Hydrogen

  • Fuel Injector test bench with Equilibar back pressure regulators allowing for individualized control

    Fuel Injector Test Stand Pressure Control

    How are Equilibar Valves Useful in fuel Injector pressure control? While Equilibar back pressure regulators (BPRs) have been used for...

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  • Schematic of Equilibar ESD valve for electrolysis emergency shut down

    Electrolysis emergency shutdown valves

    Electrolysis systems for hydrogen generation use an electric current to dissociate water into hydrogen (H2) and oxygen (O2) molecules. Popular...

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  • Electrolysis and Electrolyzer Pressure Control

    Electrolysis uses an electric current to energize a chemical reaction that will not occur naturally.  Water electrolysis is an electrochemical...

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  • schematic of ammonia cracking with Equilibar back pressure control

    Ammonia Cracking for Hydrogen Energy

    While hydrogen is very appealing as a store of carbon-free energy, the storage and transport of hydrogen remains challenging. Typically,...

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  • schematic drawing of methane pyrolysis using an Equilibar back pressure regulator with electronic pilot

    Pyrolysis Process Pressure Control

    A pyrolysis process is a thermal decomposition of materials at elevated temperatures, differing from a combustion process, which is the...

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  • fuel cell testing schematic with Equilibar back pressure regulators

    Fuel Cell Pressure Regulator

    What is a fuel cell or electrolyzer test stand? Fuel cell test stands measure the power generated from Hydrogen Fuel...

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  • schematic of Equilibar back pressure regulator in a fuel pump test stand

    Improving Fuel Pump Testing with Back Pressure Regulation

    In fuel system component testing such as fuel pump testing, it is desirable to perform development and quality assurance tests...

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Equilibar News
image of common flow control challenges

Common Flow Control Challenges and How to Address Them

Accurate flow control is important across a wide range of industries and processes, from managing gases in research and manufacturing to controlling liquids in chemical, energy, semiconductor, and other demanding applications. Maintaining the desired flow rate improves process consistency, product quality, and overall system performance. Two challenges engineers frequently encounter are controlling flow across a Read More

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