Multi-Process Integration - Heatric Division | Parker
Heat Exchanger Integrated Features for Improved Operational Performance

Due to the unique way in which Heatric exchangers are constructed by utilising distinct flow channels and sectioned exchanger cores – units can be designed to combine multiple integrated processes into a single multifunctional unit. This leads to substantial savings in terms of space, weight and operations.

Multi-Fluid Exchangers

Combining multiple flows and functionalities such as this single 1.4MW, 66Bar gas/gas, gas/condensate gas/refrigerant unit replacing 3 conventional units.

Multi-fluid exchangers

Two-Phase Inlets

Provide the ability to create homogeneous mixing of multiple flows preventing potential issues with maldistribution found in traditional units.

This example shows the two-phase inlet approach taken by Heatric for Glycol injection into a gas stream for hydrate suppression.

Two-Phase Inlets

Online Removal of Meltable Solids

Due to diffusion bonded exchangers having very discreet seperable fluid channels and with the ability to provide units with multi-sectioned cores and/or headers, Heatric can design units which can be maintained online without shutdown in situations where frozen glycol, wax or hydrates may have blocked the unit.

This example shows a gas/gas dewpointing PCHE exchanger where the header has been split into multiple sections which can then be de-rimed without shutdown.

Method:

  • Cold flow to section 1 is shut off
  • Hot flow continues through all sections of the unit
  • The frozen glycol, waxes or hydrates then melt
  • Pressure drop and flow through the closed section is restored
  • Process repeated for all other sections
Online removal of meltable solids

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