Large industrial parts require regular maintenance, and conventional methods are not always sufficient to achieve a high-quality result. For consistent, plant-ready outcomes across refineries and gas plants, rely on industrial ultrasonic heat exchanger cleaning solutions.
HX Power Cleaning uses ultrasonic technology on large and small heat exchangers, valves, seals, pumps, pipe sections, filters, structured packing, demister pads, and even scaffolding material. In the oil & gas sector, our powerful 28 kHz cavitation process and tailored chemistry remove heavy contaminants from production tools, effectively eliminating hydrocarbon residues and refinery-grade by-products.
Oil & Gas Heat Exchanger Cleaning with 28 kHz Ultrasonic Cavitation
During shutdown maintenance, ultrasonic systems can clean large process components—most commonly for heat exchanger fouling removal. HX Power Cleaning has developed a transportable ultrasonic heat exchanger cleaning machine that can be staged on site. With autonomous power and weather-resistant construction, it enables shell-and-tube fouling removal even on the largest bundles during refinery turnarounds.
Conventional hydro-jetting can exceed 20,000 liters of water per exchanger—and all of it requires treatment. In contrast, contained ultrasonic baths are changed only after multiple bundles, delivering long-term efficiencies. See a practical comparison in our ultrasonic vs hydroblasting cleaning comparison, and review documented outcomes in these case studies and results.
Applications
Petro-chemical plants maintenance
Industrial cleaning
Offshore activities
Onshore activities
Shutdown cleaning activities
Emergency clean-up
Gas energy
Parts
Heat Exchangers
Components of extraction
Filters of chimney
Shells
Valves
Seals
Pumps
Pipe Sections
Structured packing
Demister pads
Scaffolding material
Loose parts
Hex bundles
Filter bundles
Valve bundles
Piping bundles
Turbine parts
Demister pads
Dirt to romove
Crude oil
Carbon dust
Used oil
Heavy oils
Bitumen
Grease
Scale
Rust
Other refinery-grade contaminants
