H2NEW's national laboratory leadership provide broad expertise and experience to guide consortium research.
Bryan Pivovar, Director, Low-Temperature Electrolysis
Bryan Pivovar is a Senior Research Fellow and Group Manager at the National Renewable Energy Laboratory (NREL) in Golden, Colorado, where he oversees NREL's electrolysis and fuel cell R&D. He serves as Low-Temperature Electrolysis Director for H2NEW.
Richard Boardman, Director, High-Temperature Electrolysis
Richard Boardman is the Fuel Cell and Hydrogen Technology Laboratory Relationship Manager at Idaho National Laboratory (INL) and oversees INL's Clean Energy Platform for Integrated Energy Systems development. He serves as High-Temperature Electrolysis Director for H2NEW.
H2NEW Deputy Directors
Rangachary Mukundan, Deputy Director, Low-Temperature Electrolysis—Durability and Accelerated Stress Test Development and Validation
Rangachary Mukundan (Mukund) is a senior scientist in the Energy Technology area at Lawrence Berkeley National Laboratory. His research interest includes fuel cells, electrolyzers, flow batteries, and sensors. His current projects are focused on the durability of polymer electrolyte membrane electrolyzers and fuel cells.
Deborah Myers, Deputy Director, Low-Temperature Electrolysis—Integration and Protocol Validation
Deborah Myers is a Senior Scientist and Leader of the Hydrogen and Fuel Cell Materials group of Argonne National Laboratory's (ANL's) Chemical Sciences and Engineering Division. She serves as a Deputy Director of Low-Temperature Electrolysis for H2NEW, focusing on durability tasks. She is also the Deputy Director for Materials Development in the Million Mile Fuel Cell Truck consortium and the Co-Director of the Electrocatalysis Consortium 2.0.
Jamie Holladay, Deputy Director, High-Temperature Electrolysis
Jamie Holladay is a chief engineer and team lead for the Catalysis Science & Applications team at Pacific Northwest National Laboratory (PNNL) and PNNL's Sector Manager for the Hydrogen and Fuel Cell Technologies Office. Currently he is researching electrochemical approaches to produce chemicals and fuels, catalyst development and characterization for diesel emissions reduction, methane conversion to hydrogen and solid carbon, high temperature electrolysis, and magnetocaloric gas liquefaction.
Olga Marina, Co-Director, High-Temperature Electrolysis—Cell Fabrication and Testing
Olga Marina is a Chief Scientist in the Energy and Efficiency Division at PNNL developing advanced materials for solid oxide fuel cells, high temperature electrolyzers, and electrochemical sensors. She serves as a Deputy Director of High-Temperature Electrolysis for H2NEW, focusing on fabrication and testing tasks.
David Ginley, Co-Director, High-Temperature Electrolysis—Characterization and Modeling
David Ginley is a Research Fellow and Chief Scientist at NREL whose current research involves the general class of defective transition metal oxides including high temperature superconductors, LiTMO2 rechargeable Li battery materials, ferroelectric materials, transparent conducting oxides, and electrochromic materials. He serves as a Deputy Director of High-Temperature Electrolysis for H2NEW, focusing on characterization and modeling tasks.
H2NEW Task Leads and Liaisons
Shaun Alia, Task Liaison, Low-Temperature Electrolysis—Durability
Shaun Alia is a Staff Scientist in the Electrochemical Engineering and Materials Chemistry group at NREL. Within H2NEW, he is a task liaison for low-temperature electrolysis durability and has been active in the areas of in situ durability, diagnostics, and accelerated stress test development for H2@Scale and H2NEW.
Siddharth Komini Babu, Task Liaison, Low-Temperature Electrolysis—Durability
Siddharth Komini Babu (Sid) is a scientist in the Materials Synthesis and Integrated Devices group at Los Alamos National Laboratory. His research interest focuses on development of novel electrode architectures and durability of electrochemical devices including fuel cells, electrolyzers, unitized reversible fuel cells, and CO2 capture and conversion.
