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Energy Transition

Renewable energy, renewable, energy, fuel cells

Precision Fluid Control for Hydrogen Innovation

As the global energy transition accelerates, the demand for ultra-precise, highly repeatable measurement and control systems is more critical than ever. From research and development to full-scale production, energy transition applications require uncompromising performance from their fluid handling technologies. Brooks Instrument delivers high-performance flow and pressure control solutions that ensure safe, efficient, and scalable operations in hydrogen production, including electrolyzers, fuel cell testing, carbon capture utilization and storage (CCUS), and decarbonization fuels. Our technologies empower engineers and researchers to accurately manage complex gas and liquid processes—advancing innovations that drive cleaner, more sustainable energy systems.

Learn more about how our flow and pressure control technology solutions support energy transition initiatives.

Application Examples:

Mass Flow Controller Drives Chemical Synthesis of Carbon Dioxide into Hydrocarbon Fuels

Global efforts towards decarbonization have led to the rapid evolution of carbon capture and utilization (CCU) technologies. Among these, the chemical synthesis of carbon dioxide into valuable fuels and chemicals offers one of the most promising pathways to achieving Net Zero emissions while building a circular carbon economy. See how gas flow delivery and pressure control drive the chemical synthesis of carbon dioxide into hydrocarbon fuels.

Application Note

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Precision Gas and Liquid Flow Control: Essential to Finding the Optimal Fuel Blend in Fuel Cell Test Stands

Fuel cells are a promising method of alternative energy generation, but the optimal fuel blend is yet to be found. Fuel cell test stands play a key role in solving this challenge. The process requires reliable fluid measurement, precise control and accuracy. See why many laboratories rely on Brooks Instrument to help them discover the optimal solution.

Application Note

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