Nutrition of Fluids
Two different fluids are fed to the shell and tube sides of the exchanger to start the heat-transfer process.
Heat Transfer Systems
Shell-and-tube heat exchanger systems
Reliable heat transfer and thermal efficiency for demanding process conditions
Process-focused selection
Engineered based on product and site data
Material
Carbon steel, stainless steel, or a special coating
Capacity
Defined according to project capacity
Commissioning
Installation, operator handover, maintenance planning, and after-sales support are coordinated.
PROCESS EQUIPMENT
Process-focused selection for SHELL-AND-TUBE HEAT EXCHANGER SYSTEMS
Miyay Process shell-and-tube heat exchanger systems are high-efficiency units that transfer heat effectively between two fluids and meet industrial plants’ heating, cooling, condensation, and evaporation needs. Their construction withstands demanding process conditions, high temperatures, and aggressive chemicals, providing long service life and low maintenance costs. Manufactured using an engineering-led approach, these systems are designed to meet sector-specific requirements for thermal optimization, material strength, and process compatibility.
- High-efficiency heat transfer
- Wide temperature and pressure range
- Durable construction for industrial processes
WHY MIYAY?
- Engineering design specific to process requirements
- Termal optimization approach
- Material strength and process compatibility
- Termal modeling and software simulation
- Compressive and vibration resistance analysis
- Corrosion and material compatibility studies
- Fieldintegration and connection flexibility
THE RIGHT SOLUTION FOR YOUR PROCESS
Miyay Sheath-Tube Heat Exchanger Systems prioritize energy efficiency and process stability while optimizing the heat management of industrial facilities.
HIGHLIGHTED FEATURES
Large heat-transfer surface area
Special pipe bundle design
High thermal performance in a compact design
Parallel/reverse current configurations
Removable tube bundle for easy cleaning
Resistance to high pressure and temperature
Working with aggressive fluids such as steam, hot oil and solvents
AISI 304, 316L, titanium, Inconel or coated carbon steel body options
Highlights and Benefits
The dedicated tube bundle layout creates a large heat transfer surface inside a compact shell and can run in parallel or counter-current configuration. The removable bundle eases cleaning, while AISI 304, 316L, titanium, Inconel or coated carbon steel shells are selected for fluids such as steam, hot oil and solvents.
Optional equipment
- Vertical / horizontal installation
- Nozzle orientations tailored to the customer
- Support structures tailored to the customer
- Different material options
- Parallel/reverse current configurations
WORKING PRINCIPLE
SHELL-AND-TUBE HEAT EXCHANGER SYSTEMS: working principle and process steps
Heat Transfer
Thanks to the temperature difference between the fluids, heat is transferred from one fluid to another over the pipe surface.
Parallel or counter-current flow
Heat-transfer efficiency is optimized by using a parallel-flow or counter-current configuration to suit process requirements.
Heating, cooling, or phase change
Depending on process requirements, the system is used for heating, cooling, condensation, or evaporation.
TECHNICAL SPECIFICATIONS
SHELL-AND-TUBE HEAT EXCHANGER SYSTEMS technical data table
| Parameter | Value |
|---|---|
| Heat-transfer configuration | Special pipe bundle design |
| Stream Configuration | Parallel flow / counter-current flow |
| Pipe Harness | Removable construction |
| Pressure and Temperature | Suitable for high-pressure and high-temperature conditions |
| Fluid Compatibility | Working with aggressive fluids such as steam, hot oil, solvent |
| Body Material | AISI 304 / 316L / Titanium / Inconel / Coated carbon steel |
| design | Tailored to process and application requirements |
| Installation arrangement | Vertical / horizontal |
| Nozzle orientations | Customer-specific customization |
| Support structures | Customer-specific customization |
PRODUCT GALLERY
Equipment Details and Field Photos
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Shell-and-tube heat exchanger systems — Share your capacity and process requirements
Share your capacity, material, and process requirements so our engineering team can assess the right configuration.