Modeling to optimize ducts arrangements.

Benefits

• Reduce pressure drop
• Reduce wear
• Reduce material buildup
• Improve flow distribution
• Improve flow into equipment such as mills, fabric filters, and
  fans to improve the equipment operation
• Improve mixing of different temperature gases
• To gain a deeper understanding of the operation

Modeling to optimize the cyclone configuration

Benefits

• • Increase particulate capture efficiency
  • Reduce pressure drop
  • Reduce wear
  • To gain a deeper understanding of the operation

Modeling to optimize the location of burners, burner parameters, SNCR lance locations, and calciner configuration

Benefits

• • Improve combustion
  • Increase alternate fuel usage
  • Reduce specific fuel consumption
  • Increase system production
  • Improve process stabilization
  • Reduce pressure drop
  • Reduce reactant consumption
  • Reduce NOx generation
  • Reduce CO at the calciner exit
  • Improve calciner feed material distribution in the calciner
  • Reduce material buildup
  • Reduce refractory burnout
  • To gain a deeper understanding of the operation

Modeling to optimize the firing hood configuration, burner design, fuel fineness, and heat transfer

Benefits

• • Improve combustion
  • Improve heat transfer
  • Reduce refractory burnout
  • To gain a deeper understanding of the operation