Press release
HX POWER CLEANING will be present at Heat Exchanger World 2022
- The first world-wide Heat Exchanger World Conference
Valencia, 10th May 2022The Heat Exchanger Congress 2022 .
For complex bundles and tight outage windows, rely on industrial ultrasonic heat exchanger cleaning solutions that deliver consistent, plant-ready results on shell-and-tube equipment.What shell-and-tube ultrasonic cleaning involves
Unlike manual jetting that “chases” individual tubes, synchronized cavitation envelops the entire bundle—tubesheets, baffles, and crevices—so fouling is removed evenly. Our process is built around 28 kHz ultrasonic cavitation technology tuned for large stainless tanks, ensuring deep, uniform cleaning without attacking base metal.
The method standardizes recipes (bath chemistry, temperature, exposure time) to achieve repeatable outcomes across shifts and sites. That’s why refineries and gas plants use it as a default for shell-and-tube maintenance during planned outages.
Turnaround setup and on-site execution
Containerized systems are staged close to the pull area to reduce crane moves and idle time. A transportable ultrasonic heat exchanger cleaning machine connects to utilities, runs validated cycles, and returns bundles to inspection in a tight loop—ideal for shutdown maintenance.
In Oil & Gas environments, this approach keeps the critical path predictable while lowering rework and housekeeping. See sector specifics and common use cases in our Oil & Gas heat exchanger cleaning applications.
Performance you can measure and compare
Track time-to-clean per bundle, ΔT recovery, pressure-drop normalization, water use, and rework rate. Plants typically see shorter cycles and steadier restarts versus conventional jetting—review evidence in our ultrasonic cleaning case studies and results.
For a quick decision aid that summarizes trade-offs, consult our ultrasonic vs. hydroblasting heat exchanger cleaning comparison and align your next turnaround plan accordingly.
