Applications
Process Heating & Cooling
Provides reliable heat transfer for industrial processes, maintaining precise temperatures across a wide range of operating conditions.
Heat Recovery
Captures and reuses waste heat to improve system efficiency, reduce energy consumption, and lower overall operating costs.
Condensing & Vapor Cooling
Removes heat from vapor streams to promote efficient condensation and maintain controlled process temperatures.
Fluid Temperature Control
Maintains consistent fluid temperatures to support stable processes, product quality, and reliable equipment performance.
High-Pressure Process Cooling
Provides efficient cooling for demanding process streams operating at elevated pressures and temperatures.
Equipment & Utility Cooling
Removes excess heat from industrial equipment, process fluids, and utility systems to support reliable operation.
Compare Process Shell & Tube and Tube-in-Tube
Key process requirements to find the right fit for your application.
Process Shell & Tube
Process Shell & Tube Heat Exchangers provide reliability and precision, and consistent thermal performance
- Thermal Capacity – Handles wide range of flow rates and heat loads across a wide range of industrial processes.
- Material Versatility – Broad material and coating options support compatibility with corrosive, aggressive, and challenging process media.
- Reliable Continuous-Duty Performance – Built for dependable heating, cooling, condensing, and heat recovery in demanding operating environments.
- Customizable Design – Configured to meet specific thermal, pressure, flow, material, and installation requirements for long-term performance and reliability.
Process Tube-in-Tube
Process Tube-in-Tube Heat Exchangers provide precise, efficient heat transfer for demanding applications and wide temperature differentials.
- High-Pressure Performance – Designed to handle demanding high-pressure conditions with reliable, long-term operation.
- Precision Thermal Control – Optimized for low-flow applications and large temperature differentials.
- Thermal Stress Management – Independent tube expansion accommodates differential thermal expansion, improving reliability and extending service life.
- Compact, Flexible Design – Concentric tube construction delivers efficient heat transfer in a small footprint, ideal for OEM equipment, skids, and space-constrained installations.
Process Design Comparison
Match your process conditions to the right design.
| Criteria | Process Shell & Tube | Process Tube-in-Tube |
|---|---|---|
|
Design
|
Multiple tubes contained within a shell |
Concentric inner and outer tube design |
|
Heat Transfer Capacity
|
High heat transfer capacity for demanding industrial processes |
Efficient heat transfer for smaller process duties |
|
Pressure Capability
|
High-pressure process applications |
Very high-pressure process applications |
|
Temperature Control
|
Efficient bulk heating and cooling |
Precise temperature control for critical processes |
|
Footprint
|
Compact compared to traditional shell and tube designs |
Extremely compact for tight spaces and skid-mounted systems |
|
Fluid Compatibility
|
Suitable for a wide range of liquids and gases |
Well suited for liquids, gases, and specialty fluids |
|
Key Benefit
|
Maximum heat transfer performance in a compact footprint |
Compact, high-pressure solution with precise thermal control |
Not sure which heat exchanger is right for your application?
Our experts are here to help you find the best solution
Tell us about your process, and our engineers will recommend the best heat exchanger for your performance, pressure, temperature, and space requirements.