Hydrogen Electrolysis Production

Producing Hydrogen, Safely

The process of producing hydrogen using water and electricity is called electrolysis. Electricity breaks water down into its base elements, hydrogen, and oxygen, in a unit called an electrolyzer. An electrolyzer can range in size from small devices to large-scale, central production facilities. Because electrolyzer components need to be reliable and built for hazardous environments to keep people and property safe, there is high importance to work with an expert supplier equipped with a wide range of measurement, control, and electrical equipment.

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Solutions in Action for Hydrogen Electrolyzers

Electrolyzer

Hydrogen electrolyzer production requires scalable designs and capacity to respond to market demand. Manufacturers must execute projects on-time, on-budget with low complexity. Yet, operate safely, reliably, and profitably using the most advanced technologies.

ASCO 290 Angle-Body Piston Valve

The ASCO Series 290, also known as 8290, is a pressure-operated, direct acting angle-body piston solenoid valve built for demanding applications.

Pro.Energy Software Technology for Energy Efficiency

Pro.Energy enables real-time monitoring of energy consumption and supports efficiency and sustainability goals throughout your operation.

TESCOM Back-Pressure Regulators

Highly accurate, high-flow, low-pressure backpressure regulators for use in pressure control of electrolysis cell and pump discharge pressure control.

Rosemount 8800 Series Vortex Flow Meters

Learn about the Vortex flow meter theory of operation, why they are valuable for flow measurement and common applications.

Fisher Control Valves

Fisher control valves manipulate a flowing fluid (such as gas, steam, water), or chemical compounds to compensate for the load disturbance, and keep the regulated process variable as close as possible to the desired set point.

Rosemount 3051 Series Pressure Transmitter

Pressure measurement products provide the broadest offering available to meet virtually every application need.

Rosemount™ X-well™ Technology with Rosemount 3144P Temperature Transmitter

Rosemount X-well Technology accurately measures internal process temperature without a thermowell or process penetration.

Emerson’s PACSystems provide secure, reliable, and compact solutions for controlling your machines effectively and safely.

Edge Controls RX3i

Scalable, open, and interoperable high-speed deterministic controls for your most demanding applications.

Aventics Valve Island

The AVENTICS Series provides a reliable basis for both compact handling systems and complex automation solutions.

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Large Scale Electrolysis

Hydrogen production requires scalable designs and capacity to respond to market demand. Implementing the right automation technologies to a large electrolyzer plant can help to ensure efficient architecture design, reduced safety risk, reduced cost, and optimized implementation to deliver optimal total cost of ownership.

Valve Fugitive Emissions

The valves in your plant are a leading source of fugitive emissions. Every valve upgrade you make moves you closer to achieving current and future fugitive emission compliance.

Rosemount Incus Ultrasonic Gas Leak Detector

Instantaneously detects gas leaks using ultrasonic leak detection technology to trigger an early warning system.

PACSystems

Drive smarter business outcomes with advanced automation and control.

Rosemount-P-X-STREAM Enhanced XEFD Continuous Gas Analyzer

Rosemount™ X-STREAM Enhanced XEFD Continuous Gas Analyzer

The X-STREAM Enhanced flameproof analyzer provides powerful analytical technology in a wall-mountable NEMA 4X/IP66 cast aluminum housing.

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On/Off Isolation Valves

Emerson has an extensive isolation valve portfolio to help you safely and effectually control many different types of processes.

Fisher GX, easy-e, and HP Control Valves

Fisher globe valves offer broad process versatility, solve your application needs from big to small, hot to cold, general to severe.

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Frequently Asked Questions about Renewable Hydrogen

Is hydrogen used in the chemical industry?

Hydrogen is used in the manufacture of two important chemical compounds, ammonia and methanol. Therefore, hydrogen is considered a building block to fertilizer made from ammonia and polymers made from methanol.

Is all hydrogen considered a ‘clean’ fuel source?

Millions of tons of hydrogen are used in the industry. But not all hydrogen produced today can be considered carbon neutral. Blue and green hydrogen are the two key low-CO2 alternatives and that could replace carbon-intensive grey hydrogen, which represents 95% of the hydrogen production today.

What role does automation play in green hydrogen production?

Automation technologies increase the capacity, reliability and efficiency of electrolyzers -- and with them the potential of a green hydrogen economy -- in several ways, from handling fluctuating power loads to measuring and controlling water flow with greater precision to using digital analytics for energy management applications. Automation can also improve safety, equipment lifespan and regulatory compliance while lowering materials and workforce costs.

Can hydrogen help the chemical industry achieve net zero goals?

Hydrogen is not only a key enabler to become net-zero for the industry, but also an important opportunity for chemical companies to generate new sustainable revenue streams. Chemical companies can leverage their strong global assets, interlinked supply chains, existing sales and distribution, and hands-on engineering knowledge to shift to a more sustainable portfolio using cleaner and more sustainable resources.

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Hydrogen Projects Advance with the Help of Automation Technologies

Emerson software and systems enhance safety, uptime and operational efficiency for offshore hydrogen plant

The PosHYdon Project: Accelerating Green Hydrogen Production

The pilot project aims to validate the integration of offshore wind power, offshore natural gas and hydrogen production at sea generating renewable fuels by harnessing a green energy source.