The Insulcon Group

Leader in high temperature solutions - Refractories, Wearflex Expansion Bellows, Refrex and Textile Products

  • Large hot spot in a reformer

    A large hot spot was detected in the roof of a reformer, as a result of damages in the ceramic fibre module lining. With the use of our hot endoscopy inspection technique (with its water cooled lance), we could detect a leak in one of the process tubes, which in the end caused over-pressure in a part of the reformer.

    Insulcon Petrochem Furnace and burner

    The operation

    The refractory lining of the roof was completely eroded, as a result of a small hole, just beneath the refractory lining. 35 bar of methane gas was blown into the reformer. Only after resolving this issue (by shutting down the process tube), the over-pressure changed into under-pressure and Insulcon’s hot spot repair team was able to start repairing. The gap in the ceramic fibre module lining (an area of approx. 1,5 m2) was repaired whilst the reformer was in full operation (process temperature of 1100°C and above) and the hot spot above the roof plate was brought back from approximately 800°C to an acceptable 70°C.

    Hot Spots could lead to safety risks for either workers or construction systems. These spots could form due to operation of process heaters, boilers, reformers or other high temperature processes. The Insulcon Group provides an emergency solution with our hot spot repair service.  

    For further information about our hot spot repair service, please do not hesitate to contact our marketing department marketing@insulcon.com.