UTR1 - U-Tube Recovery 1 Fume Incineration Series

The UTR1 (U-Tube Recovery 1) is primarily used where maximum heat transfer is specified, and square or rectangular stacks along with confined area restrictions have to be addressed. The UTR1 is also selected when low liquid side pressure drops or gas side friction and shell side pressures (10" W.C.) are of concern. The UTR1 can be applied in cold water condensing heat exchangers for vertical or horizontal flue gas installation. The UTR1 is offered in stainless, carbon or AL-FUSE™ fin tubing with 4, 6, or 8 fins per inch spacing. With over 100 different face areas available ranging from 19" x 8" thru 131" x 72" and depths of 1, 2, 4, 6, and 8 rows. Many possible selections are available to choose from when a specific amount of surface area and/or a performance requirement must be met. All UTR1 assemblies bolt into the customers rectangular ducting flange (stack adapters may be required). The UTR1 can operate on No. 6 fuel oil (with carbon steel fin and tube with 4 fpi). Sootblowers available upon request.

• The UTR1 with 1 row is simply a weld core with liquid manifold connections at the opposite end of one another. The standard unit is uninsulated.
• The UTR1 with 2 rows is a removable welded core with the liquid manifold connections on the same side flange mounted within it's own frame. This design allows for the entire core to be removed from one side without disturbing the frame as it remains in the customer's duct work. The standard unit is uninsulated.
• The UTR1 with 4, 6, or 8 rows have individual fin tubing assemblies compression fitted to the liquid manifold connections on the same side. The standard unit comes with 2" thickness factory insulation and two access doors allowing for inspection and/or individual tube assembly removal capabilities requiring no welding.

Combustion Sources
Incinerators, thermal oxidizers, catalytic converters, boilers and hot oil heaters

Exhaust Application
Capacity: 200 to 50,000 SCFM
Entering Gas Temps: 450°F to 1,600°F
Heat Sink Types: process water, boiler feedwater, ethylene glycol, thermal transfer fluids

The UTR1 Parallel Flow is applied where a specific heat transfer requirement is needed at very high liquid flows, and square or rectangular stacks along with confined area restrictions have to be addressed. The UTR1 is offered in stainless, carbon, or AL-FUSE™ fin tubing with bare tube thru 8 fins per inch spacing selection flexibility. With over 100 different face areas available, unlimited rows deep, many possible selections adapt easily to the design needs. The capability of quickly removing fin tube rows or core assemblies from the shell, without disturbing the exhaust gas connections, reduces down time and allows for easy periodic inspection and cleaning as required.

The Giant UTR1 Series is applied where a very large heat transfer requirement is needed, and square or rectangular stacks along with confined area restrictions have to be addressed. The UTR1 is offered in stainless, carbon, or AL-FUSE™ fin tubing with bare tube thru 8 fins per inch spacing selection flexibility. With over 100 different face areas available, unlimited rows deep, many possible selections adapt easily to the design needs. The capability of quickly removing fin tube rows or core assemblies from the shell, without disturbing the exhaust gas connections, reduces down time and allows for easy periodic inspection and cleaning as required.

The UTR1 Series Flow is applied where a specific heat transfer requirement is needed, and square or rectangular stacks along with confined area restrictions have to be addressed. The UTR1 is offered in stainless, carbon, or AL-FUSE™ fin tubing with bare tube thru 8 fins per inch spacing selection flexibility. With over 100 different face areas available, unlimited rows deep, many possible selections adapt easily to the design needs. The capability of quickly removing fin tube rows or core assemblies from the shell, without disturbing the exhaust gas connections, reduces down time and allows for easy periodic inspection and cleaning as required.