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She has unique experience gained from academia and industry. She is a world recognised and respected leader in catalyst and adsorbent with strong proven track record in catalyst and nanomaterial design, petroleum refining and petrochemical processes, oleochemicals, biomass and nanocarbon. She is also a recognised authority in mercury trapping media. Prof. Sharifah has held numerous positions in PETRONAS, Shell, Leverhulme Centre for Innovative Catalysis (United Kingdom), and since 2001 in University of Malaya.
Her research interest is in catalysis and nanomaterial. She remains active in catalyst development based on metal oxides, carbon, HPA, Ionic Liquid. Besides petrochemical and environmental caalysis, she focus her research in biorefining and solar refining with emphasis on technology and catalyst development of sustainable resources from biomass and water, and capitalising from solar energy. The catalyst and nanomaterial find applications in sustainable energy and chemical synthesis, besides active in water environment mitigation.
She has a keen aspiration to develop lab prototype into commercialisation, To this end, she has a strong record of collboration with industries and technology end user. Amongst technologies poised for commercialisation are catalyst, nanomagnetic slurry, nanostructuctured carbon, CNT, nanocellulose and polyol.
Her research interest is in catalysis and nanomaterial. She remains active in catalyst development based on metal oxides, carbon, HPA, Ionic Liquid. Besides petrochemical and environmental caalysis, she focus her research in biorefining and solar refining with emphasis on technology and catalyst development of sustainable resources from biomass and water, and capitalising from solar energy. The catalyst and nanomaterial find applications in sustainable energy and chemical synthesis, besides active in water environment mitigation.
She has a keen aspiration to develop lab prototype into commercialisation, To this end, she has a strong record of collboration with industries and technology end user. Amongst technologies poised for commercialisation are catalyst, nanomagnetic slurry, nanostructuctured carbon, CNT, nanocellulose and polyol.
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Materials for Biomedical Engineeringpp.131-164, (2019)
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