#: locale=en
## Action
### PDF
PopupPDFBehaviour_51B19EC6_EE01_CE7E_41BA_7548DF7FBAA2.url = files/RiskAssessment_Form_en.pdf
PopupPDFBehaviour_5108AA89_EE01_56F2_41D8_EA297E0CA919.url = files/RiskAssessment_Form_en.pdf
## E-Learning
### Answer
questionOption_F772FAFF_DE01_B60E_41DF_6CC736169CDC.text = create turbulent flow
questionOption_F363258E_D200_D20E_41B7_C0C415065EA4.text = create turbulent flow
questionOption_F7728AFE_DE01_B60E_41B7_909BB7DE88AE.text = false
questionOption_F23797B8_D200_BE12_41E2_2C4D24D800EA.text = false
questionOption_6DB4C937_6CCA_B325_4198_5F97D61F6126.text = false
questionOption_6DBA9688_6C3E_D1EB_41CB_2A0FFD98F023.text = false
questionOption_F49DBEFF_D201_CE0E_41E4_5F6F79558D0C.text = fluids with very high viscosity
questionOption_F772DAFF_DE01_B60E_41E3_026D4F6996DC.text = fluids with very high viscosity
questionOption_F4F1A197_D201_B21E_41E0_7E3C8367EBB7.text = gas-to-gas applications
questionOption_F772BAFF_DE01_B60E_41B5_D7561ABA59E7.text = gas-to-gas applications
questionOption_F76D7AFE_DE01_B60E_41C6_F58B609D1C5B.text = plate
questionOption_F366C34C_D201_D672_41D6_53BEC8C2560C.text = plate
questionOption_F23B2B9D_D20F_7612_41DA_0D8991BA23A6.text = prevent deposits
questionOption_F7721AFF_DE01_B60E_41D4_35729772BF6C.text = prevent deposits
questionOption_F7728AFE_DE01_B60E_41CD_73E753B53278.text = shell and tube
questionOption_F29F8523_D201_5236_41B5_FAD5EF37B158.text = shell and tube
questionOption_F2F7A7DC_D200_BE12_41D8_57222BBAA12A.text = strengthen the plate
questionOption_F7720AFF_DE01_B60E_41D4_6F4E8F220D24.text = strengthen the plate
questionOption_F28C69B0_D200_F212_41D9_CAE8A75720F4.text = true
questionOption_F76D7AFE_DE01_B60E_41E2_73E3EC6A7B40.text = true
questionOption_6DBA9688_6C3E_D1EB_41C5_BF88E88B9E6B.text = true
questionOption_6DB4C937_6CCA_B325_4197_C7F858A2CE05.text = true
questionOption_F772CAFF_DE01_B60E_41B6_3C30FCAD8CA0.text = vapours condensing under vacuum
questionOption_F55761A7_D201_723E_41EA_1EBACF8ABCCF.text = vapours condensing under vacuum
### Question
question_F3075995_D203_5212_41D6_C1C76B81BAEA.title = Q 2/4 - The plate heat exchanger is usually operated at low pressure and temperature due to the use of elastomer gaskets for sealing.
question_6DBA9688_6C3E_D1EB_41C9_D80064E702A4.title = Q 1/1 - PHE’s can be designed for true counter-current flow.
question_6DB4C937_6CCA_B325_41CA_7F0574006824.title = Q 1/1 - PHE’s can be designed for true counter-current flow.
question_F76D3AFE_DE01_B60E_41C2_48DD0B58C8D3.title = Q 1/4 - Which heat exchanger design is more efficient?
question_F39DBD96_D200_B21E_41C2_C81DB6BFE95D.title = Q 1/4 - Which heat exchanger design is more efficient?
question_F7729AFE_DE01_B60E_41E9_F5E3976F4516.title = Q 2/4 - The plate heat exchanger is usually operated at low pressure and temperature due to the use of elastomer gaskets for sealing.
question_F772AAFF_DE01_B60E_41E1_E0560CAA022C.title = Q 3/4 - Select the conditions that PHEs are not suitable for.
question_F4B565C8_D201_D272_41C7_3C092A5CD9C5.title = Q 3/4 - Select the conditions that PHEs are not suitable for.
question_F3C98981_D201_72F2_41AD_D597AF5FBAFB.title = Q 4/4 - Why are the metal plates positioned in a corrugated pattern.
question_F772EAFF_DE01_B60E_41E3_341546420B9D.title = Q 4/4 - Why are the metal plates positioned in a corrugated pattern.
### Question Screen
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### Text
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### Video
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### Video Subtitles
## Right Click Menu
### Text
TDVAuthor.label = Madelon Heperi
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HTMLText_FD24FD56_D207_721E_41E2_E2EBFB2FE42A_mobile.html = General Guidelines for PHE
• The maximum temperature and pressure limits on a PHE sealed with gasket are approximately 230°C and 2400 kPa.
• PHEs typically have heat transfer surface areas ranging from 0.5 to 1210 m2
• Less suitable for fluids with very high viscosity that may pose flow distribution problems
• Flow velocities should be higher than 0.1 m/s to avoid low heat-transfer coefficients and low heat exchanger efficiency
Experimental Raw-Data Spreadsheet
Health and Safety
In order to progress you must adhere to the following requirements.
Health and Safety Risk Assessment
Download and complete the Health and Safety Risk Assessment form. This must be signed and approved by an authorised person before you can begin the experimental procedure.
Instructions
This scientific experiment will guide you to perform an experimental energy balance over a lab scale double pipe heat exchanger.
The approach will help you gain new knowledge or prove existing knowledge by observing, reflecting and explaining the outcome.
Refer to the icons below to access specific content elements and navigate between activities. As you work through the sequence of activities, they will be marked as done.
Instructions
This scientific experiment will guide you to perform an experimental energy balance over a lab scale double pipe heat exchanger.
The approach will help you gain new knowledge or prove existing knowledge by observing, reflecting and explaining the outcome.
Refer to the icons below to access specific content elements and navigate between activities. As you work through the sequence of activities, they will be marked as done.
Advantages and Disadvantages
Advantages
• High thermal effectiveness
• High heat transfer surface area thus occupy less space (10% to 50% to that of a tubular heat exchanger)
• Heat transfer capacity can be easily adjusted by adding or removing plates
• Allows closer approach temperatures (1-2 ºC) than are possible with tubular exchangers (5 ºC)
Disadvantages
• Leaks related with the gaskets
• Suitable for liquid-liquid only, not well suited for boiling or condensing
• Higher pressure drop than tubular heat exchanger
Co-current circulation in a PHE
Watch the following animation of a flow configuration to become familiar with the Plate Heat Exchanger that will be used for the experiment.
Counter-current circulation in a PHE
Watch the following animation of a flow configuration to become familiar with the Plate Heat Exchanger that will be used for the experiment.
Health and Safety
Personal Protective Equipment (PPE)
It is a requirement to wear correct PPE to access the laboratory. This includes a lab coat, closed shoes, long trousers/ skirts and safety glasses. Please be aware of the following hazards when operating the rig: (a) Electrical power (240 V) (b) Hot surfaces and fluid.
Do you agree to adhere to these requirements?
Plate Heat Exchanger (PHE) Components
Welcome to Virtual Laboratory
Plate Heat Transfer
Welcome to the Chemical Engineering Heat Transfer Laboratory at Curtin University. We pay our respects to the Aboriginal and Torres Strait Islander members of our community by acknowledging the traditional owners of the land on which the laboratory at Bentley Campus, is located, the Wadjuk people of the Nyungar Nation.
This virtual laboratory guides you through an experiment using the plate heat exchanger. On completion you will be able to:
The aims of this experiment are:
• To become familiar with the features and operation of a plate heat exchanger
• To perform an energy balance over a heat exchanger
• To observe the dynamic response of the heat exchanger to changes in operating conditions.
Choose your language: English or Chinese.
What is a Plate Heat Exchanger?
The plate heat exchanger contains thin metal plates that are compressed together in a rigid frame. Each plate is sealed with a rubber gasket or welded around the perimeter to allow hot and cold fluids flow through alternate channels for transferring heat.
• Pasteurization of beverages
• District heating and cooling system
• Oil refinery industry
• Power plants
General Guidelines for PHE
• The maximum temperature and pressure limits on a PHE sealed with gasket are approximately 230°C and 2400 kPa.
• PHEs typically have heat transfer surface areas ranging from 0.5 to 1210 m2
• Less suitable for fluids with very high viscosity that may pose flow distribution problems
• Flow velocities should be higher than 0.1 m/s to avoid low heat-transfer coefficients and low heat exchanger efficiency
Advantages and Disadvantages
Advantages
• High thermal effectiveness
• High heat transfer surface area thus occupy less space (10% to 50% to that of a tubular heat exchanger)
• Heat transfer capacity can be easily adjusted by adding or removing plates
• Allows closer approach temperatures (1-2 ºC) than are possible with tubular exchangers (5 ºC)
Disadvantages
• Leaks related with the gaskets
• Suitable for liquid-liquid only, not well suited for boiling or condensing
• Higher pressure drop than tubular heat exchanger
Experimental Raw-Data Spreadsheet
Plate Heat Exchanger (PHE) Components
What is a Plate Heat Exchanger?
The plate heat exchanger contains thin metal plates that are compressed together in a rigid frame. Each plate is sealed with a rubber gasket or welded around the perimeter to allow hot and cold fluids flow through alternate channels for transferring heat.
• Pasteurization of beverages
• District heating and cooling system
• Oil refinery industry
• Power plants
Counter-current circulation in a PHE
Watch the following animation of a flow configuration to become familiar with the Plate Heat Exchanger that will be used for the experiment.
Pro-current circulation in a PHE
Watch the following animation of a flow configuration to become familiar with the Plate Heat Exchanger that will be used for the experiment.
Credits
Discipline of Chemical Engineering (WASM-MECE)
Faculty of Science and Engineering
Curtin University
Lihong Liu
Lecturer (Sessional Academic)
Arash Arami-Niya
Lecturer
Roshanak Doroushi
Laboratory Technician
Learning Engagement Team
Faculty of Science and Engineering
Curtin University
Diana Taylor
Lead Learning Engagement Developer
Madelon Heperi
Senior Learning Media Developer
Tommy Woodward
Multimedia Designer
Credits
Discipline of Chemical Engineering (WASM-MECE)
Faculty of Science and Engineering
Curtin University
Lihong Liu
Lecturer (Sessional Academic)
Arash Arami-Niya
Lecturer
Roshanak Doroushi
Laboratory Technician
Learning Engagement Team
Faculty of Science and Engineering
Curtin University
Diana Taylor
Lead Learning Engagement Developer
Madelon Heperi
Senior Learning Media Developer
Tommy Woodward
Multimedia Designer
Health and Safety
In order to progress you must adhere to the following requirements.
Health and Safety Risk Assessment
Download and complete the Health and Safety Risk Assessment form. This must be signed and approved by an authorised person before you can begin the experimental procedure.
Health and Safety
Personal Protective Equipment (PPE)
It is a requirement to wear correct PPE to access the laboratory. This includes a lab coat, closed shoes, long trousers/ skirts and safety glasses. Please be aware of the following hazards when operating the rig: (a) Electrical power (240 V) (b) Hot surfaces and fluid.
Do you agree to adhere to these requirements?
Instructions
This scientific experiment will guide you to perform an experimental energy balance over a lab‐scale double pipe heat exchanger.
The approach will help you gain new knowledge or prove existing knowledge by observing, reflecting and explaining the outcome.
Refer to the icons below to access specific content elements and navigate between activities. As you work through the sequence of activities, they will be marked as done.
Instructions
This scientific experiment will guide you to perform an experimental energy balance over a lab‐scale double pipe heat exchanger.
The approach will help you gain new knowledge or prove existing knowledge by observing, reflecting and explaining the outcome.
Refer to the icons below to access specific content elements and navigate between activities. As you work through the sequence of activities, they will be marked as done.
Welcome to Virtual Laboratoory
Plate Heat Transfer
Welcome to the Chemical Engineering Heat Transfer Laboratory at Curtin University. We pay our respects to the Aboriginal and Torres Strait Islander members of our community by acknowledging the traditional owners of the land on which the laboratory at Bentley Campus, is located, the Wadjuk people of the Nyungar Nation.
This virtual laboratory guides you through an experiment using the plate heat exchanger. On completion you will be able to:
The aims of this experiment are:
• To become familiar with the features and operation of a plate heat exchanger
• To perform an energy balance over a heat exchanger
• To observe the dynamic response of the heat exchanger to changes in operating conditions.
Choose your language: English or Chinese.
Credits
Discipline of Chemical Engineering (WASM-MECE)
Faculty of Science and Engineering
Curtin University
Lihong Liu
Lecturer (Sessional Academic)
Arash Arami-Niya
Lecturer
Roshanak Doroushi
Laboratory technician
Learning Engagement Team
Faculty of Science and Engineering
Curtin University
Diana Taylor
Lead Learning Engagement Developer
Madelon Heperi
Senior Learning Media Developer
Tommy Woodward
Multimedia Designer
Credits
Discipline of Chemical Engineering (WASM-MECE)
Faculty of Science and Engineering
Curtin University
Lihong Liu
Lecturer (Sessional Academic)
Arash Arami-Niya
Lecturer
Roshanak Doroushi
Laboratory technician
Learning Engagement Team
Faculty of Science and Engineering
Curtin University
Diana Taylor
Lead Learning Engagement Developer
Madelon Heperi
Senior Learning Media Developer
Tommy Woodward
Multimedia Designer