Fan-tastic Solutions: Inside the Ultimate Fan Experience

Industrial fans are the heart of heavy industry, moving massive volumes of air and gas through critical systems in pulp & paper, cement, steel, and energy production. In this episode, Jen Little sits down with Mike Piazza, Director of Air Handling at ProcessBarron, to explore how industrial fan rotors are engineered, maintained, repaired, and upgraded to keep plants running safely and efficiently.From fan failures and preventive maintenance to computational modeling and wireless monitoring, this conversation dives into the real-world engineering and operational challenges behind the massive equipment powering industrial facilities.If you work in plant operations, reliability, maintenance, or engineering, this episode delivers practical insights on reducing downtime, improving efficiency, and extending equipment life.What You’ll Learn in This Episode Why industrial fans are the “heart” of plant air movement systems  How improper fan sizing impacts energy costs and system performance  The real cost of fan failure and forced outages  How fan rotors are engineered for unique industrial applications  Common causes of rotor and bearing failures  The Inspect & Advise process for fan repair and reverse engineering  How computational modeling improves fan performance and upgrades  New safety innovations like industrial fan braking systems  How wireless monitoring is changing the future of reliabilityKey Takeaways Fan failures can cost plants hundreds of thousands per day in lost production.  Preventive maintenance is essential to avoid catastrophic outages.  Modern modeling allows performance upgrades without replacing housings.  Wireless sensors now provide real-time vibration and temperature alerts.  Rapid repair and manufacturing capabilities are critical for uptime. Who Should ListenPlant managers, reliability engineers, maintenance teams, and anyone responsible for industrial equipment performance and uptime.Follow Powering the Process for practical insights to reduce downtime, improve efficiency, and keep your process moving.