Heat Exchanger Cleaning Services
Fairtex Group delivers specialized heat exchanger cleaning services designed to restore thermal efficiency, reduce fouling-related losses, and support the integrity of critical process and power generation systems. Our cleaning methods are engineered to safely remove scale, hydrocarbon deposits, biological fouling, and hard mineral build-up from tube and shell-side surfaces.
We combine mechanical cleaning systems, rotary tools, high-pressure water jetting, and patented cleaning technologies to achieve controlled, non-destructive cleaning outcomes. All activities are executed under QA/QC supervision to ensure equipment integrity is maintained while performance is restored toward design specifications.
Typical applications: shell and tube heat exchangers, condensers, oil coolers, feedwater heaters, hydrogen coolers, stator coolers, lube oil coolers, evaporators, chillers, and power plant condenser systems
What this service covers
Mechanical Tube Cleaning & Bundle Restoration
We provide mechanical cleaning for heat exchanger tubes using scrapers, brushes, plastic bullets, and controlled drilling tools. This method is suitable for removing soft deposits and fouling in both shell-side and tube-side applications.
Our technicians are experienced in cleaning small and complex bundles including U-tube configurations, where access constraints require precision tool selection and controlled cleaning methods.
Rotary Tube Cleaning & Access-Limited Systems
For exchangers with restricted access or small tube diameters, Fairtex deploys rotary tube cleaning systems. These systems allow controlled internal cleaning where conventional water-propelled methods are not suitable.
Rotary cleaning ensures consistent removal of deposits while minimizing risk of tube damage in sensitive exchanger configurations.
High-Pressure Jetting & Grit Blast Cleaning
We utilize high-pressure water jetting (200–3000 bar range) and patented grit blast cleaning techniques to remove hard, crystalline, or calcified deposits. These methods are particularly effective where non-destructive examination (NDE) such as eddy current or remote field testing is required post-cleaning.
Hydrojetting is also deployed during refinery turnarounds to clean multiple exchangers efficiently while maintaining controlled cleaning parameters.
Condenser & Power Plant Heat Transfer Systems
Steam condenser systems are cleaned to restore optimal heat transfer performance within Rankine cycle operations. We remove fouling from condenser tubes to improve vacuum efficiency, condensate recovery, and turbine backpressure performance.
Our cleaning approach ensures minimal environmental impact while maintaining operational continuity in power generation and industrial steam systems.
Key Takeaways
- Multi-method cleaning approach including mechanical, rotary, and hydrojetting systems
- Capability to clean complex tube bundles including U-tube and restricted access exchangers
- Grit blast cleaning for hard deposits and NDE-ready surface preparation
- Applied across refinery, petrochemical, marine, and power generation systems
