World-class R&D and Technology Deployment to Enable the Hydrogen Economy
GTI Energy's Hydrogen Technology Center
Decarbonization initiatives are driving forces towards the use of low-carbon gases and fuels. Incorporating clean hydrogen as an energy carrier can leverage the nation’s existing, widespread, and robust energy infrastructure to facilitate the transition to a low-carbon future.
GTI Energy has unparalleled experience and a long-standing commitment to hydrogen research and technology development. As an established leader in hydrogen and fuel cell technology, GTI Energy has cross-cutting research, product development, and demonstration projects, focused on clean hydrogen production, storage, delivery, and use. Our team has provided technology-based solutions that increase optionality, affordability, and resiliency of the integrated energy system for decades.
GTI Energy’s Hydrogen Technology Center brings together top-tier subject matter experts, thought leadership, extensive labs and facilities, and the experience of decades of successful hydrogen projects. Our deep and unbiased energy industry knowledge and technical expertise enable us to develop clean energy solutions for integrated energy networks.
GTI Energy and EPRI are embarking on a 5-year gas/electric collaboration--with major industry support--to accelerate the development and demonstration of innovative low-carbon energy technologies to meet ambitious decarbonization goals across all sectors of the economy.
H2@scale in Texas and Beyond: Creating a Renewable Hydrogen Energy Network Demonstrating Integrated Hydrogen Production and End-use Technologies
Demonstrating GTI Energy’s Innovative Low-carbon Hydrogen Production Technology for Decarbonization in UK HyPER Project
Laying the Groundwork for a Hydrogen Power Engineering Center to Advance Production of Low-cost Decarbonized Hydrogen Power Generation
Sub-surface Technologies for the Generation and Production of Low-carbon Hydrogen from Hydrocarbon Resources
Generating Fuel Cell-Quality Hydrogen and Inherently Capturing or Sequestering CO2 with a Liquid Phase Reformer
Managing the California Fuel Cell Partnership (CaFCP) to Create a Sustainable Future for Zero-Emission Vehicles
Assessing performance of fuel cell powered heavy-duty terminal tractors in Zero Emissions for California Ports (ZECAP) project
Improving Cost and Efficiency of Hydrogen Vehicle Fueling Infrastructure with a Free-piston Expander
Demonstrating Solutions to Utilize High Hydrogen Blends in Residential and Commercial Combustion Equipment
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