Submit an Article
Become a reviewer
Vol 173
Pages:
141-143
Download volume:
RUS
Research article
Metallurgy

Development of universal model of catalytic reforming of gasoline

Authors:
P. A. Petrov
About authors
  • Postgraduate student G.V. Plekhanov Saint Petersburg Mining Institute
Date submitted:
2006-11-11
Date accepted:
2007-01-20
Date published:
2007-05-01

Abstract

The article gives a brief characteristic of the catalytic reforming process. The necessity to simulate reforming reactors is shown. A universal model was designed that helps to analyze processes in adiabatic plug flow reactors both with radial and axial feeding of reagents. It considers the ratio the reaction rates between group components to reduce the number of independent variables. The model is designed with application of the ReactOp software complex. Simulation results prove advantages of the reactors with radial feeding as compared with the axial flow reactors. Suggestion concerning enhancement and application of the model are made.

Go to volume 173

References

  1. Леффлер Уильям Л. Переработка нефти: Пер с англ. / ЗАО «Олимп-Бизнес». М., 2004.
  2. Маслянский Г.Н. Каталитический риформинг бензинов: Химия и технология / Г.Н.Маслянский, Р.Н.Шапиро. Л.: Химия, 1985.
  3. Жарков Б. Новые разработки в области каталитического риформинга бензинов // Технологии ТЭК. 2003. № 10.

Similar articles

Complex assessment of drained groundwater of Yakovlevsky mine according to the results of hydrogeochemical monitoring
2007 A. A. Timchenko
Application of laser-scanning technologies at mine surveying at quarries
2007 E. A. Pravdina
Diagnostics of dielectric coatings by electro-static methods
2007 N. S. Pshchelko, I. I. Pavlikov
About the extraction of rubidium from acid solutions using complex compounds of rare chalcogenes
2007 A. A. Chernyshev
Mathematical modeling of aluminum solution decomposition process
2007 D. A. Kremcheeva
Environmental and economic aspects of diversification of the regional market of heat and energy resources
2007 A. A. Boltenkov