ASME is built with the most modern web standards, which give you a better & more reliable experience.
FREE LIVE WEBINAR
Hydrogen has long been considered a promising alternative fuel, and fuel cells are the most efficient technology for turning hydrogen into electricity. But it has taken decades of development to get fuel cell vehicles and hydrogen fueling infrastructure ready for the road. Join presenters from California Fuel Cell Partnership, Proton OnSite and Toyota for a live webinar to learn about the potential and challenges of hydrogen fuel cell technology.
ME Magazine Fuel Cell Feature
Cars Without Combustion
Fuel Cell Articles
Fuel Cells Hold Key to Hydrogen-Powered Vehicles
Stationary Fuel Cells: The Next Generation of Electrical Power
Flow Batteries Augment Wind Power
Fuel Cell Video
Video: Sustainable Energy Storage
A California Road Map for Hydrogen Fuel Cell Vehicles and Investing in the Hydrogen Network
Presenter: Bill Elrick
Technical Program DirectorCalifornia Fuel Cell Partnership
Hydrogen Energy Infrastructure based on PEM Electrolysis
Presenter: Larry Moulthrop, VP Hydrogen Systems Proton Onsite
Toyota's Fuel Cell Vehicles
Presenter: Matt McClory, Principle Engineer, Powertrain System Control Department Toyota Motor Engineering & Manufacturing, North America, Inc.
Jeffrey Winters Senior Editor, Mechanical Engineering
Jeffrey Winters is Senior Editor at ASME's magazine, Mechanical Engineering, where he has focused on energy and related issues. Mr. Winters has written about a wide variety of science and technology topics since the early 1990s, with his work appearing in magazines such as Discover, The Sciences, Popular Science, and Psychology Today.
Bill Elrick is the California Fuel Cell Partnership's (CaFCP ) technical program director for five years and in alternative fuel transportation for 20. Under his leadership, CaFCP members have developed new analysis tools and detailed roll-out plans that state and federal agencies reference in planning support for hydrogen stations. He works directly with industry stakeholders including automakers, station developers and government to facilitate collaborative actions that fulfill each organization's needs. Mr. Elrick also oversees CaFCP's work on regulations, codes and standards, fuel cell buses and station implementation. His team supports developing standards that ensure safe, reliable and economically viable alternative fuel products; educates emergency response personnel about alternative fuel vehicles; and works with the fuel reseller community that will install stations and sell fuel. He has a master's degree in urban and regional planning from Ball State University and an undergraduate degree from the University of Indiana.
Technical Program Director
California Fuel Cell Partnership
Larry Moulthrop, VP H2 Systems at Proton OnSite, has over 30 years' experience in proton exchange membrane (PEM) based electrolysis systems, fuel cell systems, and hydrogen fueling. In 1996, he co-founded Proton Energy Systems (now d/b/a Proton OnSite) to commercialize PEM water electrolysis for hydrogen infrastructure. As of today, Proton has delivered more than 1,800 packaged hydrogen generator systems worldwide for industry, vehicle fueling, renewable energy capture, telecom backup power, military applications, and other hydrogen system solutions. Active in developing H2 fueling infrastructure, Mr. Moulthrop serves as the principal integrating system architect of the SunHydro™ hydrogen fueling stations, coordinates the Toyota Fuel Cell Hybrid Vehicle demonstration program underway at SunHydro LLC, and is a contributing committee member of NFPA 2, Hydrogen Technologies Code.
VP Hydrogen Systems Proton OnSite
Matt McClory is a Principle Engineer with TTC's Powertrain System Control department located in Torrance, CA. His primary responsibilities include the development, testing, and evaluation of prototype fuel cell vehicles, as well as coordinating Toyota's contributions to the SAE Fuel Cell Vehicle Safety Codes & Standards Working Groups. In addition, he is involved in activities supporting development of the hydrogen refueling infrastructure, and external affairs promoting Toyota's message for sustainable mobility. Mr. McClory earned a Bachelor of Science degree in Mechanical Engineering from the University of California at Davis.
Principle Engineer, Powertrain System Control Department
Toyota Motor Engineering & Manufacturing, North America, Inc.
Receive exclusive resources and a free ME Magazine subscription, discounts on training, conferences & publications, and join thousands of dedicated engineers.
More about ASME – The AmericanSociety of Mechanical Engineers