Industry application

Heat Exchangers for Energy & Power

Recover more energy. Control critical thermal loads.

Application engineering

Start with the process—not a catalogue model.

Power and energy systems need more than nominal duty. HEXNOVAS evaluates temperature approach, phase change, fouling, pressure, materials and operating flexibility to select an exchanger that remains stable across the real load profile.

Waste heat recovery

Capture heat from exhaust gas, steam and process liquids for feedwater preheating, utility heating or process reuse.

ORC evaporators & condensers

Compact phase-change equipment for organic working fluids in industrial, geothermal and biomass energy recovery.

Power-generation cooling

Generator oil cooling, turbine auxiliaries, steam condensation and balance-of-plant thermal control.

Hydrogen & energy storage

Electrolyzer, fuel-cell, compression, BESS and power-electronics temperature management.

Application coverage

Processes and systems covered by this sector.

These established HEXNOVAS application areas are retained from the original website and reorganized here for clearer technical selection.

Heat recovery
Organic Rankine Cycle (ORC)
Renewable energy
Combined heat and power (CHP)
Power generation
Green hydrogen
Grid cooling
Energy storage

Selection basis

Information that determines the right exchanger.

A reliable selection requires the complete operating case, not only heat duty. These factors are reviewed together before model sizing.

Recoverable temperature level and minimum approach
Phase-change profile and pressure class
Fouling tendency and cleaning strategy
Materials for condensate, glycol, gas or process media
Turndown, redundancy and plant availability

Technology fit

Products commonly used in this application.

The final technology depends on media, pressure, temperature, fouling, cleaning and lifecycle requirements.

Engineering support

Send the operating conditions. We will evaluate the technology.

Contact HEXNOVAS