Vapor Phase Design Guide

Therminol^® vapor phase heat transfer fluids are specifically designed to meet the demanding requirements of vapor phase systems. They combine exceptional heat stability and low viscosity for efficient, dependable, uniform performance.

Solutia has created the Vapor Phase Design Guide to provide you with the information you need before and during design of a vapor phase heat transfer fluid system.

This guide discusses:

• Typical vapor phase systems with diagrams for
  • Vaporizer with Hartford Loop
  • Primary system with gravity return
  • Primary system with pumped return
  • Primary secondary system
  • Secondary system with reboiler
  • Integral system
• Auxiliary systems
  • Charge System
  • Drain system
  • Vacuum system
  • Relief systems
  • Heat-tracing system
• Instrumentation of vapor phase systems
  • Pressure control
  • Vent accumulator temperature indicators
  • Pressure indicators and alarms
  • Level indicators and alarms
• Fire safety considerations
• Start-up & shut down procedures
  • Vapor system start-up
  • System shut-down, vacuum draining
  • System shut-down, pressure draining
• Converting to a vapor phase heat transfer fluid of different chemical composition

Please download the Vapor Phase Design Guide before beginning your vapor phase heat transfer system design.