We provided these custom high-pressure SCR blowers (one primary with an identical redundant/backup blower) for this mission-critical Selective Catalytic Reduction (SCR) application. Designed for high-temperature operation at 800 degrees max design temperature with a tight 15-degree min/max rate of temperature change. The blowers have 15 HP IEEE841-rated premium-efficiency, severe-duty motors to meet the high standard required for operation in the petroleum and chemical industry.
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We designed a high-temperature purge fan for this regenerative thermal oxidizer (RTO) system application. The purge fan blade profile is backward curved to process high airflow at medium pressures. Customized to handle high temperatures, the application called for inlet and outlet expansion joints, and 2” thick insulated housing and inlet box, and an Arrangement 8 direct-coupled drive motor.
We built this induced draft radial tipped fan for a wet scrubber with a saturated airstream. This application called for an abrasion-resistant wheel and housing with scroll liners and a flexible direct coupled drive. The heavy-duty self-cleaning Radial Tipped Fan delivers process control, stability, and high static efficiency while resisting material buildup on the wheel and impeller.
For this industrial oven exhaust application, we custom designed a high-temperature plug fan. The design incorporated forward-curved blades, housing, a 12 inch insulated plug, belt drive, and a unitary base, with a heat slinger on the shaft to help dissipate heat from the oven.
In this Kaolin Mining installation, we provided an induced draft fan for dust collection. Kaolin (hydrated aluminum silicate) is a high-value, high-volume industrial clay used largely in the production of paper, as well as ceramics, cement, fiberglass, and many other industrial production processes. Its naturally fine particles mean dust collection is critical in the mining process for air quality improvement and safety.
We designed this material handling fan to replace a competitor fan wheel, which had been failing every week. It’s used for moving a mixture of copper and aluminum shavings in this industrial metal-making application. After months of operation, our replacement is in good working condition.
We provided a set of three fans for this thermal oxidizer application designed for pollution control at a copper purification, treatment, and manufacturing plant.
For this petrochemical plant application, we custom designed and delivered a backward curved exhaust fan, including a 304 Stainless Steel airstream, 3-inch sound insulation, spring vibration isolators, inlet and outlet flex connectors, and a unitary base.
We designed this heavy-duty pollution exhaust fan complete with OSHA (Occupational Safety & Health Administration) guards to provide the required level of safety and protect workers from accidental contact with the fan blades. The custom design uses a 20HP motor with a V-belt drive. A ceramic felt shaft seal and flanged inlet and outlet prevent gas leaks in the system. A bolted access door allows for easier maintenance.
We reverse-engineered an existing blower for a drop-in replacement at a pulp and paper mill. Custom-designed entirely with stainless steel, the high-pressure replacement blower includes a flanged and drilled outlet to match the existing connection points and a studded inlet to reuse the customer’s inlet transition. It also has a severe-duty motor.