Heat Exchangers

  • Typically used for continuous heating or cooling of pumpable fluids
  • Suitable for evaporations process
  • ASME code designs
  • PED code
  • Shell & Tube type
  • Scrape Surface type
  • Plate type
  • Brazed Plate type
  • Tube in tube type

Shell & Tube Heat Exchangers - Enerquip

  • Sanitary and non sanitary designs for fluids without particulates.
  • 3A accepted designs available
  • U-tube designs for inlet and outlet at same end.
  • Straight tube designs for inlet and outlet at opposite ends.
  • Double tube, double tube sheet designs for
  • Leak detection
  • Multiple materials of construction.
  • Electo polish finish done in-house

 

Scrape Surface Heat Exchangers – Alfa Laval Contherm

  • Suitable for higher viscosity products and those which burn or freeze on heat transfer surfaces
  • Vertical and horizontal configurations
  • Hydraulic and electric driven
  • Multiple rotor configurations dependent upon product requirements
  • Multiple barrels types dependent upon product requirements
  • Multiple scraper blade types dependent upon product requirements
  • Metal detectable scraper blades

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Plate Heat Exchangers

  • Suitable for a wide range of fluids and close approach temperatures.
  • Plate & frame types in sanitary and non sanitary designs
  • Stainless steel welded plate types
  • Multiple materials of constructionSchmidt Brazed Plate Heat Exchanger Fluid Path Illustration

APi Schmidt Plate Heat Exchanger Fluid Flow Chart

 

Tube in Tube Heat Exchangers

  • Suitable for wide range of viscosities and fluids containing particulates.
  • Products flow in the annular space between tubes opposite directions.

 

 

 




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