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BIO-BASED PRODUCTS FROM BRASSICA CARINATA A. BRAUN OIL AND DEFATTED MEAL BY A SECOND GENERATION BIOREFINERY APPROACH

机译:通过第二代生物炼制方法从芸苔属油中提取生物基产品

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The interest in a biorefinery approach as a sustainable production system alternative to some petroleumrefineries does not have to be limited to bioenergy chains or to the use of undifferentiated biomasses or waste. Insome particular industrial production systems, through a strong link to a high quality agricultural production chain,dedicated biomasses characterised by a high amount of specific compounds (oil, starch, protein, minor compounds asbioactive molecules) can be produced and used in non food fields either in their native form or after small chemicalmodifications. In this way, the plant cultivation phase represents the first step of the biorefinery chain and the startingpoint for further technological or biotechnological processes. In this paper, a ten-year Italian experience of plantbasedmaterial production, such as organic fertilisers, amendments or biostimulants with an allelopathic activity incontaining some plant pathogens and pests will be presented and discussed. Starting from Brassica carinata seedmain components (oil, defatted seed meals), and using patented industrial technologies, it was possible to produce aseries of different solid (meals, powder, granules, pellet) and liquid products (oil emulsions containing meals) that arenow widely applied both in organic and conventional horticulture. This operating method, whose benefits will beevaluated and reported by an environmental balance based on carbon footprint evaluation, enables a practicalalternative to conventional fertilisers and pesticides.
机译:对生物精炼方法作为某些石油替代品的可持续生产系统的兴趣 精炼厂不必局限于生物能源链或使用未分化的生物质或废物。在 通过与高质量农业生产链的紧密联系,建立一些特殊的工业生产系统, 专用生物质,其特征在于大量的特定化合物(油,淀粉,蛋白质,少量化合物,例如 生物活性分子)可以以天然形式或经过小化学处理后在非食品领域生产和使用 修改。这样,植物栽培阶段代表了生物精炼链的第一步和开始 进一步的技术或生物技术过程的要点。本文介绍了意大利十年植物基经验 物质生产,例如有机肥料,改良剂或具有化感作用的生物刺激剂 将介绍和讨论含有某些植物病原体和害虫的植物。从芸苔种子开始 主要成分(油,脱脂种子粉),并使用获得专利的工业技术,可以生产 一系列不同的固体(食品,粉末,颗粒,颗粒)和液体产品(含膳食的油乳剂),它们是 现在已广泛应用于有机园艺和常规园艺。这种操作方法的好处是 通过基于碳足迹评估的环境平衡进行评估和报告,从而实现了切实可行的 替代常规肥料和农药。

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