HRSG Cleaning Services Los Angeles

Restore heat recovery steam generator efficiency with dry ice blasting — no wastewater, no corrosion risk, and significantly shorter planned outages.

Plan your next outage with us — reduce downtime, eliminate wastewater disposal, protect fin geometry.

Dry Ice Blasting for HRSG Tube Bundles

Heat Recovery Steam Generators (HRSGs) are among the most critical and performance-sensitive assets in any combined-cycle or cogeneration power plant. Over time, combustion byproducts, iron oxide deposits, oily residues, and scale accumulate on fin tube surfaces — creating an insulating barrier that can reduce heat transfer efficiency by 10–20% or more. For a power plant operating on thin margins, that efficiency loss directly translates to higher fuel consumption and lower generation output.

Water washing has long been the conventional approach to HRSG cleaning, but it comes with significant drawbacks: thousands of gallons of contaminated wastewater requiring permitted disposal, corrosion risk from moisture on fin tube material, extended outage durations to allow for drying, and the risk of damaging delicate fin geometry under high-pressure spray.

Pure Zero Industrial's dry ice blasting approach eliminates all of these problems. We clean HRSG tube bundles without water, without chemicals, and without damaging the fins — restoring heat transfer performance while minimizing your outage window and your environmental compliance burden.

HRSG Cleaning Challenges We Address

Efficiency losses from fin tube fouling
Wastewater disposal costs and permitting
Corrosion risk from water washing
Extended outages reducing generation revenue
Fin damage from high-pressure water
Inaccessible areas between tube sections
Compliance with California discharge regulations
Redepositing contaminants during wet washing

Advantages Over Water Washing

No Wastewater Disposal

Water washing generates thousands of gallons of contaminated wastewater requiring costly permitted disposal — often a significant project cost and scheduling challenge. Dry ice sublimates on contact, leaving only the removed deposits. Nothing to treat, nothing to haul.

No Corrosion Risk

Moisture accelerates corrosion on carbon steel and alloy fin tube material. Dry ice blasting is completely dry — zero corrosion risk from the cleaning process itself. Surfaces are ready for return to service immediately.

Shorter Planned Outages

Dry ice blasting is significantly faster than wet washing when you factor in preparation, washing, and drying time. Reducing your planned maintenance window by even one or two days can recover significant generation revenue — often far more than the cost of the cleaning itself.

Safer for Sensitive Fin Geometry

Our trained technicians use calibrated blast parameters — pressure, nozzle standoff, angle, and media size — optimized for HRSG fin tube material. We clean effectively without bending, collapsing, or otherwise damaging thin fin material, which water jetting at high pressure can do.

Deployable in Confined HRSG Spaces

Our compact blasting equipment is deployable in the tight spaces between tube bundle sections, in duct sections, and around duct burner assemblies common in large industrial HRSGs.

What We Clean in HRSGs

High-pressure, intermediate, and low-pressure tube bundles
Fin tube surfaces and bare tubes
Inlet duct and transition sections
Duct burner assemblies
Stack and casing interior surfaces
Bypass stack and diverter dampers
Access doors and expansion joints
HP, IP, and LP drums (internal)

Impact Zones & Operating Parameters

Understanding the three zones of dry ice impact — the kinetic zone, the thermal zone, and the gas expansion zone — allows our technicians to dial in the correct blast parameters for HRSG fin tube material. Getting this right is critical: too aggressive and you risk fin damage, too conservative and cleaning is incomplete. Our crews train specifically for heat exchanger and HRSG cleaning applications.

Dry ice blasting impact zones and operating parameters reference chart for HRSG cleaning
Impact zone diagram and operating parameter reference used by Pure Zero Industrial technicians for HRSG and heat exchanger cleaning.

Planning Your HRSG Outage

We work closely with your operations and maintenance teams during the outage planning phase — reviewing HRSG configuration, access requirements, safety protocols, and scope to ensure efficient execution during your planned maintenance window. We coordinate access with your confined space entry program, provide job hazard analysis documentation, and integrate with your plant safety procedures from day one. Serving power plants across Greater Los Angeles, Southern California, and beyond.

Schedule Your HRSG Cleaning

Contact us to discuss your upcoming planned outage and how dry ice blasting can improve your HRSG performance and reduce your maintenance window.

Get Ready for Your Free Los Angeles Dry Ice Blasting Quote — Call Now!