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A novel close-circulating vapor stripping-vapor permeation technique for boosting biobutanol production and recovery

机译:一种提高生物丁醇产量和回收率的新型闭环汽提-汽化渗透技术

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摘要

BackgroundButanol derived from renewable resources by microbial fermentation is considered as one of not only valuable platform chemicals but alternative advanced biofuels. However, due to low butanol concentration in fermentation broth, butanol production is restricted by high energy consumption for product recovery. For in situ butanol recovery techniques, such as gas stripping and pervaporation, the common problem is their low efficiency in harvesting and concentrating butanol. Therefore, there is a necessity to develop an advanced butanol recovery technique for cost-effective biobutanol production.
机译:背景技术通过微生物发酵从可再生资源中获得的丁醇不仅被认为是有价值的平台化学品,而且是替代的高级生物燃料之一。然而,由于发酵液中丁醇的浓度低,丁醇的生产受到产品回收的高能耗的限制。对于原位丁醇回收技术,例如汽提和全蒸发,普遍的问题是它们在收集和浓缩丁醇方面的效率很低。因此,有必要开发先进的丁醇回收技术以生产具有成本效益的生物丁醇。

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