Economically viable green chemistry processes are the technology enablers of the bioeconomy. Access to an economically viable green chemistry production route, however, is not per se sufficient for successful bioproduction. The cases of synthetic amorphous silica, pectin, polysaccharide nanofibers, pelargonic acid, hydrogen peroxide electrochemically sourced from water, and that of valued bioproducts (orange oil, limonene, and dietary fiber) from fresh orange peel were selected to substantiate these assumptions. The study concludes by identifying three conditions for competitive bioproduction methods, along with learning and educational outcomes considered relevant for green chemistry and bioeconomy educators.

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绿色化学和生物经济：必要的联系

经济上可行的绿色化学工艺是生物经济的技术推动者。然而，获得经济上可行的绿色化学生产路线本身并不足以成功进行生物生产。选择从水中电化学提取的合成无定形二氧化硅、果胶、多糖纳米纤维、壬酸、过氧化氢以及从新鲜橙皮中提取有价值的生物产品（橙油、柠檬烯和膳食纤维）的案例来证实这些假设。该研究最后确定了竞争性生物生产方法的三个条件，以及被认为与绿色化学和生物经济教育者相关的学习和教育成果。