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Q-SA root ESS: a methodology to help solvent selection for pharmaceutical manufacture at the early process development stage

机译:Q-SA根本性ESS:在早期工艺开发阶段帮助制药业选择溶剂的方法

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摘要

A practicable, LCA based methodology has been developed to evaluate the sustainability implications of solvent selection during early process development for a batch manufacturing process for an API. Q-SA root ESS (Quick Sustainability Assessment via Experimental Solvent Selection) structures the early use of existing tools to carry out initial solvent selection on the basis of EHS factors and suitability for the desired chemistry. The life cycle of the solvent has been divided into three stages: solvent manufacture, use in the batch process and end of life/recycling. The application of the methodology is illustrated for a single example of chemistry which has been taken through from development lab to process evaluation towards pilot scale. This demonstrates how the methodology helps to select the solvent giving the lowest overall environmental impact.
机译:已经开发了一种可行的基于LCA的方法,以评估API的批生产过程的早期工艺开发过程中溶剂选择的可持续性影响。 Q-SA根源ESS(通过实验溶剂选择进行快速可持续性评估)可以根据EHS因素和对所需化学物质的适用性,尽早使用现有工具来进行初始溶剂选择。溶剂的生命周期分为三个阶段:溶剂制造,用于批处理过程以及寿命终止/回收。举例说明了该方法的应用,该化学方法仅用于一个化学实例,该化学实例已从开发实验室应用于过程评估,直至达到中试规模。这证明了该方法学如何帮助选择对整体环境影响最小的溶剂。

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