Quick Tech Tips for Industrial Equipment

Key Takeaways

• A 20% steam trap failure rate in a 500-trap facility can waste the equivalent output of a medium-sized boiler.
• Float & thermostatic steam traps are preferred for heat exchanger applications due to continuous condensate discharge.
• Steam trap sizing requires a 2x–3x startup safety factor applied to the running condensate load.
• Thermodynamic disc traps are widely used for steam tracing lines because of their compact design and resistance to water hammer.
• Armstrong inverted bucket traps are common for steam mains and high-pressure applications; Spirax Sarco F&T traps dominate process heating.
• Regular steam trap inspection programs reduce energy losses and prevent process downtime.

In compressed air systems, condensate accumulation is one of the most common and underestimated causes of equipment degradation. As compressed air leaves the compressor and cools through aftercoolers, dryers, and distribution piping, moisture condenses and collects at low points.

If this condensate is not removed efficiently, it can carry oil, particulates, and microbial contamination downstream. It also damages valves, actuators, instrumentation, and production equipment long before visible issues appear.