Turbulence and combustion computational research group

Technical solutions

  1. User-oriented software for prediction of operating conditions in the pulverized coal-fired boiler furnace, S. Belošević, M. Sijerčić, N. Crnomarković, B. Stanković, new software: new user-interface, improved mathematical model, numerical algorithm and computer programme, industrial user: Electric Power Industry of Serbia (the software applied for simulation of processes and prediction of operation situations in the Kostolac B utility boiler unit furnaces); the software was developed within the study: “Mathematical models and software tools for simulation of flow and thermal processes within the equipment of utility boiler units, for the purpose of working regimes diagnostics and prediction of operating situations”, subproject: “Mathematical model of processes in pulverized coal-fired boiler furnace“, Belgrade, October 2009.
  2. Software for simulation of NOx production and destruction processes in the pulverized coal-fired boiler furnace, S. Belošević, M. Sijerčić, V. Beljanski, I. Tomanović, N. Crnomarković, B. Stanković, A. Stojanović, new software: improved user-interface, mathematical model and numerical algorithm, new computer programme, industrial user: Electric Power Industry of Serbia (the software applied for simulation of NOx production and destruction processes in the Kostolac B utility boiler unit furnaces and prediction of NOx emission); the software was developed within the study: “Possibility of implementation of primary measures for NOx emission reduction from pulverized lignite-fired utility boilers”, Belgrade, July 2011.