Momentum Energy Storage Partners develops utility scale storage and renewable energy projects across the US.

Principal Researcher in DNV Strategic Research and Innovation Materials Group focusing on materials issues in sustainable and renewable chemical processes. • Project manager and business development leader for development of electrochemical conversion of CO2 to useful products. • Focus on CO2 adsorption separations materials and processes • Primary research on CO2 separations technologies and utilization chemistries and processes. • Incorporation of value chain analysis tools in the early stage evaluation of technologies.• Headed field investigations for natural gas pipeline facilities critical documentation.

Senior Program Manager for process intensification of hydroprocessing alternative energy and conventional petroleum feedstocks.

Vice President of Development Group in a world leader in rapid cycle pressure swing adsorption (PSA) equipment and processes for gas separation. As a member of the senior management team, responsible for contributing to company strategy, technology roadmaps, pursuing relationships with new strategic partners, development programs, and sharing responsibility for company stewardship.

Vice President of Technology in molecular sieve adsorbents for bulk separations and purification processes. Hired into newly created R&D manager position. Formed a Technology group employing 13 professionals and managers in quality control, analytical services, and R&D. Worked with manufacturing to improve product quality to world class standards. Expanded product line into higher value applications. Coordinated development programs for new products, customer driven applications and custom manufacturing. Upgraded QC and R&D lab test capability for characterizing value-added products and improving quality control.

Directed development of new processes and feedback to engineering group for hardware changes. Worked with marketing group to define market specs and customer presentations for updates.

Led series of process development projects for world leader in chemical vapor deposition (CVD) equipment for metal films and ion implant. Applied computational fluid dynamic (CFD) simulation of CVD reactors to create world leading blanket tungsten process results for high aspect ratio fill and low stress films. Innovative work and use of CFD led to two patents.

Conducted National Science Foundation (NSF), American Chemical Society, and industrial sponsored research in catalysis, reactor design, and chemical vapor deposition. Mentored 20 students for research projects in catalysis and thin film deposition.