nasa invests in rocket fuel

NASA just dropped a cool $147 million on rocket juice. The space agency inked deals with two companies to supply nearly 37 million pounds of liquid hydrogen through 2030. That’s a lot of boom juice for the rocket boys.

Air Products and Chemicals is getting the lion’s share—$144.4 million to deliver 36.5 million pounds of the super-cold stuff. They’ll be shipping to Kennedy Space Center, Cape Canaveral Space Force Station, Marshall Space Flight Center, and Stennis Space Center.

The Pennsylvania company’s been fueling NASA‘s addiction to hydrogen since the Apollo days. Like an old reliable dealer.

Plug Power, the new kid from New York, scored a smaller $2.8 million deal for 480,000 pounds. Their delivery route only covers Glenn Research Center and the Neil Armstrong Test Facility in Ohio. Not exactly the big leagues, but hey, you gotta start somewhere.

These aren’t your casual fill-ups. Liquid hydrogen is the diet of choice for cryogenic rocket engines when mixed with liquid oxygen. The stuff powers everything from old-school Saturn V monsters to Space Shuttle main engines. NASA’s been hooked on hydrogen since the ’60s.

The contracts kick in December 1, 2025, and run for five years if NASA takes all the extension options. Multi-year contracts provide stability for both NASA and suppliers during critical mission planning periods. Firm-fixed pricing means no surprise bills when the delivery truck shows up. Smart move.

This whole hydrogen commitment isn’t just about keeping the rockets fed. It’s tied to NASA’s plans for more moon trips and eventually Mars missions. Can’t exactly stop for gas between Earth and the red planet. The investment also contributes to developing low-carbon propulsion systems for future missions.

The dual-supplier approach is NASA playing it safe. If one company’s hydrogen plant explodes (these things happen), they’ve got backup. Risk management 101.

For a government agency, NASA’s pretty consistent—they’ve been buying the same fuel for decades. Some habits are hard to break. Especially when they get you to space.

References

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