Power Generation & Utilities

PROTECT THE EQUIPMENT THAT KEEPS THE GRID RUNNING.

Power generation facilities depend on rotating equipment operating at high speeds, high temperatures, and continuous duty — from turbine bearing housings to coal handling conveyors. Add coal dust, ash, moisture, and extreme temperature differentials and the operating environment becomes one of the most punishing for bearing life and seal integrity in any industry we serve.

INDUSTRY CONTEXT

INDUSTRY

Power Generation & Utilities

MARKET POSITION

Established Market

FACILITY TYPES

Coal · Gas · Nuclear 

KEY EQUIPMENT

BFPs · Turbines · Fans

PRIMARY CHALLENGES

High-temp sealing · Coal dust · Winter Ops

CUSTOMERS SERVED

First Energy · Vistra · NRG

EMERGENCY SERVICE

440.478.2922

OPERATING ENVIRONMENT
CONTINUOUS DUTY
HIGH TEMPERATURE & PRESSURE
COAL DUST & ASH EXPOSURE
STEAM SYSTEM SERVICE
OUTDOOR COAL HANDLING
WINTER FREEZE CONDITIONS
ROTATING EQUIPMENT

⚠ BEARING OR SEAL FAILURE ON CRITICAL PROCESS UNIT? WE CAN RESPOND FAST.

THE ENVIRONMENT

WHAT MAKES THIS ENVIRONMENT DIFFERENT.

Power generation facilities — coal, gas, nuclear, waste-to-energy, and biomass — depend on rotating equipment operating at conditions that put nearly every standard seal and bearing protection product near or at its rated limit. Boiler feed pumps run at high temperature and pressure continuously. Turbine bearing housings are exposed to steam ingress that degrades lubricant faster than most industrial applications. Cooling water pumps and condensate systems run around the clock at flow rates and pressures that make seal selection a consequence, not a preference.

Below the turbine floor, coal handling systems add a different dimension entirely. Coal dust coats conveyor systems, penetrates bearing housings, and builds up on transfer points. In winter, moisture in the coal and on the equipment creates freeze conditions that shut down handling systems at exactly the moment demand is highest. Coal pile management creates airborne dust that generates environmental compliance exposure regardless of season.

Kelley Industrial addresses both halves of the power generation environment — the high-temperature, high-pressure rotating equipment in the plant and the material handling and environmental control requirements in the coal yard. From the turbine hall to the coal pile, the failure modes are specific and the solutions are proven.

· HIGH-TEMPERATURE, HIGH-PRESSURE BOILER FEED AND CONDENSATE PUMP SERVICE
· STEAM INGRESS RISK ON TURBINE BEARING HOUSINGS
· CONTINUOUS DUTY — GENERATION CAPACITY CANNOT BE TAKEN OFFLINE CASUALLY
· COAL DUST AND ASH ACCUMULATION ON ROTATING EQUIPMENT AND CONVEYORS
· OUTDOOR COAL HANDLING SYSTEMS EXPOSED TO WINTER FREEZE CONDITIONS
· FLUE GAS DUCTING THERMAL EXPANSION ON FAN AND STACK CONNECTIONS
· COOLING WATER SYSTEM PIPING MOVEMENT AND VIBRATION
· COAL PILE FUGITIVE DUST AND ENVIRONMENTAL COMPLIANCE REQUIREMENTS

THE SOLUTIONS WE WE APPLY HERE.


Each solution area below links to the full product detail, selection guidance, and application reference for that capability. Every recommendation starts with the specific equipment and failure mode — not the industry category.

oiler feed pumps, condensate pumps, cooling water pumps, turbines, generators, and fan bearing housings across the generation cycle. Steam turbine-specific Inpro/Seal designs prevent steam ingress into turbine bearing cavities — a failure mode that standard bearing seals cannot address. Non-contact isolators on BFPs and condensate pumps eliminate moisture and coal dust contamination without wearing parts or maintenance intervals.

High-temperature and high-pressure pump and valve service across the water and steam cycle. Boiler feed pumps, high-pressure valves, condensate system pumps, and cooling water equipment all operate at conditions where packing selection determines whether the stuffing box holds for a year or a month. SEPCO graphite and specialty fiber constructions rated for the temperature and pressure range of each specific service — not a general-purpose selection.

Coal handling conveyors freeze in winter — belts, rollers, idlers, chutes, and transfer points accumulate ice that stops the fuel supply at the worst possible time. Liquid Heat prevents that ice formation proactively, effective to −60°F. On the coal pile, Latex 100 binds surface fines and prevents airborne coal dust migration — replacing the continuous water suppression cycle with a durable surface treatment that holds through wind events and handling operations.

Fabric duct expansion joints at fan inlet and outlet connections absorb thermal growth and isolate fan vibration from connected flue gas ductwork. Metal bellows expansion joints handle thermal expansion in steam piping, condensate returns, and high-temperature process connections. Rubber joints at cooling water pump connections isolate vibration and accommodate minor piping misalignment — preventing nozzle loading on pump flanges in large-diameter cooling water systems.

OTHER INDUSTRIES WE SERVE

WHERE ELSE WE WORK.

Bearing isolation, fluid sealing, and turnaround protection for FCC units, alkylation, hydrotreating, coking, and utility systems.

Motors, gearboxes, conveyors, and agitators running 24/7 in dust, moisture, and chemical exposure.

Bearing isolator specification and packing upgrades during equipment rebuilds — so the equipment goes back better than it came in.

FDA-approved shaft seals, IP66 bearing protection in washdown environments, and sanitary packing for process pumps and valves.

Chilled water pumps, cooling tower fans, CRAC unit motors, and backup generators — the rotating equipment behind critical infrastructure uptime.

FROM THE TURBINE HALL TO THE COAL YARD

Boiler feed pump bearing failures, steam turbine seal problems, high-temperature valve packing that won’t hold, coal handling conveyors that freeze every winter, or coal pile dust that creates compliance exposure — we solve rotating equipment and material handling problems across the full power generation environment. Give us the equipment and the failure.