<ins id="zpfzr"></ins>

      <th id="zpfzr"><noframes id="zpfzr">

        <track id="zpfzr"></track>
        <noframes id="zpfzr"><sub id="zpfzr"></sub>
        <track id="zpfzr"><font id="zpfzr"><address id="zpfzr"></address></font></track>
        <track id="zpfzr"><sub id="zpfzr"></sub></track>
        <track id="zpfzr"></track>

        <progress id="zpfzr"><sub id="zpfzr"></sub></progress>

        <menuitem id="zpfzr"><ins id="zpfzr"><mark id="zpfzr"></mark></ins></menuitem>
        <progress id="zpfzr"><ol id="zpfzr"><output id="zpfzr"></output></ol></progress>

        Eco-friendly catalytic processes for production of renewable and fungible liquid fuels and chemical


        開始時間: 2016-07-08 10:00:00
         報告地點: 實驗16樓110室
         報 告 人: 以色列Ben-Gurion大學Moti Herskowitz教授
         主辦單位: 化學工程聯合國家重點實驗室
         備    注:

        Moti Herskowitz is professor of chemical engineering and researcher in the fields of advanced materials, heterogeneous catalysis and renewable fuels. He established the Blechner Center for Industrial Catalysis and Process Development in 1995 and has led its scientific and technology development work ever since. Applications developed at the Blechner Center have been commercialized. Moti has published over 130 papers and 24 patents based on basic and applied research. Many publications are related to advanced catalytic materials and processes in general and their application in the production of novel renewable and sustainable fuels and chemicals in particular. Prof. Herskowitz has conducted over the past decade research and development leading to breakthrough technologies that convert carbon dioxide to liquid fuels and chemicals.    


        上一條 : Stable and Functional Metal–Organic Frameworks: from Synthesis to Application 下一條 : 電化學成像

        ? 2020 上海摩田化學有限公司 版權所有   滬ICP備08113682號-1