Ways to Increase Your Facility’s Longevity

Your Equipment Is Trying to Tell You Something

Take a look at the coil to the left. Same condenser, same day — about 45 minutes apart. The version on the top isn’t just unpleasant to look at. That layer of grime is forcing the system to work harder for the same result, and it’s a warning sign most facilities never catch until a hot afternoon in July when something finally gives out.

Here’s the part worth paying attention to: a well-managed HVAC maintenance program can reduce energy consumption by 10–30%, cut emergency breakdowns by 40–70%, and extend equipment life by 5–10 years, depending on the age and condition of your systems.

Those aren’t just comfort numbers — they’re capital you’ve already spent, protected.At IPS, we’ve spent decades keeping industrial and commercial facilities running. We put together the Top 10 Ways to Increase Your Facility’s Longevity as a practical checklist any facility team can work from. Here are three to start with today.

1. 1. Clean Your Heat Transfer Surfaces
      This is the one in the photo. Dirty coils can increase energy consumption by 20–30% — a system straining against its own buildup. Clean cooling towers and heat exchangers, remove scale from water-side systems, and stay on top of water treatment. It’s one of the lowest-cost, highest-return moves you can make, and it’s usually the difference between a system that ages gracefully and one that fails early.

1. 1. Implement a Preventive Maintenance Program
      Reliability isn’t luck — it’s a schedule. Changing filters, cleaning coils, checking belts, bearings, motors, and electrical connections, verifying refrigerant charge, and inspecting drains and condensate systems on a regular cadence keeps small issues from becoming shutdowns. A documented program is the foundation everything else on this list builds on.

1. 1. Install or Optimize Variable Frequency Drives (VFDs)
      Adding VFDs to pumps and fans lets them slow down during partial loads instead of running full-tilt around the clock. Because power draw drops sharply as speed decreases, VFDs are one of the highest-impact efficiency upgrades available — often paying for themselves faster than facility teams expect.

Want All 10?
These three are just the start. The full one-pager covers building controls, sensor calibration, airflow, refrigerant charge, outside-air optimization, energy trend analysis, and knowing exactly when it’s time to replace aging equipment instead of repairing it.
Enter your name and email and we’ll send it straight to your inbox: