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ProHeat SystemsProHeat Systems
  • Home
  • About Us
    • Indirect Heating Specialists
    • Awards
  • Resource Center
    • Project gallery
    • Case studies
    • Articles & publications
  • Heating Solutions
    • Thermosyphon Heater
    • ACE Water Bath Heater
  • Energy Performance Tools
  • Contact Us
    • Careers

Expertly crafted indirect heaters Performance for a greener future Industry-leading research

The largest leap towards a sustainable energy balance is arguably not a complete transition from fossil fuels to renewable energy sources but rather energy conservation. At ProHeat, we use in-depth technical knowledge to produce practical insights on energy conservation which can readily be applied to our customer’s process heating requirements.

Project gallery

Articles & publications

  • Highlights key opportunities for improving temperature control and reducing fuel use for indirect heating on gas distribution networks.
  • Compares temperatures control of a new Thermosyphon heater with a water bath heater where the Thermosyphon provides a 90% reduction in over and underheating.
  • Explores the potential application of control systems modernisation to improve performance of boiler houses and water bath heaters in gas pre-heat applications.
see pdf

Innovative Solutions to Complex Problems
Gas International (May 2018)

  • Features a review of indirect heating technologies, including challenges faced in natural gas preheating applications.
  • Presents the design philosophy for the Immersion Tube Thermosyphon Heater (ITTH) and outlines a technical explanation of benefits resulting form two-phase heat transfer.
  • The thermal efficiency of the ITTH is compared to a traditional water bath heater showing an improvement from 46% to 90%.
see pdf

An Indirect Heating Solution to Reduce CO2 Emission and Improve Efficiency of Gas Distribution
Energy Reports, Elsevier (Jan 2018)

  • Discusses the role of natural gas in the establishment of a decentralised, flexible and low carbon energy system and the resulting challenges for gas distribution networks.
  • Reviews the resilience of indirect heating infrastructure used in preheat applications and compares existing technology to the Immersion Tube Thermosyphon Heater (ITTH).
  • A case study is presented the reduction in overheating losses between a traditional water bath heater and the ITTH.
see pdf

Preheat Technology for Dynamic & Responsive Gas Distribution Networks
Network Magazine (Dec 2017)

  • Describes the status quo established in the preheater market, highlighting the need for innovation to improve efficiency whilst maintaining reliability.
  • Introduces ProHeat as a company introducing a novel technology in the endeavour of reducing life-time cost and improving environmental performance.
  • Introduces the Immersion Tube Thermosyphon heater as a preheating solution, benchmarking a prototype’s thermal efficiency at 85%.
see pdf

Driving Performance in Preheating
Gas International  (Sept 2016)

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    <span style="padding-left: 0.5em;">Heater inquiry contact form</span>

      If you would like to find out how the ProHeat team can help you with your indirect heating needs, please fill in our specification form. We would like to hear about your project and will get back to you promptly.





      Inlet pressure



      Station outlet pressure


      Station throughput rate


      Natural gas inlet temperature

      Post pressure reduction temperature target (usually 0ºC)

      Maximum gas velocity allowed (if specified)

      Maximum pressure drop allowed across the coil