Improve your system efficiency by redirecting exhaust heat waste and converting it to energy with the help from a leader in industrial heat transfer. Economizers by Super Radiator Coils are constructed as built in prepackaged units or as stand alone heat exchangers that may or may not have housing.
Super Radiator Coils offers single stage (non-condensing) and multi-stage (condensing) economizers for hot water, fire tube, industrial water tube boiler and thermal oxidizers. Designs available for equipment firing natural gas, Fuel Oil #2, Fuel Oil #6, bio fuel and waste or trash burning fuel sources.
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The standard pre-packaged Economizer units from SRC come with 304 stainless steel tube, aluminum fin with 304 stainless steel headers. The exterior box is lined with stainless steel for added corrosion resistance and lined with mineral wool for insulation. Units are commonly certified under the ASME Section VIII Div 1 Code.
This economizer is made with 2.0" x 0.105 wall carbon steel pipe with 0.75" high fins, 0.05 thick. The fins are attached via high frequency resistance weld, produced at 5 fins per inch.
The flanges are 600# raised face weld necks (3) and are equipped with 3000# threaded couplings (3). The bottom of the unit has 9 drains manufactured with 1.0" Schedule 80 Carbon steel pipe. These drain pans are critical, as the unit is installed with the tubes oriented vertically, and they allow each circuit to be drained individually.
This heat exchanger supported the operation of a thermal oxidizer. The base design of the heat exchanger featured a stainless steel bare tube + spiral fin design. The product was rated for 1900F and in this application, the air temperature hit the bare tube design first to reduce the temperature before progressing to the spiral wrapped product construction.
The product also used 10" ceramic insulation to reduce the surface temperature to 150F.
This ASME U stamped pressure vessel was designed to support the combustion of farm waste. It uses a bare tube heat exchanger configuration which addresses the contamination in the airstream.
Additionally, the unit was designed with soot blower lanes. These enable the end user to easily clean the inside of the unit with high pressure air. Access doors were designed into the unit to facilitate this activity.
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