Cargo Ship Application
We designed this induced draft (ID) fan to control emissions from cargo ships while in port.
Application: Pollution
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.
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 a custom high-pressure purge blower with a high-efficiency shrouded radial blade wheel design for an engine exhaust gas recirculation (EGR) system application.
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.
AirPro built two exhaust fans for a Dry Flue Gas Desulfurization (SDR) system installed at a US copper mine. All parts in contact with the air stream were constructed with 316 Stainless Steel including all fan accessories.
The following high pressure blowers, ordered through an AirPro OEM customer, were built for an oxidizer/scrubber system that destroys methane, chloride and fluoride compounds, and jet fuel.