This installation features a high-pressure ID fan design with a shrouded and oversized impeller for an industrial dryer.
Case Studies
Our work at AirPro is not always about designing new fans; we often build replacement parts for all fan brands and send field service support teams to oversee installation and ensure the fans are ready for operation. We recently helped a minerals facility when their fan was damaged during operation. Our application engineers recommended replacement of the fan wheel and inlet cone and then our manufacturing team expedited production to provide the fastest delivery possible.
Cargo Ship Application
We designed this induced draft (ID) fan to control emissions from cargo ships while in port.
With a focus on robust construction, we built a process fan on a combustion blower for an industrial heater application. This installation called for a backward curved blower with a direct-drive motor and an outlet damper with an electric actuator and positioner. We designed it with fewer parts to reduce maintenance in the industrial environment.
Radial Tipped Return Air Fan for Dust Collection
We built this radial-tipped dust fan for an air return application in a dust collection system. The fan has a 125 HP motor with roller bearings and a V-belt drive with the fan and motor mounted on a unitary base. We included a custom color coating to match the rest of our customer’s system.
In this air pollution control installation example, we designed and delivered a heavy-duty fan for an OEM who designs and manufactures thermal oxidizers. This backward-curved induced draft fan is an arrangement 8 direct-coupled drive with a flexible coupling.
In this asphalt plant installation example, we designed and delivered the industrial fan for an asphalt plant equipment OEM. The induced draft backward-curved arrangement 9 fan included a dual drive with two 150 horsepower motors, delivering 300 horsepower combined.
We designed these custom replacement swing-out fans for paint booth systems in an automotive plant. The swing-out fans provide easy access to clean and replace fan parts. Our design helped the plant overcome supply chain problems in sourcing fans and fan parts. The fans have backward inclined blades and include an outlet damper.
This direct-fired burner fan was designed to move over 150,000 cfm of clean air for a biomass energy application. Featuring our backward-inclined design, the fan wheel is 89 inches in diameter and operates with nearly 80% static efficiency.
This biomass pyrolysis installation required a fan that can handle abrasive material, gasses, and high-temperatures. We designed a custom radial fan, also known as a paddlewheel fan with an open radial blade design. It featured double-walled housing with thermal insulation and alloy airstream materials to handle high temperatures up to 1500°F. We also built it with a continuously-welded housing interior and a bubble (air-leak) pressure test.