Evenstad, DN
1994
A Laboratory-Scale Method to Assess Ash Deposit Removability
McCollor, D.P.; Zygarlicke, C.J.; Toman, D.L. and Evenstad, D.N.
The Impact of Ash Deposition on Coal/Fired Plants, Taylor & Francis, Inc., 1994. Funded by Brigham Young University and US Department of Energy.
A bench-scale method has been developed to measure in situ the force required to remove coal ash deposits grown under simulated fouling conditions. A suite of eight coals, representing a range of rank and known fouling behavior, were examined using this method. Statistical analysis of the data resulted in a good correlation of adhesion strength with an independently derived index of high-temperature fouling propensity and with 1(coal feed time), number of soot blowings, and number of noneffective soot blowings. Using this method, a coal or coal blend can be rapidly screened for fouling behavior under conditions simulating those attained in a particular utility boiler.
1993
A Laboratory-Scale Method to Assess Ash Deposit Removability
McCollor, D.P.; Zygarlicke, C.J.; Toman, D.L. and Evenstad, D.N.
Proceedings from the Impact of Ash Deposition on Coal Fired Plant Engineering Foundation Conference, Solihull, UK, June 1993. Funded by US Department of Energy and Electric Power Research Institute.
A bench-scale method has been developed to measure in situ the force required to remove coal ash deposits grown under simulated fouling conditions. A suite of eight coals, representing a range of rank and known fouling behavior, were examined using this method. Statistical analysis of the data resulted in a good correlation of adhesion strength with an independently derived index of high-temperature fouling propensity and with 1(coal feed time), number of soot blowings, and number of noneffective soot blowings. Using this method, a coal or coal blend can be rapidly screened for fouling behavior under conditions simulating those attained in a particular utility boiler.
Evenstad, DN
1994
A Laboratory-Scale Method to Assess Ash Deposit Removability
McCollor, D.P.; Zygarlicke, C.J.; Toman, D.L. and Evenstad, D.N.
The Impact of Ash Deposition on Coal/Fired Plants, Taylor & Francis, Inc., 1994. Funded by Brigham Young University and US Department of Energy.
A bench-scale method has been developed to measure in situ the force required to remove coal ash deposits grown under simulated fouling conditions. A suite of eight coals, representing a range of rank and known fouling behavior, were examined using this method. Statistical analysis of the data resulted in a good correlation of adhesion strength with an independently derived index of high-temperature fouling propensity and with 1(coal feed time), number of soot blowings, and number of noneffective soot blowings. Using this method, a coal or coal blend can be rapidly screened for fouling behavior under conditions simulating those attained in a particular utility boiler.
1993
A Laboratory-Scale Method to Assess Ash Deposit Removability
McCollor, D.P.; Zygarlicke, C.J.; Toman, D.L. and Evenstad, D.N.
Proceedings from the Impact of Ash Deposition on Coal Fired Plant Engineering Foundation Conference, Solihull, UK, June 1993. Funded by US Department of Energy and Electric Power Research Institute.
A bench-scale method has been developed to measure in situ the force required to remove coal ash deposits grown under simulated fouling conditions. A suite of eight coals, representing a range of rank and known fouling behavior, were examined using this method. Statistical analysis of the data resulted in a good correlation of adhesion strength with an independently derived index of high-temperature fouling propensity and with 1(coal feed time), number of soot blowings, and number of noneffective soot blowings. Using this method, a coal or coal blend can be rapidly screened for fouling behavior under conditions simulating those attained in a particular utility boiler.