VALENTINA Gogulancea, IOAN CAlinescu, VASILE Lavric<br>Contributions to the Mathematical Modeling <br>of Electron Beam Flue Gas Treatment

VALENTINA Gogulancea, IOAN CAlinescu, VASILE Lavric
Contributions to the Mathematical Modeling
of Electron Beam Flue Gas Treatment

Abstract:

This paper aims to present the contributions to the mathematical modeling of atmospheric pollutants’ removal using the electron beam flue gas treatment (EBFGT), after an in-depth look at its current status and perspectives for future development. Despite having been demonstrated at industrial level, EBFGT’s market penetration is still low. The bulk of experimental and modeling work dedicated to the EBFGT has been carried out in order to understand how the operating parameters influence the removal efficiency of the process and how they impact the overall cost of the technology. The importance of developing new accurate mathematical models in order to allow a better prediction of EBFGT performances and, consequently, a high acceptance on industrial scale is presented as well as the authors’ personal contribution in this field. The paper discusses the influence of the most important operating parameters affecting to a higher or lower degree the removal process efficiency (the irradiation dose, the water and ammonia content of the treated gases, the temperature of the gases entering the irradiation chamber, the irradiation time and the initial concentration of pollutants). Keywords: mathematical modeling, water droplets, absorption, electron beam, flue gas

Issue: 2015, Volume 66, Issue 11

Pages:

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