Maxtech Industries

Kiln/ Raw Mill 

Membrane laminated fiberglass bags have become industry standard at this application for the following reasons:

  • Reduce fan energy costs
  • Increased bag life
  • Reduce equipment downtime & maintenance
  • Reliably meet emissions regulations
  • Better mill sweep, and less water spraying

High temperatures, combined with alkaline and acidic gases make selection of right filter media critical at this important baghouse.

Operating Data

  • Dust To be handled: Kiln/raw mill gases

  • Nature of dust: Fine, free-flowing, mildly abrasive

  • Typical Gas temperature: 90-240 Celsius

  • Typical Surge Temperature: 260 Celsius

  • Dust Load: 30-80 g/Nm3

The raw mill grinds limestone, clay or shale into “Raw Mix”  which is then fed to kiln through preheater. As the mix travels through the rotary kiln, its temperature rises gradually. Flue gas generated in pyro-processing travels in a direction opposite to material flow. Kiln exit gases contain pollutants like SOx and NOx. At preheater outlet, flue gas temperature ranges around 350 Deg C and is brought down by inducing dilution air or water cooling when the Raw Mill is down.

 

Related Products

340 gsm AR Fiberglass with Membrane750 GSM Fiberglass with Membrane
For Reverse Air Baghouses (RABH) applicationsFor Pulse Jet baghouses with temperature up to 260 deg C
For Pulse Jet baghouses with temperature up to 240 deg C