End-to-End Protection for Critical Power Infrastructure

Power generation facilities, whether hydroelectric or fossil fuel. Present significant and varied fire hazards driven by combustible fuels, high-energy rotating equipment, electrical systems, and demanding operating conditions. Beyond life safety, fire represents a serious business and infrastructure risk. Power plants are major capital investments, and unplanned downtime can disrupt operations, strain the electrical grid, and impact the communities that depend on a continuous, reliable supply of electricity.

Effective fire protection in power generation environments must reduce risk, protect critical assets, and support rapid recovery while performing reliably in harsh industrial conditions. ORR Protection specializes in delivering fire protection solutions tailored to the unique hazards and operational demands of power generation facilities across the following industries:

• Fossil Fuel Power Generation (Coal, Natural Gas, Oil)
• Hydroelectric Power Generation
• Simple Cycle and Combined Cycle Plants
• Peaking and Load-Following Facilities
• Turbine Halls and Generator Areas
• Balance-of-Plant and Auxiliary Systems
• Electrical Substations and Switchyards

Coal-fired power plants are among the oldest large-scale energy producers in the U.S., and many continue to operate under conditions that present elevated fire risk. ORR Protection specializes in protecting the most critical hazards, beginning with steam turbine lube oil systems, where overheating or oil release can lead to flash fires. ORR designs and installs proven advanced detection, CO₂, water mist, and sprinkler suppression solutions for turbine packages, including lube oil bearings, storage, and pumping systems.

Coal conveyor belt systems represent another significant hazard. Seized bearings can generate extreme heat and ignite coal-dust-fueled belt fires. ORR deploys advanced detection, notification, and suppression strategies specifically designed for harsh outdoor environments.

From turbines and conveyors to control rooms, electrical rooms, switchgear, and transformers, ORR delivers code-compliant, engineered fire protection solutions that reduce risk, protect critical assets, and support continuous power generation.

Combined-cycle power plants pair gas turbines with heat recovery steam generators to produce steam that drives a steam turbine—maximizing efficiency while increasing the need for reliable fire protection. One of the highest-risk areas is turbine lube oil, where elevated surface temperatures, vibration, and compromised piping can result in dangerous spray fires.

ORR Protection designs code-compliant fire protection strategies aligned with applicable NFPA standards, including NFPA 850, with a focus on reducing risk without disrupting operations. We understand the pressure to meet megawatt demand and output targets while avoiding unplanned outages. That is why our teams support both scheduled outages and day-to-day uptime, keeping turbine packages protected and plants operating on schedule.

Hydroelectric power plants are among the most established generation assets in the U.S., and many facilities continue to rely on aging fire protection systems that no longer meet modern expectations. ORR Protection supports public and private hydro owners throughout North America, helping modernize legacy systems to reduce risk and prevent unplanned downtime.

ORR designs protection strategies for critical hazards, including generator galleries, turbine lube oil systems, and electrical rooms. Early-warning detection, such as aspirating smoke detection, enables rapid identification of abnormal conditions. Suppression solutions—including CO₂ and water mist—are selected to protect both rotating equipment and sensitive electronics. ORR also evaluates CO₂ life-safety requirements and upgrades annunciation, lockout/tagout protocols, and monitoring to protect personnel while maintaining continuous operations.

Solar power generation continues to expand as demand for clean energy increases. ORR Protection supports both utility-scale solar facilities and rooftop installations with fire protection solutions designed for high-energy electrical environments.

At large solar sites, ORR protects control rooms and switch rooms using early-warning air sampling and clean agent suppression. In rooftop and urban applications, advanced detection—including linear heat, UV/IR, and multi-spectrum technologies—is often integrated with cameras and building security systems. ORR also provides microspace protectionfor critical electrical panels and switchgear to identify threats early, enable safer shutdown, and reduce the risk of fire escalation.