Predictive maintenance in the brewing & beverage industry
Predictive maintenance in brewing keeps continuous, hygiene-sensitive production running, where downtime risks batch loss. Monitoring pumps, motors, refrigeration, heat exchangers and compressors catches faults early so repairs fit between batches rather than stopping a brew.
Brewing combines continuous process steps with strict hygiene and tight refrigeration, so a breakdown can cost a batch. The assets that matter most are pumps, motors, refrigeration and chillers, heat exchangers and compressed air. Condition monitoring on these lets maintenance slot between batches instead of interrupting one.
Energy-intensive equipment in brewing & beverage
- Mash tuns and brew kettles
- Wort coolers and heat exchangers
- Fermentation and glycol cooling
- Steam boilers and hot-water systems
- Packaging and bottling lines
Predictive maintenance by asset
Predictive maintenance for pumps
Predictive maintenance for pumps uses vibration, motor-current and process data to catch impeller wear, cavita…
Predictive maintenance for electric motors
Predictive maintenance for electric motors combines vibration, motor-current signature analysis and thermograp…
Predictive maintenance for chillers and refrigeration
Predictive maintenance for chillers and refrigeration uses performance analytics (approach temperatures, effic…
Predictive maintenance for heat exchangers
Predictive maintenance for heat exchangers uses process-data analytics — tracking approach temperature, pressu…
Predictive maintenance for compressors
Predictive maintenance for compressors uses vibration, temperature, oil and process analysis to catch valve fa…
Predictive maintenance for conveyors
Predictive maintenance for conveyors uses vibration on drives and idlers, thermography and inspection to catch…
Predictive maintenance for control valves
Predictive maintenance for control valves uses position/travel diagnostics, acoustic and process data to catch…