Maintenance and Energy Savings in Cement Plants

Maintenance and energy savings in cement plants

Kiln scanners, which continuously monitor kiln shell temperature, have proven to play a key role in the economic performance of the cement production process.

Main challenges of cement production process

In the cement industry, saving on operating costs is partly linked to keeping equipment running longer and more efficiently, reducing risk of unexpected shutdowns, and optimizing preventive maintenance operations. In particular, the kiln shell has to be under close surveillance.

High performance infrared sensors can provide live temperature data on the kiln shell as it rotates. They allow control room operators to put the kiln shell under 24/7 high surveillance and via the shell thermal map display, show when alarm levels on critical parameters such as hot spot detection, tyre slip out of range or coating loss are reached.

However, Thermal scanners are not only emergency warning tools. They can integrate valuable features, useful to the maintenance manager, to schedule preventive actions and extend kiln lifetime.

Solutions: Full heating process monitoring

HGH’s scanners and cameras enable the full heating process monitoring. Combining live and stored data, on kiln critical parameters, such as global temperature map, brick and coating thickness, kiln speed, tyre slip and thermal warp, Kilnscan provides accurate measurements:

  • To monitor kiln activity
  • To draw trends
  • To schedule preventive maintenance operations

Benefits include optimation of preventive maintenance

HGH’s Kilnscan and Pyroscan systems are not only emergency warning tools, but can assist maintenance staff in establishing a predictive maintenance program.

3 Key Points

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Reduced risk of breakdown


Optimization of preventive maintenance


Long-term efficiency improvement

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