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INTEGRATION OF CHEMICAL AND BIOTECHNOLOGICAL PROCESSES FOR THE SYNTHESIS OF BIOBASED MONOMERS AND POLYMERS

机译:化学和生物技术的整合,用于合成生物化单体和聚合物

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Renewable resources are considered by many experts as alternative feedstock not only for energetic applications, e.g., biofuels, but also as an important resource for chemical manufacturing. "Green", biogenic feedstock is a promising candidate to, at least, partially substitute fossil-based raw-materials for chemical manufacturing in the future. Renewable feedstock is available, in principle, in abundance but, due to regional demand and supply, a competition with other ways of utilization could arise. It is therefore essential to develop highly efficient and effective ways to make use of renewable feedstock-materials in a so-called "cascadic" approach utilizing the same feedstock in multiple ways (i.e., as food and feed, for substantial use, for energetic means, as fertilizer).
机译:许多专家认为可再生资源,作为替代原料,不仅用于精力充沛的应用,例如生物燃料,而且作为化学制造的重要资源。 “绿色”,生物原料是一个有前途的候选者,至少部分地替代化学制造的化学制造业的化学制造。可再生原料,原则上有丰富,但由于区域需求和供应,可能会出现与其他利用方式的竞争。因此,必须利用多种方式(即食品和饲料,用于大量用途,开发在所谓的“级联”方法中利用可再生原料的方法来利用可再生原料原料 - 使用相同的原料来利用相同的原料,作为肥料)。

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