Syngas plants require accurate, reliable temperature sensors to properly monitor the many processes. These include the water gas shift reaction and the process for reducing the copper catalyst. If temperatures veer outside the recommended range, the results are …
To produce hydrogen for industrial use, syngas (synthesis gas) plants all over the world use steam methane reformers (SMR). Temperature measurement and monitoring is key to performance and safety, especially during the potentially dangerous startup process. A steam …
Hot spots can considerably reduce the life of furnace tubes. To monitor hot spots, tubeskins should be equipped with a reliable, robust temperature measurement system. Multipoint thermocouple assemblies can quickly alert operators when hot spots occur. In addition, …
Reforming reactions in syngas (synthesis gas) plants require high heat, which takes a toll on the lifespan of furnace tubes. The higher the temperature, the shorter the tube life. Using a simple formula based on temperature measurements over time, plant operators can …
There is a direct relationship between tubeskin temperature measurement and hydrocracker performance. Too-high or too-low temperatures can lead to slowdowns, shutdowns, furnace tube failures, and other costly losses. To improve bottom-line performance, refineries need …
