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Sandia National Laboratories

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In the news (45)

Sandia National Laboratories is a U.S. Department of Energy laboratory, partnering with PNNL on the study assessing hydrogen fuel cell bus deployment and related infrastructure at PDX.[1][2]
Participated in 2018 feasibility study assessing the technical, regulatory, and economic feasibility of the Zero-V concept.
Sandia National Laboratories scientists are conducting simulations and laboratory experiments to determine the feasibility of using depleted oil and natural gas reservoirs for hydrogen storage.
A contributor to the PEMWE project, bringing unique capabilities to the table.
National laboratory providing expertise in hydrogen evaluation, safe storage, and compliance with safety standards for the project.
Co-leading studies with Seattle City Light and PNNL on the feasibility of using renewable hydrogen fuel for medium- and heavy-duty vehicles.
The primary research institution involved in the discovery of new alloys for hydrogen fuel production. Their team, including materials and computer scientists, developed 12 new alloys.
Chris LaFleur from this laboratory received the Safety, Codes and Standards Award.
Lead institution of the H-Mat consortium, focusing on metals portion of the study with expertise in hydrogen effects on materials.
Mentioned in relation to working on next-generation liquid hydrogen stations, though not explicitly stated as a direct partner in the H2Ports project.
Mentioned in the context of working on next-generation liquid hydrogen stations, though not directly involved in the Italian policy.
A U.S. national laboratory conducting research on hydrogen infrastructure. Sandia designed the first generation of hydrogen fueling stations and is now developing next-generation liquid hydrogen stations under a Cooperative Research and Development Agreement.
Partner responsible for analyzing the ferry's performance during the three-month operational demonstration in San Francisco Bay.
Researchers from Sandia National Laboratories are working to drive down the cost of hydrogen fuel cells by developing a new catalyst.
Completed a fuel cell project in Hawaii involving hydrogen production and delivery in refrigerated containers for both land and sea supply.
A key member of the research team developing a new low-cost, high-capacity offshore wind turbine.
Co-developed the HyStEP device to reduce the time it takes to commission new hydrogen fuel stations.
This institution, along with the National Renewable Energy Laboratory, developed the HyStEP device to accelerate the commissioning of hydrogen fuel stations.
Researchers from Sandia National Laboratories have developed a new catalyst made of inexpensive materials, primarily molybdenum disulfide, to make hydrogen fuel cells more affordable.
National laboratory tasked with analyzing project data and identifying ways to improve fuel cell technology efficiency and reduce costs.
Sandia National Laboratories has entered into a cooperative research and development partnership with Red and White Fleet to develop a hydrogen-powered ferry. They are involved in the design and build of the ferry and believe its use will improve air quality.
One of the sites where the first phase of geothermal research is planned.
A U.S. national laboratory that released a report analyzing opportunities for hydrogen fuel and natural gas producers. Sandia organized a workshop supported by the Department of Energy to explore shared opportunities between these fuel sectors.
A U.S. national laboratory conducting research on hydrogen infrastructure. Sandia signed a cooperative research agreement with Linde to develop hydrogen fuel stations and conducted a study on existing fueling stations' hydrogen capability.
Sandia National Laboratories conducted a multi-year study highlighting the viability of hydrogen fuel cells for powering mobile lighting towers. Their research was supported by several institutional partners.

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