Heat Exchangers

Select the clean and efficient design of Feldmeier Equipment tubular heat exchangers for your application. Our double, triple, and multi tube options are suited for a wide variety of products and heat transfer media. Full stainless steel construction is standard, with additional alloy material options for use with highly corrosive products.

Clean designs for CIP
Viscous and shear sensitive products
Dairy, juice, and purees
Large particulate products
ASME ratings are available
3A stamping is available

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General Customer Data Sheet »

The welded hairpin construction of Feldmeier Equipment’s Double Tube and Multi-Tube Heat Exchangers is an ideal solution for direct ammonia or HFC cooling applications. By using ammonia or an HFC refrigerant as the product-cooling medium instead of propylene glycol, substantial electrical savings can be attained; and the capital, operating and maintenance costs of a glycol cooling system can be eliminated.

Feldmeier Ammonia Coolers can be supplied with stainless steel ASME certified Surge Drums including piping, mounting supports and controls.

Double tube designs
Multi tube designs
Save on daily operation costs
Reduced maintenance vs Glycol systems
Surge drum and control systems are available

General Customer Data Sheet – Heat Exchangers ?

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The Feldmeier Torpedo sanitary CIP Solution Heater is a 7′ long single pass Multi-Tube Series 27 or 33 consisting of several 1/2″ OD or 3/4″ OD inner tubes in a single 6″ OD outer media tube. With all-welded ASME certified construction, the Torpedo has been designed to heat from 100 GPM to 450 GPM of water or CIP solution at 20oF to 50oF per pass using up to 100 PSI steam.

Single pass
Multi tube design
All welded construction

General Customer Data Sheet – Heat Exchangers ?

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Feldmeier Ice Builders are designed to generate and store cooling capacity for use at a later time in applications where chilled water is used for comfort or process cooling. Ice generation takes place during no-load periods, storing enough refrigeration capacity to meet daily requirements, utilizing smaller compressor equipment than would be required for instantaneous cooling. In addition, peak process cooling usually occurs at the same time as peak energy demand, so off-peak ice generation can provide lower energy costs.

Thermal storage units
All stainless steel water contact surfaces (Liner, refrigerant coil, air agitation piping)
Ammonia or HFC refrigerant
Save on energy costs
Surge drum and control systems are available

General Customer Data Sheet – Heat Exchangers ?

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