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  • Johnson Matthey - Reducing SOx in partial burn FCC Units
    It is important to use a SOx additive designed specifically for use in Partial Burn FCCs.  Use of a standard Full Burn SOx additive in a Partial Burn unit would result in indiscriminate oxidation, which would upset the CO/CO2 ratio and ultimately increase CRC.

  • Large crude heater revamp by XRG Technologies
    A large crude heater in The Netherlands suffered from reliability, fouling and capacity problems caused by flame impingement. In addition to eliminating this bottleneck, the client wanted to increase heater throughput by 29% and increase fuel efficiency to at least 90%.  XRG evaluated ...

  • Lasers for safety and process control in fired heaters
    Focusing on the role of the SERVOTOUGH Laser 3 Plus combustion analyzer in fired heaters combustion processes.

  • Servomex Laser 3 Plus
    Servomex has launched the SERVOTOUGH Laser 3 Plus range, the world's smallest Tunable Diode Laser (TDL) gas analyzers which can be specifically optimized for combustion, ammonia slip and process control applications in the hydrocarbon processing sector.

  • SERVOTOUGH FluegasExact 2700
    Armed with an integral sampling system custom-designed for operation in some of the hottest and most extreme combustion environments, the FluegasExact is the analyzer of choice for measuring oxygen and combustibles in the most demanding hydrocarbon processing and power generation appl ...

  • Solutions for combustion control
    Matt Halsey and David Fahle discuss the SERVOTOUGH FluegasExact 2700 and SERVOTOUGH Laser 3 Plus Combustion and their roles in combustion control.

  • Xceed™ by XRG Technologies
    Fired heaters in refineries and petrochemical plants emit millions of tons of CO2 & NOx every year. Lowering those emissions often causes flame quality issues which can reduce the coil life, run lengths, and capacity of your heater. Built on 30 years of research, XRG developed the ...

  • Xtend™ by XRG Technologies
    The unique design of Xtend™ causes the flow to swirl inside the tube, increasing the amount of heat transferred. This generates more swirl with less pressure drop compared to a conventional twisted tape. The swirling flow: Cools the film on the tube wall Removes coke precursors from ...