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  • Upcoming Webinars

    • Apr14
      Central Processing Platform (Cpp) - Debottlenecking Strategies Utilizing Unisim Design14 Apr 2021IST APAC Join Session
    • Apr14
      Central Processing Platform (Cpp) - Debottlenecking Strategies Utilizing Unisim Design14 Apr 2021CST AMER/EMEA Join Session
    • Apr15
      (Hydrocarbon Engineering) Why System Maintenance is a Priority15 Apr 2021IST APAC/ EMEA/ Americas Join Session
  • White Papers

    • 12 Jun 2020
      Remote Migration Services Whitepaper

      Rely on innovative remote technologies to leverage your workforce and control assets to keep your business moving forward. Read the whitepaper to learn more.

    • 26 May 2020

      In today’s world, we are facing an increasing pressure on taking action to temper the climate change. Think about the growing public support for climate supporting measures, or the commitment of the European Community to reduce CO2 emission by 40% in 2030 and even to become carbon neutral in 2050. Globally we emit about 35 billion tons of CO2 each year. Approximately 70% is generated by coal or oil combustion in transportation and in power generating plants. Around 25% is emitted by thermal appliances in a wide variety of applications in the manufacturing industry and in commercial heating. Most of these thermal appliances are natural gas fired (+/- 90%), only a small part is light oil fired. Thermal appliances in the process industry is the sweet spot of the core activities of Honeywell Thermal Solutions.

    • 23 Apr 2020

      This document shows how Thermal IQ and advanced analytics were used to identify an anomaly in the fuel-air ratio that went undetected by plant personnel. The anomaly was caused by an air leak in the expansion joint at the blower, which was not previously detected due to the location of the joint within the plant. The plant noticed an increase in product quality after the blower leak was repaired, but they did not immediately attribute it to the leak being repaired. Thermal IQ was able to directly link the change in product quality to the change in air-fuel ratio. This insight can help the plant maintenance team better direct their efforts to high value activities in the future.

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