Modelling and optimisation of oxidative desulphurization process for model sulphur compounds and heavy gas oil. Determination of Rate of Reaction and Partition Coefficient via Pilot Plant Experiment; Modelling of Oxidation and Solvent Extraction Processes; Heat Integration of Oxidation Process; Economic Evaluation of the Total Process.

Modelling and optimisation of oxidative desulphurization process for model sulphur compounds and heavy gas oil. Determination of Rate of Reaction and Partition Coefficient via Pilot Plant Experiment; Modelling of Oxidation and Solvent Extraction Processes; Heat Integration of Oxidation Process; Economic Evaluation of the Total Process.

Heightened concerns for cleaner air and increasingly more stringent regulations on sulphur content in transportation fuels will make desulphurization more and more important. The sulphur problem is becoming more serious in general, particularly for diesel fuels as the regulated sulphur content is...

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Bibliographic Details
Main Author: Khalfalla, Hamza Abdulmagid
Other Authors: Mujtaba, Iqbal M.
Language:en
Published: University of Bradford 2010
Subjects:
Desulphurization
Model sulphur compounds
Heavy gas oil
Oxidation
Liquid-liquid extraction
Partition coefficient
Heat integration
Solvent recovery
Process economics
Online Access:http://hdl.handle.net/10454/4247

Internet

http://hdl.handle.net/10454/4247

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