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We build the highest quality Air Make-up Units for food facilities and similar industries, providing controlled temperature make-up air for a variety of operations.
REYCO Air Make-up Units (AMU’s) are manufactured to the highest quality standards to operate in some of the most difficult food processing environments. We established our reputation in the extreme heat and oil of the French fry industry and continue to build on that success. REYCO Air Make-up Units are designed to last far longer than a typical HVAC unit and not one of our systems has been decommissioned in the past thirty years!
REYCO Air Make-up Systems are built of painted, 14-guage galvanneal steel, or stainless steel and manufactured in a variety of standard sizes ranging from 5,000 to 125,000 cfm of make-up air per unit. We offer three models including our standard VentPac, temperature controlled GasPac, or CoolPac for specific applications. These units consist of Maxon burners or cooling spray towers to heat or cool the air interspersed with filter media and mist eliminators to clean and dry the air. The units are driven by the highest quality Twin City Fan to control proper air flow. HEPA filtering and Steril-Aire Ultraviolet Light (UVC Emitters™) are available to further filter or decontaminate the air where required. REYCO also manufactures a complete line of Fryer Air Washers, also known as Stack Scrubbers, to remove oil, fat, and particulates from a frying system. In addition to reducing plant emissions, these units can be designed in conjunction with a formal plant ventilation study to properly balance the air within the facility itself, providing both a healthy and safe work environment for your employees. Finally, REYCO has further developed overall Energy Recovery Systems (ERU’s) which allow for the recovery of heat from Fryer Air Washers. The reclaimed BTU’s from the fryer can be used to provide make-up water to a boiler or blancher or low-grade heat for use in an Air Make-up Unit. REYCO can bring to you a complete facility analysis to design and implement the appropriate systems to run a cleaner, more energy efficient plant environment. |
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