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.
Case Studies
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.
We replaced an industrial exhaust fan originally built by another manufacturer in this brine vapor retrofit installation. The fan is an open radial blade paddlewheel design with a backplate to protect the motor from the material in the air stream. We used AL-6XN® construction material for corrosion resistance and a stuffing box shaft seal to prevent vapor leakage.
We designed this calciner supply fan for a high-temp rotary kiln application. Featuring a radial tipped fan with a v-belt drive and a unitary base, it withstands temperatures up to 475°F. This heavy-duty, radial tip fan moves high volumes of air at low static pressures with high efficiencies.
In this Calciner Tempering installation, we retrofitted backward-curved blowers to replace our customer’s existing fans for increased efficiency and longer fan life. Using 300 HP customer-supplied motors, we incorporated a flexible coupling drive, unitary base, and pie-split housing for easier maintenance access to the fan wheel and shaft.
For this carbon recycling plant system application, we designed and delivered a drop-in high-pressure blower to replace a competitor’s product. It features a Kynar coated wheel with a stainless steel shaft, rubber-lined housing, custom exterior coating color, a shrouded wheel design, increased wheel width, and an outlet damper to throttle the air as it leaves the fan.
We designed this CE-Certified High-Pressure Blower for custom static and thermal loads of operation. Featuring a monobloc bearing design with vibration isolation pads, this custom blower meets European health, safety, and environmental protection standards.
We recently provided a cooling fan for a cheese plant with food-grade construction to comply with food safety standards.
This coffee roasting plant application called for a dust collection fan. The custom design incorporated backward-curved blades, an inlet box, and a belt drive with a unitary base.
In this combined heat and power installation example, we designed and delivered a booster blower for a bioenergy organic waste facility.