Ahmed Ibrahim Osman
I am working in the area of production of (New) and (Environment Friend) Energy Sources from renewable sources such as bio-methanol over catalysts. My research has been looking at ways to produce the bio-fuel, from agricultural waste or from natural gas, cheaper and easier than currently available. We want it to be widely available to a global community and not limited to those that can afford it.
Conferecne organized
Conferecne attended
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The 38th Annual International Conference for the Association of Egyptian American Scholars (AEAS) with an oral presentation for this topic “Catalytic production of Dimethyl ether, as a new clean fuel, from methanol over modified γ-Al2O3 catalysts” at 2011 in Egypt.
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The Applied catalysis and reaction engineering international conference in 19th April 2012 in Warwick University in Coventry, UK as oral presentation.
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Green growth 2 May 2012 as audience in Senate room, Lanyon building, Queen’s University Belfast, UK.
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Young Life Scientist Ireland 2014 (YLSI) Symposium at Trinity College Dublin,1st of March 2014 with an oral presentation, the title was New and Clean Fuel “Catalytic Production of Dimethyl Ether From Bio-Methanol as A Renewable Fuel Over Modified Alumina”
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ICCBE 2015: International Conference on Chemical and Biochemical Engineering on April, 27-28, 2015 at Paris, France with an oral presentation, the title was Production of Renewable, Clean and Bio-fuel (DME) from Biomethanol over Copper Modified Alumina Catalyst.
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66th Irish Universities Chemistry Research Colloquium 19-20 June 2014 in Galway Ireland by poster presentation.
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ICCBE 2015: 17th International Conference on Chemical and Bio-process Engineering June, 4-5 2015 at New York, USA, with oral presentation “Catalytic combustion of methane over Co/Mo and Co/Mn catalysts at low temperature”.
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Joliot-Curie Conference 2015, on 16-17 September at Cambridge University with poster presentation.
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UK Catalysis Conference 2016 (UKCC 2016) with an oral presentation “The role of the Pd(0)/PdO redox cycle and balance of support acidity and oxygen mobility in achieving lower temperature methane oxidation” on 6th – 8th January 2016.