Patented
MADE IN USA

Fin Tube
Heat Exchanger

Built to provide the highest level of heat recovery at high pressure

Maximize Performance Under Pressure

Fin Tube Heat Exchanger

Fin Tube Heat Exchangers amplify the technology available in traditional heat exchangers

Heat Recovery Innovations’ Fin Tube Heat Exchangers feature an increased heat transfer surface area that greatly improves performance while reducing size and cost of high temperature and pressure applications. Your project will benefit from increased performance from this compact solution.

Tube-Fin Hot/Cold Flow Paths
Shell and Tube’s Evolution

Our Fin Tube design represents the latest technology in the tried-and-true Shell and Tube heat exchangers. HRI combines the rugged Shell and Tube design with the ultra-high-performance fin to create some of the most compact high pressure heat exchangers on the market. Suitable for gases and liquids, these counter flow heat exchangers are up to 75% smaller than common Shell and Tube exchangers.

Quick SPECS

Design PressureDesign TemperatureApplications
Up to 1000 psig | 69 bargUp to 1700°F+ | 926 °C+Gas/Gas Heat Recovery
Gas/Liquid Heat Recovery
AdvantagesMarkets
  • Significant space savings over traditional shell and tube exchangers
  • Very low pressure drop
  • 80+% effectiveness
  • Up to 75% smaller installation size
  • Cost savings
  • Energy Storage
  • Oil and Gas
  • Petrochemical
  • Fuel Cells

Learn More

Design Pressure
Up to 1000 psig | 69 barg
Design Temperature
Up to 1700°F+ | 926 °C+
Applications
Gas/Gas Heat Recovery
Gas/Liquid Heat Recovery
Advantages
  • Significant space savings over traditional shell and tube exchangers
  • Very low pressure drop
  • 80+% effectiveness
  • Up to 75% smaller installation size
  • Cost savings
Markets
  • Energy Storage
  • Oil and Gas
  • Petrochemical
  • Fuel Cells

Learn More

Applications

Select an Application to Learn More

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Plate-Fin Heat Exchangers

Fin Tube Heat Exchanger Applications

Compact, High-Temp Capable Heat Exchangers

OverviewResults
An energy storage company needed a compact heat exchanger capable of operating under extremely high temperatures to integrate with its thermal energy storage solutions.

An innovative molten silicon energy storage concept

An ultra-reliable HRI Fin Tube heat exchanger perfectly integrated with the client’s systems

RequirementsApplications
  • A heat exchanger capable of operating continuously at extremely high temperatures
  • Must offer a long service life
  • Pressure 61psig | 4.2Barg
  • Temperature 1652°F | 900°C
  • Externally fired turbines
  • Energy storage projects
Overview
An energy storage company needed a compact heat exchanger capable of operating under extremely high temperatures to integrate with its thermal energy storage solutions.
Results

An innovative molten silicon energy storage concept

An ultra-reliable HRI Fin Tube heat exchanger perfectly integrated with the client’s systems

Requirements
  • A heat exchanger capable of operating continuously at extremely high temperatures
  • Must offer a long service life
  • Pressure 61psig | 4.2Barg
  • Temperature 1652°F | 900°C
Applications
  • Externally fired turbines
  • Energy storage projects