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Renewable Raw Materials for advanced applications

机译:适用于高级应用的可再生原材料

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The use of agricultural industrial wastes to obtain value added products is an issue of utmost importance today, since solutions to problems of environmental pollution are crucial in order to achieve a sustainable development. In this respect the contribution of the so called “Renewable Raw Materials” from agricultural wastes can be a promising starting point. Further, given their provenance, these materials can be also considered as “Ecomaterials”. This issue is now considered as one of the main scientific goals at an international level, given their benign environmental impact Using waste materials avoids the expense of other often non-renewable materials, among many other benefits, with groups which are working in this philosophy called “cradle to grave” under which industries may be able to turn waste into useful materials for themselves or others, thus closing a cycle with obvious benefits. The renewable raw materials developed in our group are value added materials prepared from agricultural industrial wastes, avoiding the use of toxic substances to the environment, as well as achieving maximum economy and reduction of energy expenditure. Some of the processes developed are: immobilization of enzymes for biocatalytic processes, design of scaffolds for tissue engineering, conversion of liquid renewable raw materials into fine chemical intermediates avoiding the use of petroleum derivatives and catalysts for environmental protection.
机译:如今,利用农业工业废料获得增值产品已成为最重要的问题,因为解决环境污染问题对于实现可持续发展至关重要。在这方面,农业废物中所谓的“可再生原材料”的贡献可能是一个有希望的起点。此外,考虑到它们的来源,这些材料也可以被认为是“生态材料”。鉴于其对环境的良好影响,目前已将这一问题视为国际一级的主要科学目标之一。使用废旧材料避免了其他通常不可再生的材料的浪费,此外还有许多其他好处,与致力于这一理念的小组合作“摇篮到坟墓”,在此之下,工业可以将废物转化为对自己或他人有用的材料,从而以明显的利益结束一个循环。我们集团开发的可再生原材料是从农业工业废料中制备的增值材料,可避免对环境使用有毒物质,并实现最大的经济效益并减少能源消耗。开发的一些过程包括:酶的固定化以用于生物催化过程,支架的设计以用于组织工程,将液态可再生原料转化为精细的化学中间体,从而避免使用石油衍生物和催化剂进行环境保护。

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