👀👀 Meet the NEW Aero2 ULTRA Series Dry Ice Blasters! 👀👀Read More!
Dry ice Blasting for Power Generation Equipment
Reduce downtime and unplanned outages in power generation
Dry ice blasting ensures regular maintenance of critical path power equipment in power generation. The dry ice cleaning process is non-conductive, non-abrasive and allows for effective in-place cleaning without cooldown or disassembly.
Improve efficiency and reduce the risk of equipment failure
Benefits
Dry ice blasting enables the ability to clean in-place, which results in more frequent cleaning and improved equipment efficiency.
Non-abrasive No damage to delicate precision components
Dry cleaning process No drying time
Clean in-place Minimal to no disassembly
No secondary waste stream
No flash rusting
Reduce risk of unplanned production stoppages and costly repairs
Better cleaning results
Environmentally sustainable
Specific use cases:
Compressors
Regenerators
Combustion chambers
Gas turbines
Alternators
Starting motors
Heat recovery steam generators (HRSG)
Heat exchangers
Failed coating, corrosion, soluble salts and chloride removal
Non-destructive testing
+More
Hydroelectric
Clean generators more effectively, resulting in more efficient operation
Benefits
Dry ice blasting helps maintain clean hydroelectric power equipment, which reduces risk of downtime and system failure.
No secondary waste stream
Limited containment setup
Clean in-place Minimal to no disassembly
Better cleaning results
Access and clean tight spaces
Improve operational efficiency
Non-abrasive No damage to delicate precision components
Environmentally sustainable
Specific use cases:
Water turbines Impulse and reaction turbines
Coils
Windings
Stators
Rotors
+More
Nuclear
Safely and effectively clean nuclear power generation components
Industry:
Application:
Benefits
Dry ice cleaning produces improved cleaning results, which leads to nuclear facilities operating at peak efficiency.
Better cleaning results
Dry cleaning process No drying time
No secondary waste stream
Improve operational efficiency
Non-abrasive No damage to delicate precision components
Clean in-place
Reduce risk of unplanned production stoppages and costly repairs
Environmentally sustainable
Specific use cases:
Nuclear reactors
Heat exchangers
Steam turbines
Alternators
Boilers
Boiler tubes
Vessels
Non-destructive testing
+More
Steam Generation
Maintain high heat transfer efficiency
Benefits
Dry ice cleaning effectively cleans operating equipment and ensures steam generating systems are running at peak efficiency.
Non-abrasive No damage to delicate precision components
Dry cleaning process No drying time
Clean in-place Minimal to no disassembly
No secondary waste stream
No flash rusting
Reduce risk of unplanned production stoppages and costly repairs
Better cleaning results
Environmentally sustainable
Specific use cases:
Boilers
Super heaters
Economizers
Heat recovery steam generators (HRSG)
Air preheaters
Steam turbines
Alternators
Condensers
Heat Exchangers
Non-destructive testing
Failed coating, corrosion, soluble salts and chloride removal
+More
Substations
Regularly maintain equipment to ensure highly efficient operation
Benefits
Dry ice cleaning quickly cleans substation equipment, which reduces operational downtime and the risk of system failure.
Faster cleaning process
Dry cleaning process No drying time
Non-abrasive No damage to delicate precision components
No secondary waste stream
Corrosion removal
Improve operational efficiency
Reduce risk of unplanned production stoppages and costly repairs
Environmentally sustainable
Specific use cases:
Insulators
Arresters
Transformers
Circuit breakers
Isolators
Bushings
Switchgears
Motors
Gas turbines
+More
Benefits of Dry Ice Blasting
Maintain peak operational efficiency
Dry ice blasting safely and effectively cleans a wide range of power generation equipment, leading to optimal efficiency.
Reduce unplanned downtime and risk of catastrophic failure
Clean online Clean faster and with little to no disassembly
Non-abrasive No damage to delicate precision components
No secondary waste Reduce containment and eliminate risk of damage
Non-conductive
Increase polarization indices
Improve megohm readings
Improve thermal dissipation
Environmentally sustainable and operationally safe
With the flexibility to quickly restore and recondition various sizes and types of industrial equipment and machinery with dry ice cleaning, we minimize the costly downtime and disruption generally associated with industrial cleaning.
Derek Bland VP | Houston-Johnson, Inc.
Case Studies
Proven technology produces definable results
Our solutions are driving real results in our customers’ organizations.
Power Generation
Cleaning nuclear power equipment with dry ice blasting
