rapid, cost effective, and safe solutions to eliminating bacteria, viruses and spores.• Developed portfolio of advanced technologies for biosecurity, food safety, animal safety and defense applications• Advanced novel technologies from proof-of-concept bench-scale through prototype stage and commercial pilot testing• Created valuable intellectual property and patent portfolio• Business development: established strategic partnerships, developed high-value applications and technology licensing opportunities• Regulatory compliance and market strategy (US EPA, FDA, FSIS, USDA, DOT, Colorado Department of Agriculture)• Pending utility patent and provisional USPTO patent applications; adjacent proprietary IP

Senior Research Scientist responsible for technology development, product marketing, project management, and IP/patent management. Chemical and materials synthesis and characterization• Wet chemistry, aqueous and organic, inert-atmosphere techniques, purification, analysis• Spectroscopic analysis (NMR, UVVis, FTIR, GC, LC, MS, Raman, electrochemical methods) • Materials analysis (SEM, EDX, TGA, XRD, Auger, etc.)• Transition metal coordination complexes, polymer coordination, heterocyles• Analytical methods development• Chemical process development and optimization, production of peroxyacids• Wastewater and produced water treatment, disinfection, food processing• Design, fabrication and successful deployment of prototype systems• Regulatory approval (FDA, EPA, USDA)

Conducted research designing and synthesizing photoactive and electroactive polymers for the selective uptake and electrochemical conversion of radioactive technetium compounds in contaminated groundwater. • Synthesis of radioactive technetium and non-radioactive rhenium coordination complexes• Electrochemical and photochemical characterization and analysis• Polymer prep, metal-uptake studies, and spectroelectrochemical analysis of polymer thin-film• Secured continued project funding (3yr, DOE $750,000)• Work resulted in the publication of (9) peer-reviewed publications• Successful collaboration between academia (U Cincinnati) and PNNL