Power: reliable, clean, and simple.

HEAT RECOVERY SOLUTIONS

FlexEnergy’s Fin Enhanced Shell and Tube design provides exceptional efficiency for heat recovery from high temperature gas streams. The high efficiency design allows for a compact heat exchanger with significant weight savings.

Plate-Fin Heat Exchange Flow
Fin-Tube Heat Exchange Flow

 

HIGH EFFICIENCY

FlexEnergy’s Fin-Tube Heat Exchanger can run counter-flow, for the best heat transfer, or crossflow, to accommodate piping restraints, requiring minimal space for installation and servicing.

TEMPERATURE RANGE

Fin-Tube heat Exchangers are well suited to high pressure, high temperature, applications of 1,000psi and lower and up to 1,650°F.

PRESSURE DROP

Low pressure drop is a feature of our Plate-Fin Heat Exchangers, perfect for waste gas heat recovery applications.

MATERIALS

Our units are customizable and adaptable to different applications and design constraints. Using a variety of materials and FlexEnergy’s engineering expertise, our systems perform at the highest temperatures when using super alloys, like Inconel, Hastelloy, and many grades of Stainless Steels.

MARKETS SERVED

  • Petrochemical
  • Oil and Gas
  • Inorganic Chemical
  • Steel
  • Pulp and Paper
  • Natural Resources
  • Power Generation

VALUE

  • Reduce energy consumption from waste heat recovery
  • Significant space and weight savings over traditional shell and tube exchangers
  • More reliability with increased uptime
  • Meet rising emission limitations cost effectively

FEATURES AND BENEFITS

  • Efficiency and High Performance
  • High Efficiency: >90% typical design effectiveness significantly improves process efficiency
  • High Temperature: up to 1650°F capable
  • Low Pressure Drop Design

SCALABLE AND DURABLE

  • Design and Manufacturing experience for 500W to 20+ MW applications
  • Single high temperature metal and hybrid high temperature metal combinations
  • High thermal cycle tolerance

CUSTOMIZABLE MATERIALS AND APPLICATIONS

  • Counter current or cross flow designs depending on requirements or piping layout
  • Compact footprint
CASE STUDY

HEAT EXCHANGER

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GAS TURBINES

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