SlideShare une entreprise Scribd logo
1  sur  2
Télécharger pour lire hors ligne
APS Skidded Process System
The APS double tube design is the most basic type of corrugated tube heat exchanger.
It consists of two concentric tubes—product normally flows inside the inner tube with
media on the annular space inside the outer tube.
APS Double Tube Heat Exchangers are ideal for particulate processing, direct or indirect regeneration
heat recovery, or where the use of a product pig for minimized product loss is desired. The inner tube
diameter (up to 4”) makes it ideal for processing viscous products which may or may not contain
large particulates. It also provides the perfect low-shear solution for protecting sensitive particulates,
while still achieving efficient mixing and optimized heat transfer. Double tube heat exchangers afford
a medium pressure, low investment solution for easily configurable and adaptable surface area in
order to meet the ever changing demands of the modern marketplace.
TYPES
• All welded
• All welded with expansion joint
• Demountable / Direct regeneration
• Equipped with aseptic fittings
MATERIALS OF CONSTRUCTION
• 304L SS
• 316L SS
• 2205 Duplex Alloy
• AL6XN
PROVEN PRODUCT APPLICATIONS
• Salsa
• Spaghetti sauce
• Diced tomatoes
• Culinary sauces
• Particulates
PROVEN BENEFITS
• Save space and money - Ultra corrugations minimize heat transfer surface area
• Reduce system size - Customized equipment layout available
• Improve product integrity - Low product shear
• Run a variety of products - HE pressure capabilities up to 1200 psi
• Customize solutions - Product tube diameters from 1"to 4"
• Maximize HE efficiencies - Higher Reynolds numbers at lower flow rates
• Particulated Products
914 Springdale Drive | Jeffersonville, IN 47130 | info@gotoaps.com | www.gotoaps.com | 1-888-294-8118

Contenu connexe

En vedette

Guide to understanding welding procedure specification (wps
Guide to understanding welding procedure specification (wpsGuide to understanding welding procedure specification (wps
Guide to understanding welding procedure specification (wpsTonni Bruce
 
Heat exchangers and types
Heat exchangers and typesHeat exchangers and types
Heat exchangers and typesGopesh Chilveri
 
Shell and tube heat exchanger design
Shell and tube heat exchanger designShell and tube heat exchanger design
Shell and tube heat exchanger designhossie
 
Heat exchanger design handbook
Heat exchanger design handbookHeat exchanger design handbook
Heat exchanger design handbookvijayabhaskar83
 
Heat Exchangers
Heat ExchangersHeat Exchangers
Heat ExchangersSABIC
 
Fundamentals of heat exchanger design
Fundamentals of heat exchanger designFundamentals of heat exchanger design
Fundamentals of heat exchanger designJuan Guillermo
 
Solid state chemistry
Solid state chemistrySolid state chemistry
Solid state chemistryKumar
 
Sass Code Reviews - How one code review changed my life #SassConf2015
Sass Code Reviews - How one code review changed my life #SassConf2015Sass Code Reviews - How one code review changed my life #SassConf2015
Sass Code Reviews - How one code review changed my life #SassConf2015Stacy Kvernmo
 

En vedette (10)

Guide to understanding welding procedure specification (wps
Guide to understanding welding procedure specification (wpsGuide to understanding welding procedure specification (wps
Guide to understanding welding procedure specification (wps
 
Heat exchangers and types
Heat exchangers and typesHeat exchangers and types
Heat exchangers and types
 
Shell and tube heat exchanger design
Shell and tube heat exchanger designShell and tube heat exchanger design
Shell and tube heat exchanger design
 
Heat exchanger design handbook
Heat exchanger design handbookHeat exchanger design handbook
Heat exchanger design handbook
 
Heat Exchangers
Heat ExchangersHeat Exchangers
Heat Exchangers
 
Heat exchangers
Heat exchangersHeat exchangers
Heat exchangers
 
Heat exchangers
Heat exchangersHeat exchangers
Heat exchangers
 
Fundamentals of heat exchanger design
Fundamentals of heat exchanger designFundamentals of heat exchanger design
Fundamentals of heat exchanger design
 
Solid state chemistry
Solid state chemistrySolid state chemistry
Solid state chemistry
 
Sass Code Reviews - How one code review changed my life #SassConf2015
Sass Code Reviews - How one code review changed my life #SassConf2015Sass Code Reviews - How one code review changed my life #SassConf2015
Sass Code Reviews - How one code review changed my life #SassConf2015
 

APS_Double Tube Cut Sheet_FINAL_JM.PDF

  • 2. The APS double tube design is the most basic type of corrugated tube heat exchanger. It consists of two concentric tubes—product normally flows inside the inner tube with media on the annular space inside the outer tube. APS Double Tube Heat Exchangers are ideal for particulate processing, direct or indirect regeneration heat recovery, or where the use of a product pig for minimized product loss is desired. The inner tube diameter (up to 4”) makes it ideal for processing viscous products which may or may not contain large particulates. It also provides the perfect low-shear solution for protecting sensitive particulates, while still achieving efficient mixing and optimized heat transfer. Double tube heat exchangers afford a medium pressure, low investment solution for easily configurable and adaptable surface area in order to meet the ever changing demands of the modern marketplace. TYPES • All welded • All welded with expansion joint • Demountable / Direct regeneration • Equipped with aseptic fittings MATERIALS OF CONSTRUCTION • 304L SS • 316L SS • 2205 Duplex Alloy • AL6XN PROVEN PRODUCT APPLICATIONS • Salsa • Spaghetti sauce • Diced tomatoes • Culinary sauces • Particulates PROVEN BENEFITS • Save space and money - Ultra corrugations minimize heat transfer surface area • Reduce system size - Customized equipment layout available • Improve product integrity - Low product shear • Run a variety of products - HE pressure capabilities up to 1200 psi • Customize solutions - Product tube diameters from 1"to 4" • Maximize HE efficiencies - Higher Reynolds numbers at lower flow rates • Particulated Products 914 Springdale Drive | Jeffersonville, IN 47130 | info@gotoaps.com | www.gotoaps.com | 1-888-294-8118