Our website uses cookies. By continuing to browse our site you are agreeing to our Cookie Policy.
Back To Top
Primary & Backup Power Generation <br> for Data Centers Primary & Backup Power Generation <br> for Data Centers
Reliable Data Center Power Starts with Precise Fuel Gas Control

Reliable Data Center Power Starts with Precise Fuel Gas Control

Data centers require power infrastructure designed for continuous, reliable operation. Whether supporting primary on-site generation or backup power, fuel-gas systems must deliver fuel at the pressure required by the generating equipment.

R.E. Mason provides pressure regulation and control solutions for data center power generation applications, helping customers manage fuel gas pressure from the point of facility supply through final engine fuel control.

Our team can help evaluate pressure conditions, application requirements and equipment selection to develop reliable fuel-gas pressure control solutions for critical power infrastructure.
Fuel Gas Pressure Control from Pipeline to Power Generation

Fuel Gas Pressure Control from Pipeline to Power Generation

Fuel gas may require multiple stages of pressure reduction between the incoming supply and generating equipment. Your power-generation resource identifies three significant pressure-control stages within this type of system.

R.E. Mason can help address pressure regulation requirements throughout this fuel-gas path.
Primary Pressure Reduction - Reduces incoming high-pressure fuel gas to a manageable pressure for distribution throughout the facility.
Secondary Pressure Regulation - Further reduces and stabilizes fuel gas pressure before it reaches the generating equipment.
Engine Fuel Gas Pressure Control - Delivers precise, responsive fuel pressure to the engine as power demand changes.

Supporting Primary & Backup Data Center Power

Primary Power Generation

On-site generation can require sophisticated fuel-gas pressure control to reliably deliver fuel to the generating equipment.

R.E. Mason provides pressure regulation and control expertise for applicable primary power systems such as:

  • Gas turbines
  • Fuel cells
  • Steam systems
  • Fuel gas control systems

Backup Power Generation

Backup generation provides another layer of power resiliency for mission-critical data center infrastructure.

R.E. Mason can help customers evaluate the valves and pressure-control requirements associated with generator fuel systems and supporting infrastructure such as:
 
  • Diesel generators
  • Fuel storage and transfer
  • Day tanks
  • Hydrogen-powered backup generator systems

Featured Solutions

Pressure Control for Reliable Data Center Power

Maintain Stable Fuel Gas Pressure – Deliver consistent pressure to power-generation equipment as operating conditions change.
Respond to Changing Generator Loads – Maintain accurate, responsive fuel-gas control as power demand rises or falls.
Protect Critical Equipment – Help safeguard fuel-gas systems and generating equipment with reliable overpressure and under-pressure protection.
Support Future Fuel Needs – Accommodate evolving fuel strategies with pressure-control solutions suitable for natural gas and hydrogen-ready applications.

From Application Requirements to Startup

Reliable data center power generation involves more than individual components. Pressure conditions, regulator sizing, fuel requirements, control requirements and system operation all influence the final solution.

R.E. Mason works with customers to evaluate the application and identify pressure-control technologies suited to their data center power generation requirements.

Frequently Asked Questions

Fuel gas pressure can be reduced in multiple stages between the incoming supply and the generator. A typical arrangement can include primary pressure reduction, secondary or knockdown regulation, and final engine fuel gas pressure control.
Generating equipment requires fuel gas to be supplied at appropriate pressure conditions. Regulation helps control pressure as system conditions and generator fuel demand change.
Regulator selection depends on where the pressure reduction occurs, as well as the application's inlet pressure, outlet pressure, capacity and operating requirements. The supplied technical material identifies different Fisher and Tartarini regulator families for primary, secondary and final engine fuel-control stages.
Yes. R.E. Mason can work with customers to evaluate application requirements and identify appropriate pressure-control technologies for the fuel-gas system.

Resources

R.E. Mason is an Emerson Impact Partner supporting data center operators throughout North Carolina, South Carolina, and Virginia with cooling system controls, instrumentation, valve automation, monitoring solutions, and lifecycle services designed to improve uptime and operational reliability.