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Hydrogen and Cryogenics Cool. Fuel.

Hydrogen and Cryogenics

Hydrogen and Cryogenics

  • The hydrogen fueled farm of the future

    Authors: Charles (Chase) Phillips and Jacob Leachman


    On Labor Day in 2020 a series of fires struck Whitman County in Washington State. Some of the fires were started by agricultural equipment during harvest, and others were sparked by electrical power lines. In a matter of minutes one fire destroyed 80% of the homes in the community of Malden.[i] The 2021 fire season is even worse. We saw conditions through the month of July that … » More …

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  • How to Build a Cryogenic Plumbing Manifold

    Plumbing manifolds on a cryogenic system are just as essential for functionality as proper electrical wiring from a simple light switch to an overhead light. Just like a wire sends current from point A to point B, a plumbing manifold can send hydrogen, helium, nitrogen, and other gasses from point A to B. The number of complex functions performed by plumbing manifolds leads to complexity that approaches integrated circuit boards. However, much less information, not to mention engineering standards, are available on how to reliably construct custom plumbing manifolds for research purposes. This post overviews the systems we have developed at HYPER for academic research … » More …

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  • Leidenfrost Dusting as a Novel Tool for Dust Mitigation

    Lunar dust is an extremely abrasive material that can critically damage and compromise electronics, clothing, and life support systems. In addition, Astronaut Harrison Schmitt and others experienced an ailment they described as “lunar hay fever” from inhalation of lunar dust. Previous removal techniques using brushes, vacuums, and other fluid washes proved ineffective. These methods provided insufficient dust removal and often could damage systems. However, we may have found a solution using the dusting effect of cryogenic liquids.

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  • Systemic Logistics of a Hydrogen Economy Part 2: The Production Problem

    In this multi-part series I’m considering the many logistical challenges of the upcoming hydrogen economy. In Part 1 I considered the people necessary to start and sustain the hydrogen economy. In the subsequent parts/posts I’ll follow the hydrogen through the logistical supply chain to end use. This post is on hydrogen production. Transfer will be Part 3. End use will be Part 4.

    Let me be up front that my expertise is hydrogen properties, storage, and distribution (i.e. logistics), and not production. Back in 2005 I saw everyone running into the production and power side (performance minded folks have a tendency towards power) and … » More …

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  • Systemic Logistics of a Hydrogen Economy Part 1: The People Problem

    Welcome 2021 and the World’s new hope for climate salvation: hydrogen.

    Since developing the fundamental hydrogen property codes 15 years ago I’ve been waiting for hydrogen to have it’s moment. Despite all of the new press and excitement from folks suddenly interested in hydrogen, I’m here to say that we’re still going to be waiting many more years for hydrogen’s moment to finally arrive. This is evidenced by the many open questions being asked about the future hydrogen economy. We, as a community of stakeholders, still have not addressed many major challenges facing the hydrogen economy. If the ongoing pandemic and struggling vaccine rollout are … » More …

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  • Could smaller hydrogen liquefiers be better?

    This is a pre-print of my October 2020 article for Cold Facts Magazine by the Cryogenic Society of America.

    Although the minimum work to liquefy hydrogen is 3.92 kWh/kg,[1] the current best performance for industrial scale hydrogen liquefiers is near 10 kWh/kg. In other words, the best hydrogen liquefiers are only achieving 40% of the theoretically possible efficiency. This energy cost to liquefy hydrogen is approximately 30% the energy content of the fuel at the lower heating value. Given the current trends towards renewable energy and low carbon content of cool electro-fuels like hydrogen, humanity is overdue for fundamental innovations in hydrogen … » More …

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  • Visualizing density changes with a DSLR Camera

    “Tell me what this image is.” I peered closer at the amazing image Jake was showing me. “Displacement?” I guessed nervously, glancing furtively at the inquisitor. “Not quite. Density,” Jake said. This was my interview, to which I had been 15 minutes late and in which I was already sweating profusely. I was in the deep end. Here is the image he showed me:


    I was hired to the HYPER Lab despite my blunder, and worked on the Core Team (previously the General Team). By the time this project opportunity surfaced, nearly 6 months had passed since my interview, and the concept of Schlieren … » More …

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  • Is it parahydrogen or para-hydrogen?

    Here’s a paradox of paramount importance: which paradigm is right — parahydrogen or para-hydrogen?

    Should a hyphen (-) be used to describe this paranormal spin-isomer of hydrogen with ‘parallel’ nuclear spins?

    In this post I’ll review the history of the name, present style guides for the use of a hyphen, and risk ripping the field apart in a debate analogous to the Oxford Comma.

    “Astonishing Successes” and “Bitter Disappointment” the history of hydrogen’s specific heat

    The discovery of hydrogen’s para- and ortho- nuclear spin isomers was the triumph of Werner Heisenberg’s new quantum theory. So much so that the Nobel Prize committee specifically cited this … » More …

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  • How to make cryogenic Multi-Layer Insulation (MLI) shields

    MLI Basics

    The Multi-Layer Insulation (MLI) Shield (aka thermal radiation blanket) is very important in cryogenic systems. MLI shields insulate components from thermal energy transferred via light on rockets, satellites, and cryogenic experiments. The shield consists of 10s of alternating layers of polymer mesh and reflective mylar (metalized nylon) film. For a 2.5cm (1″) thick blanket at 1×10^-4 torr vacuum level, equivalent R values of ~1440 can be obtained (Technifab). Typical insulation of a building wall is in the equivalent R of 10-60 ( It’s no wonder engineers in the Linde Devision of Union Carbide named it “superinsulation” in the 1950s (McIntosh). To understand how … » More …

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  • Orbital TIG Welding – How HYPER strives for the best welds!

    Sealing anything at cryogenic temperatures requires extremely tight tolerances. If tight tolerances are not considered, holes may open at the source of the seal, allowing cold leaks to occur as referenced in this past post. In today’s How To, we’re going to discuss how to weld tubes together utilizing orbital TIG welding. Orbital welding has given the lab an advantage in that all our welds minimize human error and the whole operation is computer automated. The system being used is Swagelok’s M200 orbital welding system, which was donated to our lab through the Boeing Cybergrant program. The procedure is as follows:


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Hydrogen + Cryogenics 101

Unsure of what hydrogen and cryogenics are? Check out this crash course to learn more.


Hydrogen’s Potential

Curious about how hydrogen can be used? Check out its bright future to learn more.