Guido Bender, Task Liaison, Low-Temperature Electrolysis—Performance
Guido Bender is a senior scientist at NREL, where he leads projects on water electrolysis and fuel cell related R&D, and also manages NREL's fuel cell and electrolysis testing capabilities, which includes testing on small-scale single cells to large-scale stacks.
Alexey Serov, Task Liaison, Low-Temperature Electrolysis—Scale-Up
Alexey Serov is a Senior R&D Staff Member at Oak Ridge National Laboratory, where he leads design, development, and manufacturing efforts for fuel cells and electrolyzers. He serves as a Task Liaison within H2NEW focusing on scaling up low-temperature electrolysis.
Alex Badgett, Task Liaison, Low-Temperature Electrolysis—Analysis
Alex Badgett works as a researcher in the Industrial Systems and Fuels group in NREL’s Strategic Energy Analysis Center. His work analyzes interfaces and opportunities between industrial systems and sustainable energy pathways, including electrochemical pathways to convert carbon dioxide into sustainable fuels or chemicals, generation of hydrogen via water electrolysis, and the generation of bioenergy and biofuels from organic wet wastes.
Rajesh Ahluwalia, Task Liaison, Low-Temperature Electrolysis—Analysis
Rajesh Ahluwalia is a Senior Engineer and a Section Manager at ANL, where he leads several projects on fuel cells for trucks, aviation, maritime, locomotives, and construction/mining. He is also a principal investigator of several projects on on-board hydrogen storage for light- and heavy-duty applications, liquid carriers for steel and renewable energy, and liquid hydrogen storage and transport.
Micah Casteel, Task Lead, High-Temperature Electrolysis—Fabrication and Testing
Micah Casteel is a senior mechanical design engineer at INL involved in researching hydrogen and thermal systems. He specializes in solving problems that lie between classical engineering disciplines and the development of proof of concept.
Mike Tucker, Task Lead, High-Temperature Electrolysis—Fabrication and Testing
Mike Tucker is a staff scientist at LBNL leading electrochemical device development and commercialization assessment. His lab develops electrochemical devices at all stages from inception to product prototyping. Current technical focus areas include metal-supported solid oxide fuel cells and solid oxide electrolysis cells as well as solid-state batteries.
Brandon Wood, Task Lead, High-Temperature Electrolysis—Modeling
Brandon Wood is associate program lead for Hydrogen and Computational Energy Materials and deputy director of the Laboratory for Energy Applications for the Future at Lawrence Livermore National Laboratory. He coordinates crosscutting modeling and simulation activities for hydrogen production and hydrogen storage within DOE's HydroGEN and HyMARC consortia, as well as for high-temperature electrolyzer development within H2NEW.
Harry Abernathy, Task Lead, High-Temperature Electrolysis—Modeling
Harry Abernathy is a materials scientist and solid oxide cell research group leader at National Energy Technology Laboratory (NETL). He is a liaison for the modeling of performance degradation of high temperature electrolyzers. His group at NETL focuses on the characterization, modeling, and mitigation of degradation of high temperature fuel cells and electrolyzers.
Adam Z. Weber, Task Liaison, Low-Temperature Electrolysis—Performance
Adam Z. Weber is a Senior Scientist and Leader of Energy-Conversion at LBNL, Co-Director of the Million Mile Fuel Cell Truck consortium, and a Co-Deputy Director of the HydroGEN consortium. His current research involves understanding and optimizing fuel cell and electrolyzer performance and lifetime.
Scott Mauger, Task Liaison, Low-Temperature Electrolysis—Scale-Up
Scott Mauger is a scientist in NREL's Process Science and Engineering group within the Chemistry and Nanoscience Center. His research focuses on the science and engineering of roll-to-roll coating processes for manufacturing, including work on fuel cells and electrolyzers as part of DOE's Million Mile Fuel Cell Truck consortium and H2NEW.