A lot of operations aren't. When process runs hot, things slow down and bottleneck. Fan-Div supplies the parts, and designs behind them, that keep air coolers, ACCs, and cooling towers online.
Three letters for the board.
Move as much air as you can in 90 seconds.
It is all paid for with the air you move.
From the large fans on air cooled condensers and cooling towers, down to the smaller fans on air cooled heat exchangers, we supply the parts and the design for optimization that keep them running. Process needs to be cooled, whether that's with finned tubes or water towers. We optimize it and make it bulletproof for operations.
Giant radiators for industrial plants. They pull heat out of your process with air blown across finned tubes. Air cooled condensers are the biggest of them all, dry process and 32 foot fans. We supply the parts and the optimization design that keep them running.
Fans of every size, from the 32 foot fans on an air cooled condenser to the smaller units on an air cooler. We're the exclusive distributor of the DG-II Anti-Rotation Device® and E-Bell™. The DG-II stops fans windmilling backwards, which is a safety issue, not just a wear issue. See why fans windmill.
The water side of cooling, and home to some of the largest fans in the plant. We supply parts and components for cooling towers and evaporative systems, including BAC and Evapco units, so your water cooled equipment keeps running too.
When something wears out you don't want to wait weeks. We stock the parts and get them to you fast, so a small fix doesn't turn into a big shutdown.
Parts backed by proven design. For ACHE optimization, upgrades and reliability, Fan-Div combines in house design by Nick Agius (TheFanGuy.ca) and Russ De Jesus, P.Eng. with decades of fan expertise. Nick is the creator and patent holder of the DG-II Anti-Rotation Device® and the Elliptical Bell (E-Bell™) inlet system which he introduced to the aftermarket. Fan-Div supplies all parts required to bring these solutions to life.
Shut a fan off and the ones beside it keep pushing air through the cell. That backdraft spins the stopped fan in reverse. Start the motor into a fan turning the wrong way and you get belt and gearbox shock, blown fuses, and a hazard for anyone working nearby. A short clip from Nick on what's happening and how the DG-II stops it.
Nick Agius has published widely on air cooled heat exchangers and axial fans. The one to read first:
Specialists and trusted installers.
