Scale Free Systems · Equipment protection
Boilers
Protect the water side of the heating process.
Boiler equipment protection designed around the operating temperature, pressure, metallurgy, and feedwater requirements of your heating system.
Discuss your equipment →The operating challenge
Deposits affect more than appearance.
Deposits on boiler heating surfaces impede heat transfer. Steam systems concentrate dissolved solids as steam leaves, while oxygen ingress and poor feedwater control can create additional corrosion concerns.
Heating-surface scale
SFS evaluates an equipment-level approach to reducing scale adhesion on water-contact heating surfaces. Existing deposits require an inspection and a controlled cleaning or transition plan.
Corrosion management
The electrical protection strategy is assessed alongside oxygen control, makeup quality, and condensate conditions. Those causes of corrosion still require their own operating controls.
System-specific service
Steam boilers and closed hot-water boilers have different requirements. SFS defines the application scope with the facility and boiler service team before changes are made.
How SFS fits
We treat the equipment.
SFS focuses on the electrical environment at water-contact equipment surfaces. Its scale-control approach is designed to discourage mineral adhesion, while its corrosion-control approach addresses electrical conditions at those surfaces.
Scale and corrosion protection use the specified controller, probe, and grounding configuration. Biological control is a separate treatment function where included in the project scope.
Your application
A protection plan built around your system.
A site review establishes boiler type, pressure, feedwater preparation, condensate return, blowdown practice, and manufacturer limits. Biological treatment is not presented as a universal boiler requirement. Required feedwater treatment and safety controls remain in place.
Minerals do not disappear. Released deposits and suspended solids still need an appropriate removal route. Performance depends on equipment condition, water quality, operating conditions, and the agreed service program.
Measure the result
Start with a baseline. Track the change.
Use operating records and inspection results to assess protection over time. Compare like-for-like conditions so weather, load, and flow changes are not mistaken for treatment results.
- Fuel use per comparable useful heat or steam output
- Feedwater and boiler-water test trends
- Heating-surface condition and blowdown performance
Questions about boilers
Can I stop using my softener or boiler chemicals?
Do not discontinue the existing program simply because SFS is added. Changes require an equipment-specific assessment, manufacturer compatibility review, and a monitored transition.
What does SFS need to evaluate my equipment?
Share the equipment model, water circuit layout, operating temperatures, current treatment program, recent water tests, and any scale or corrosion photos. SFS can then review the application and discuss an appropriate scope.