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Types of heat exchangers
22 Lessons-
StartIntroduction to HX types
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StartVarious types
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StartShell & Tube Heat Exchangers : Overview
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StartShell & Tube Heat Exchangers : TEMA types
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StartShell & Tube Heat Exchangers : BEM - Fixed tubesheet
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StartShell & Tube Heat Exchangers : CFU - U-tube
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StartShell & Tube Heat Exchangers : Floating tubesheet
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StartShell & Tube Heat Exchangers : AEP - Outside packed stuffing box
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StartShell & Tube Heat Exchangers : AJW - Outside packed lantern ring
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StartShell & Tube Heat Exchangers : AES - Internal floating head
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StartAir coolers : Overview
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StartAir coolers : Forced draft / Induced draft exchangers
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StartPlate and frame exchangers
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StartSpiral plate exchangers
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StartPlate and fin exchangers
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StartSpiral tube exchangers
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StartDouble pipe exchangers
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StartBayonet exchangers
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StartJacketed vessels
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StartFired heaters overview
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StartFired heater functions
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StartDescription of a fired heater
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Shell and tube heat exchangers : Various TEMA types and configurations
24 Lessons-
StartIntroduction to Shell and Tube HX
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StartAES TEMA type exchangers : Mechanical components
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StartAES TEMA type exchangers : Operation
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StartAES TEMA type exchangers : 2D dismantling
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StartAES TEMA type exchangers : 2D assembling
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StartBEM TEMA type exchangers : Mechanical components
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StartBEM TEMA type exchangers : Operation
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StartBEM TEMA type exchangers : 2D dismantling and assembling
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StartAEP TEMA type exchangers : Mechanical components
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StartAEP TEMA type exchangers : Operation
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StartAEP TEMA type exchangers : 2D dismantling
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StartAEP TEMA type exchangers : 2D assembling
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StartCFU TEMA type exchangers : Mechanical components
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StartCFU TEMA type exchangers : Operation
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StartCFU TEMA type exchangers : 2D dismantling
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StartCFU TEMA type exchangers : 2D assembling
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StartAKT TEMA type exchangers : Mechanical components
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StartAKT TEMA type exchangers : Operation
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StartAKT TEMA type exchangers : 2D dismantling
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StartAKT TEMA type exchangers : 2D assembling
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StartAJW TEMA type exchangers : Mechanical components
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StartAJW TEMA type exchangers : Operation
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StartAJW TEMA type exchangers : 2D dismantling
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StartAJW TEMA type exchangers : 2D assembling
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Maintenance of shell and tube heat exchangers : Real world videos
9 Lessons -
Guidelines for allocation of fluids in shell and tube heat exchangers
12 Lessons-
StartIntroduction
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StartGuideline #1 : Fouling tendencies
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StartGuideline #2 : Corrosion
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StartGuideline #3 : Criticality of fluids
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StartGuideline #4 : Physical state of the fluids
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StartGuideline #5 : Operating pressure and temperature
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StartGuideline #6 : Allowable pressure drop
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StartGuideline #7 : Viscosity and volumetric flowrate
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StartGuideline #8 : Fluid velocity
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StartGuideline #9 : Low heat transfer coefficient
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StartGuideline #10 : Thermal expansion
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StartWhat you should remember !
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Design of heat exchangers
48 Lessons-
StartIntroduction to HX design
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StartHeat exchange area
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StartHeat exchanger design procedure
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StartPRACTICE SESSION #1 : Design of a water cooler
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StartMore on tube pattern
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StartBaffles
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StartSelection of a shell and tube heat exchanger
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StartLMTD
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StartPRACTICE SESSION #2 : LMTD calculation
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StartCMTD
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StartPRACTICE SESSION #3 : CMTD calculation for a two pass heat exchanger
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StartPRACTICE SESSION #4: Effect of HX in series on the temperature efficiency factor
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StartHow to connect multiple heat exchangers in series
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StartInfluence of bypass stream on LMTD
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StartWeighted Mean Temperature Difference (WMTD)
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StartDetermining outlet temperatures for hot and cold fluids
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StartDetermining heat transfer coefficients
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StartPRACTICE SESSION #5 : Tube side heat transfer coefficient
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StartPRACTICE SESSION #6 : Tube side heat transfer coefficient
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StartMore on tube side heat transfer coefficient
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StartMore on shell side heat transfer coefficient
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StartPressure losses in heat exchangers
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StartTube side pressure losses
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StartPRACTICE SESSION #7 : Calculating the tube side pressure loss
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StartShell side pressure losses
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StartPRACTICE SESSION #8 : Calculating the shell side pressure loss
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StartImportant notes to remember
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StartHeat exchanger design tables
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StartPRACTICE SESSION #9 : Design of a heat exchanger using design tables
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StartUseful geometrical calculations
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StartImportant notes
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StartCalculation #1 : Heat exchange area
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StartCalculation #2 : Tube side flow cross section
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StartCalculation #3 : Tube flow velocity
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StartCalculation #4 : Shell side flow cross section
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StartCalculation #5 : Shell side cross stream velocity
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StartCalculation #6 : Shell side longitudinal stream cross area
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StartDesign best practice
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StartCalculation #7 : Shell side longitudinal stream flow velocity
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StartCalculation #8 : Average shell side flow cross section
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StartCalculation #9 : Average shell side flow velocity
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StartCalculation #10 : Number of baffles
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StartCalculation #11 : Number of tube rows in cross stream
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StartPRACTICE SESSION #10 : Determining the required number of tubes per pass
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StartCalculation #12 : Flow cross section for longitudinal flow
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StartCalculation #13 : Number of total vertical tubes
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StartCalculation #14 : Number of tubes in the cross stream between baffle windows
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StartPRACTICE SESSION #11 : Shell side velocity calculations
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Heat exchangers basic process control (BPCS)
8 Lessons
