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Nanosized composite catalysts for production of modern modified fuels

机译:用于生产现代改性燃料的纳米复合催化剂

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Great attention is paid to the production of modern modified fuels on the base of synthesis gas by reaction of selective catalytic oxidation (SCO) of methane and other alkanes in the last 10-15 years. It is known that the samples based on noble metals provide high activity and efficiency of the catalysts at space velocities from 500·10~3 to 900·10~3 h~(-1). Rh and mixed catalysts based on precious metals which provide complete conversion of methane to synthesis gas over a long period without loss of activity compared to the oxide and perovskite catalysts without activation of the noble metals are the best. Investigations of low-percentage nano-sized Pt-Ru and Ni-Cu-Cr catalysts in these processes have been carried out.
机译:通过在过去10-15岁中的选择性催化氧化(SCO)反应,通过反应在过去10-15岁中的选择性催化氧化(SCO)的反应来支付在合成气体基础上的现代改性燃料的生产。众所周知,基于贵金属的样品在500·10〜3至900·10〜3 H〜(-1)的空速下为催化剂的高活性和效率提供高活性和效率。基于贵金属的RH和混合催化剂,其在长期内提供完全转化为合成气的合成气,而不会与氧化物和钙钛矿催化剂相比,无需激活贵金属是最好的。已经进行了这些方法中低百分比纳米尺寸Pt-Ru和Ni-Cu-Cr催化剂的研究。

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