![]() Identification of products by UV spectro-photometry and by GC and High performance liquid chromatography (HPLC).Optimization of the photo-catalytic process by variation of different parameters (laser energy, substrate concentration, catalyst concentration, laser irradiation time).Study of the photo-catalytic activity of above mentioned semiconductor catalysts for removal of hazardous dyes such as Rhodamine B, alizarin yellow etc dyes using laser.Removal of organic pollutant such as alkylphenols, from water using above mentioned semiconductor catalysts.ĝevelopment of an experimental setup for laser based photo-catalytic process for removal of pollutants from water (KFUPM).Ĝharacterization and morphological studies of synthesized catalysts (at NUS and KFUPM).ĝevelopment of method for metal doped catalysts for band gap modification and to enhance the efficiency of removal process and for visible light absorption.If you dont remember you personal data, use button 'Forgot Password'. Also, you can contact with customer support and ask them for help. PHYSICS 101 KFUPM PASSWORDIf there are any problems with edesk login kfupm 2019, check if password and username is written correctly. Synthesis of different catalysts (WO3, TiO2, ZnO, Pd doped WO3, Pd doped WO3 Pd doped TiO2, Pd doped ZnO). Searching for edesk login kfupm 2019 Use official links below to sign-in to your account.The major objectives of the proposed study are as follows: The proposed methods and technologies are considered to be cost effective and based on the band gap of these metal oxides, this technology could be later applied on industrial waste water treatment for municipal and sewage water. In this study different metal oxides (micro and nano) like WO3, and Pd, Pt, Cu, N,F doped WO3, NiO-, ZnO composites, NiO-Bi2O3 composites, and Cu embeded TiO2 will be applied for mineralization of dyes and other organic pollutants. Based on our literature search, a selective chemical process based on photo-catalytic process for removal of organic matter seems to be possible to remove dyes, for waste water treatment. Our method will include synthesis of metal oxides, characterization of these materials using different analytical techniques (SEM, TEM, XRD, etc) study of photo-catalytic activities using different laser wavelengths, optimization of removals process etc. In general, it is well desired that, the methods should be more selective, cost effective, and efficient to justify further development of work for field applications using solar radiation. Saeed ALAMOUDI Cited by 101 of King Fahd University of Petroleum and Minerals, Dhahran (KFUPM) Read 10 publications. The objective of this proposed study is to synthesize nano structured doped and undoped highly efficient metal oxides for visible light absorption and to investigate the use of non-conventional radiation sources like lasers for complete mineralization of organic pollutants (like dyes and other benzene compounds) using photo-catalysis process. A joint project with National University Singapore (NUS) funded by Deanship of scientific Research KFUPM under NUS-KFUPM Project # NUS 15109. ![]()
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