Skip to content
English
Search
CONTACT US US WEB STORE BLOG

Burning Zone

The lower end of the rotary kiln is the burning zone, where cement components are heated to about 1300-1450°C (2372-2642°F). Measurement of the temperature in the burning zone is vital to maintain product quality and kiln efficiency.

The rotary kiln is inclined at a slight angle, so that the cement meal gradually passes from the cool end to the burning zone, before dropping out and cooling. This means temperatures vary within the kiln, making monitoring more difficult.

Maintaining the correct burning zone temperature is vital to driving off unwanted elements as gases and creating clinker of the required composition and anhydrous nature . Accurate temperature monitoring therefore plays an essential role in quality control of the cement and the energy efficiency of the kiln.

  • Related Products +

    • MWIR-b-640
      MWIR-b-640

      A highly accurate radiometric infrared borescopefor continuous temperature measurement and furnace profiling applications - Temperature Range: 300-1200 °C / 572-2192 °F | 500-1800 °C / 932-3272 °F | Spectral Response: 3.9 μm | Pixel Resolution: 640 x 480

      Keep Reading

    • NIR-b-656/2K
      NIR-b-656/2K

      High-resolution short-wavelength radiometric infrared borescope imaging cameras - Temperature Range: 600 to 1800 °C / 1112 to 3272 °F | Spectral Response: 1 μm | Pixel Resolution: 640 x 480 / 1968 x 1476 pixels

      Keep Reading

    • LAND Fixed SPOT+ Non-contact Thermometers / Pyrometers - SPOT
      SPOT+

      The SPOT+ range of smart Infrared Pyrometers bring high precision, advanced IIoT connectivity and visible light process video to the LAND SPOT+ family.

      Keep Reading

  • Video +

    • Non-Contact Temperature Measurement Advances in Cement Manufacturing
      On-demand Webinar

      We introduce how advances in accurate non-contact temperature measurements in cement manufacturing ensure consistent quality, oversee the condition and efficiency of the kiln and detect emerging hot spots in materials.