International Transaction Journal of Engineering, Management, & Applied Sciences & Technologies


:: International Transaction Journal of Engineering, Management, & Applied Sciences & Technologies TuEngr+QR-Code

ISSN 2228-9860
eISSN 1906-9642


Vol.12(2) (2021)


  1. Al-Lagtah, N.M.A., S. Al-Habsi, and S.A. Onaizi. (2015). Optimization and performance improvement of Lekhwair natural gas sweetening plant using Aspen HYSYS. Journal of Natural Gas Science and Engineering, 26, 367-381.
  2. Arachchige, P. R., U.S. and M.C. Melaaen. (2012). Aspen Plus Simulation of CO2 Removal from Coal and Gas Fired Power Plants. Energy Procedia, 23, 391-399.
  3. Cala, O. M., Merino, L., Kafarov, V., & Saavedra, J. (2015). Evaluation of combustion models for determination of refinery furnaces efficiency. Ingeniare. Revista chilena de ingenier?a, 23(3), 429-438.
  4. Ditaranto, M., R. Anantharaman, and T. Weydahl. (2013). Performance and NOx Emissions of Refinery Fired Heaters Retrofitted to Hydrogen Combustion. Energy Procedia, 37, 7214-7220.
  5. Feldbauer, S. (2009). Furnace Optimization; Meeting the Need to Reduce Costs. Heat Treat. Prog, 25-28.
  6. Fialova, D. and Z. Jegla, (2019). Analysis of Fired Equipment within the Framework of Low-Cost Modelling Systems. Energies, 12(3).
  7. Garg, A. (1997). Optimize fired heater operations to save money. Hydrocarbon Processing, 76, 97-112.
  8. Garg, A., & Ghosh, H. (1988). Good heater specifications pay off. Chem. Eng, 95(10), 77-80.
  9. Garg, A. (2004). Get the Most From Your Fired Heater. Chemical Engineering, 111(3), 60-65.
  10. Gunasegran, S., & Azarpour, A. (2016). Numerical Analysis of Influential Parameters on the Performance of Vertical-Cylindrical Refinery Furnaces. Procedia Engineering, 148, 963-969.
  11. HYSYS, A., (2014). Fired Heater (Furnace). Manual of Aspen HYSYS.
  12. Ibrahim, H. A. H., & Al-Qassimi, M. (2008). Matlab program computes thermal efficiency of fired heater. Periodica Polytechnica Chemical Engineering, 52(2), 61-69.
  13. Ibrahim, H. A. H. (2010). Fired process heaters. Matlab-Modeling, Programming, and Simulations, 327-364.
  14. Ibrahim, H. A. H., & Al-Qassimi, M. (2010). Simulation of heat transfer in the convection section of fired process heaters. Periodica Polytechnica Chemical Engineering, 54(1), 33-40.
  15. Ibrahim, H. A. H., & Al-Qassimi, M. M. (2013). Calculation of radiant section temperatures in fired process heaters. Chemical Engineering and Science, 1(4), 55-61.
  16. Khodabandeh, E., Pourramezan, M., & Pakravan, M. H. (2016). Effects of excess air and preheating on the flow pattern and efficiency of the radiative section of a fired heater. Applied Thermal Engineering, 105, 537-548.
  17. Platvoet, E., & Baukal, C. (2013). Process burners 101. Chemical Engineering Progress, 109(8), 35-39.
  18. Salih, M. A. H., Mohammed, A. A. A., Khalifa, B. Y., Elamin, F. O., & Hassan, N. O. (2018). Evaluation of the Efficiency of the Combustion Furnace of the Delayed Coking Unit by Manipulating the Parameters that Affect the Furnace Efficiency. American Journal of Quantum Chemistry & Molecular Spectroscopy, 2(2), 18-30.
  19. Sutton, I. (2017). Common Hazards. In Plant Design and Operations, 509-534.
  20. Sutton, I. (2017). Equipment and Buildings. In Plant Design and Operations, 73-137.
  21. Tiwari, L. M., Parikh, S. P., Gampawar, M., & Choudhary, P. (2018). Designing and mathematical simulation of cylindrical and box type fired heater (used for heating of coke oven gas). International Journal of Advance Research, Ideas & Innovations, 2037-2045.
  22. Wildy, F. (2000). Fired heater optimization. AMETEK Process Instruments, 1-12.

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