Biological measures to recover nitrogen compounds from liquid and solid streams

Anne Karolin Thielemann , Nicole Händel , Shahida Anusha Siddiqui , Kemal Aganovic , Martina Kießling , Nino Terjung , Sergiy Smetana , Daniel Pleissner
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Abstract

Several studies have explored nitrogen recovery from waste streams, focusing on technologies and approaches like electrochemical processes and membrane separation. However, these approaches need to become economically feasible and reliable. The feasibility of recovery processes is strongly influenced by the concentration of nitrogen, which is an important technical challenge in nitrogen recovery. Biological approaches, such as the cultivation of microalgae as well as constructed wetlands, are in focus for addressing nitrogen concentration steps. These approaches allow the conversion of nitrogen compounds into proteins for various applications. The aim of this study was not to review treatment processes to avoid negative environmental consequences but to highlight technologies that allow the concentration, recovery, and circulation of nitrogen compounds.

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从液体和固体流中回收氮化合物的生物措施
有几项研究探讨了从废物流中回收氮的问题,重点是电化学过程和膜分离等技术和方法。然而,这些方法在经济上必须是可行和可靠的。氮的浓度对回收工艺的可行性影响很大,这也是氮回收的一个重要技术挑战。生物方法(如微藻培养和建造湿地)是解决氮浓度步骤的重点。这些方法可将氮化合物转化为蛋白质,用于各种用途。本研究的目的不是回顾处理过程以避免对环境造成负面影响,而是重点介绍可实现氮化合物浓缩、回收和循环的技术。
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