Top Highlights
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Liquid Hydrogen Supply Contracts: NASA has awarded Plug Power and Air Products contracts totaling approximately $147.2 million for up to 36,952,000 pounds of liquid hydrogen for its facilities.
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Contract Duration: The contracts start on Dec. 1, featuring a two-year base with three additional one-year extensions possible, lasting until Nov. 30, 2030.
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Air Products Contribution: Air Products will provide about 36.5 million pounds of liquid hydrogen for NASA centers in Florida, Alabama, and Mississippi, valued at approximately $144.4 million.
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Plug Power’s Role: Plug Power will supply around 480,000 pounds of liquid hydrogen to NASA’s Glenn Research Center and Armstrong Test Facility, with a contract value of about $2.8 million.
NASA Awards Liquid Hydrogen Supply Contracts
NASA has selected two companies to supply liquid hydrogen, a crucial fuel for space exploration. Plug Power, Inc. and Air Products and Chemicals, Inc. will provide nearly 37 million pounds of liquid hydrogen. This decision marks a significant investment in future aerospace technologies.
The combined value of the contracts is about $147.2 million. Beginning December 1, these contracts will have a two-year base period, with options to extend for three additional years, potentially lasting until late 2030. Therefore, this commitment reflects NASA’s long-term vision for its missions.
Air Products will deliver about 36.5 million pounds of liquid hydrogen to key NASA facilities in Florida and Alabama. These locations include the Kennedy Space Center and the Marshall Space Flight Center. With a maximum contract value of approximately $144.4 million, this supply will play a vital role in upcoming launches.
Meanwhile, Plug Power will provide roughly 480,000 pounds to the Glenn Research Center and the Neil A. Armstrong Test Facility in Ohio. The estimated contract value here is about $2.8 million. This quantity may seem small but is essential for research and testing in aeronautics.
Liquid hydrogen, especially when paired with liquid oxygen, powers cryogenic rocket engines. This type of fuel possesses unique properties that enhance the efficiency of launches. Thus, securing this supply supports both current operations and future advancements in space travel.
By investing in these contracts, NASA reinforces its commitment to innovation in aerospace technology. These supplies not only facilitate missions but also help improve safety and performance in rocket launches. As NASA continues to explore the universe, this investment will contribute to the agency’s goals and technological development.
For more information about NASA’s ongoing programs and projects, visit the agency’s website.
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