Mathematical modelling of catalyst section of fluid catalytic cracking unit of İzmir refinery.

Timuçin, Süleyman

Suggestions

Mathematical modelling of salt diffusion in Turkish feta cheese and determination of diffusion coefficient
Turhan, Mahir; Gencer, Gönül; Department of Food Engineering (1987)
Mathematical modelling of geothermal carbon dioxide production in a specific field in Turkey.
Kumsal, Beril; Akın, Serhat; Department of Petroleum and Natural Gas Engineering (2020)
Turkey’s non-condensable gases production from geothermal fields is very high when compared to other countries’ average production values. A big predominance of these gases is generally carbon dioxide (CO2) and the origin of this CO2 is generally meteoric for the studied area as reservoir rocks are carbonate-dominated metamorphic rocks such as dolomitic marbles and marbles.The dissolution of calcite mineral within the reservoir rocks, where it equilibrates with water, results in CO2 release from the system....
Mathematical model of effect of welding parameters on weld bead geometry of aluminum 5086 alloy
Koç, Barış; Ankara, Alpay; Department of Metallurgical and Materials Engineering (2000)
Mathematical modeling of coastal circulation and application to Izmir bay.
Serbetcioğlu, S. Cahit; Department of Civil Engineering (1981)
Mathematical modelling of coal-fired fluidized combustors.
Siviroğlu, Ümit; Department of Chemical Engineering (1980)
Citation Formats
S. Timuçin, “Mathematical modelling of catalyst section of fluid catalytic cracking unit of İzmir refinery.,” Middle East Technical University, 0.