Custom-Designed Heat Exchangers

Custom-Designed Heat Exchangers

ENEVA custom-designed heat exchangers are engineered equipment specifically tailored to industrial processes to ensure controlled, safe, and efficient heat transfer from one fluid to another. In applications where standard catalog solutions fall short—such as high temperature, high pressure, fouling-prone, or special fluid conditions—these heat exchangers are developed as an integral part of the process.

  • Process-specific heat transfer
  • Shell & tube, finned tube, or custom process designs
  • Optimized pressure drop and surface area
  • Durable structure for harsh industrial conditions

WHAT IS A CUSTOM-DESIGNED HEAT EXCHANGER?

Custom-designed heat exchangers are project-based thermal transfer equipment used in applications where fluid properties, temperature levels, or operating conditions are beyond standard solutions.

  • Waste heat recovery systems
  • Steam and hot oil systems
  • Chemical and petrochemical plants
  • Power generation facilities
  • Food and process industries
  • Gas engine and turbine applications

Process-Specific Heat Transfer Solution

For applications where standard solutions are insufficient, let’s develop the optimal heat exchanger design together with ENEVA engineering.

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  • Material selection based on fluid type and properties
  • Hydraulic optimization according to allowable pressure drops
  • Optimized heat transfer surface based on heat load
  • Mechanical design accommodating thermal expansion
  • Fouling considerations, maintenance, and operational ease
  • Design compliant with TEMA, EN, or ASME standards

Body and tube materials:

  • Carbon steel
  • Alloy steels
  • Stainless steels

Each project is developed with plant-specific engineering calculations and optimized for holistic process performance.

Shell & Tube Heat Exchangers

  • High pressure and high temperature applications
  • Steam, hot water, hot oil, and process fluids
  • Fluids prone to fouling
  • TEMA type selection for easy maintenance and cleaning
  • Reliable and widely used in industrial plants

Finned Tube Heat Exchangers

  • Gas–gas or gas–liquid applications
  • Flue gas and process air heat recovery
  • Low-pressure but high-flow systems
  • Compact designs requiring high surface area
  • Preferred solution for waste heat recovery applications