Welcome to the UK Heat Transfer Society. Founded in 1964, the society members include engineers, designers and researchers of heat transfer equipment. The society organises forum events, throughout the year, on all aspects of heat transfer and associated equipment, providing a place to meet and discuss subjects of common interest.

The society's members range from heat exchanger designers and manufactures through to software companies, consultants and universities. With over a hundred members, we are the community for heat transfer in the UK. 

 

Latest Reports

  • The Science, Creation and Environmental Impact of Vapour Infusion Nano Bubbles, Michael Radicone, HTRI.

    The Science, Creation and Environmental Impact of Vapour Infusion Nano Bubbles, Michael Radicone, HTRI.

    Michael Radicone, President and chief science officer of I2 Air Fluid Innovation and Specialty Product Lead for HTRI, gave a very interesting presentation on the Science of Nano bubbles. This was a joint event forum with the UK National Committee for Heat Transfer.

    Read more: The Science, Creation and Environmental Impact of Vapour Infusion Nano Bubbles, Michael Radicone,...

  • 2024 Dinner

    58th HTS Annual Dinner

    The 58th Annual Heat Transfer Society Dinner was held at the Grand Connaught Rooms, London, on the 22nd March 2024.  Master of Ceremonies was performed by our Chairman, David Norton, adding his characteristic northern tones to the proceedings and handling hecklers as well as any seasoned professional.

    Read more: 58th HTS Annual Dinner

  • Presidents Night 2023: Professor Tassos G. Karayiannis

    Professor Karayiannis introduced how the UK is committed to achieving net zero emissions by 2050, while also setting a target of at least 68% by 2030 compared to 1990 levels.

    Read more: Presidents Night 2023: Professor Tassos G. Karayiannis

  • Managing Tube Rupture Failure Risks in Pressure Relief Systems by Philip A. Henry

    This was a joint Webinar Forum with the IChemE (Oil & Natural Gas Special Interest Group).

    In API Standard 521, Pressure Relieving and Depressuring Systems, if the operational pressure on one side of a shell and tube heat exchanger exceeds the corrected hydrostatic pressure of the other side, it is necessary to size the overpressure protection system of the low-pressure side considering the possibility of a tube rupture scenario.

    Read more: Managing Tube Rupture Failure Risks in Pressure Relief Systems by Philip A. Henry