Fouling formation in 575 MV tangential-fired pulverized-coal boiler

Keyphrases

• Fouling 100%
• Fouling Formation 100%
• Utility Boiler 100%
• Pulverized Coal Boiler 100%
• Computational Fluid Dynamics Simulation 66%
• Fouling Propensity 66%
• Ash Particles 66%
• Water Wall 66%
• Israel 33%
• Flow Field 33%
• Boundary Layer 33%
• Emissivity 33%
• Fuel Management 33%
• Power Plant 33%
• Particle Temperature 33%
• Particle Velocity 33%
• Electric 33%
• Temperature Field 33%
• Energy Market 33%
• Coal Type 33%
• Environmental Regulation 33%
• Operation Cost 33%
• Anglo 33%
• Thermal Resistance 33%
• Low Maintenance 33%
• Maintenance Cost 33%
• Particle Properties 33%
• Fouling Behavior 33%
• Velocity Vector 33%
• Combustion Behavior 33%
• Boiler 33%
• Coal Procurement 33%
• Combustion Kinetics Parameters 33%
• Plant Operator 33%
• Pulverized Coal 33%
• Kromdraai 33%
• South African Coal 33%
• Sootblowing 33%
• Water Wall Tube 33%

Engineering

• Fouling 100%
• Pulverized Coal Boiler 100%
• Boiler 66%
• Computational Fluid Dynamics 33%
• Ash Particle 33%
• Flow Field 16%
• Boundary Layer 16%
• Kinetic Parameter 16%
• Thermal Resistance 16%
• Energy Market 16%
• Coal Type 16%
• Environmental Regulations 16%
• Emissivity 16%
• Good Prediction 16%
• Temperature Field 16%
• Temperature Property 16%
• Velocity Vector 16%
• Fouling Behavior 16%
• Soot Blowing 16%
• Plant Operator 16%
• Operation and Maintenance Cost 16%
• Test Facility 16%
• Pulverised Coal 16%

Chemical Engineering

• Fouling 100%
• Temperature Distribution 14%