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Benign-by-design nature-inspired nanosystems in biofuels production and catalytic applications

机译:在生物燃料生产和催化应用中,以自然良性为基础设计的纳米系统

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Natural sources display a high potential for the production of sustainable materials because of their exceptional structural and physical features, nontoxicity, biocompatibility, availability and cost-effectiveness. Nanostructured systems show high surface/volume ratio, and unusual electrical, mechanical, surface and magnetic properties. The preparation of heterogeneous nanocatalysts from natural resources has recently become increasingly attractive for researchers. The present overview discuses extensively and comprehensively the main natural sources used to prepare the new generation of safer and cheaper catalytic nanosystems. We place a significant emphasis on both the different synthetic strategies for the preparation of the Nature-inspired nanocatalyst and the role of the natural materials over the structural and morphological properties of the resulting nanocatalysts. The catalytic applications of nature-inspired materials were finally featured, highlighting the advantages of using nanotechnology and environmental resources as well as their potential towards the production of alternative energies.
机译:天然资源由于其卓越的结构和物理特性,无毒,生物相容性,可利用性和成本效益而具有生产可持续材料的巨大潜力。纳米结构系统显示出高的表面/体积比,以及异常的电,机械,表面和磁性能。从自然资源制备多相纳米催化剂近来对研究者越来越有吸引力。本概述广泛和全面地讨论了用于制备新一代更安全,更便宜的催化纳米系统的主要自然资源。我们非常重视制备自然启发型纳米催化剂的不同合成策略,以及天然材料在所得纳米催化剂的结构和形态特性上的作用。最后,以自然为灵感的材料的催化应用为特色,强调了使用纳米技术和环境资源的优势以及它们在生产替代能源方面的潜力。

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