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Shell and Tube Heat Exchangers

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Shell and Tube Heat Exchangers

Shell and Tube Heat Exchangers

Heat Exchangers for Process Applications by Exergy
Exergy’s low-flow process heat exchangers are engineered to deliver maximum thermal efficiency and reliability in demanding applications. Designed with a compact footprint and built for durability, these exchangers solve critical challenges like space constraints, precise temperature control, and harsh operating conditions.

Whether you’re managing cryogenic cooling, batch process heating, or regenerative heat transfer, Exergy’s Shell and Tube and Tube in Tube heat exchangers offer unparalleled performance, tailored to your specific needs.

Exergy Low-Flow Process Shell and Tube Heat Exchangers Precise Temperature Control in a Compact Footprint.
Exergy’s Shell and Tube heat exchangers stand out for their ability to achieve temperature control within ±0.1°F, making them the most precise option for applications requiring exact thermal management.

Performance Specs:

Heat Transfer
Heat Transfer Rates: Up to 5,000,000 BTU/hr (1465 kW)
Liquid Flow
Flow Rates: < 1 GPM to 250 GPM (946 LPM)
Pressure
Pressure Capacity: Up to 1,500 psi (104 bar)

Design Features and Benefits:

Features/BenefitsDescription
Compact DesignOptimize space with exchangers built to deliver high performance in the smallest possible footprint.
Single-Tube Sheet DesignEnsures maximum efficiency and precision for processes requiring tight temperature tolerances.
Material VersatilityBuilt with durable materials like 316L Stainless Steel, Hastelloy®, Inconel, SilcoTek CVD Coatings, and other alloys as required for your design providing resistance to corrosion, high pressure, and extreme temperatures.
No MaintenanceEliminates the need for gaskets, ensuring a maintenance-free design while avoiding PFAS materials for enhanced environmental safety and compliance.

Applications:

Features/BenefitsDescription
Cryogenic CoolingManage ultra-low temperature systems with precision and reliability.
Batch Process Cooling and HeatingMaintain consistent, repeatable performance for high-value production cycles.
Process Fluid Temperature ControlEnsure exact thermal stability for critical industrial processes.

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