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A new reactor for denitrification and micro-particle removal in recirculated aquaculture systems

机译:一种新的反硝化和微颗粒在再循环水产养殖系统中去除反应器

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A 'membrane-denitrification' reactor (MDR) was developed and tested in a semi-technical recirculation aquaculture systemin comparison to a double - without MDR - as reference system. The MDR consisted of a reactor with an ultrafiltration membrane unit for removal of micro-particles (e.g. sludge flocs, bacteria and parasites). Specific carrier material provided surfaces for biofilm growth in a fluidized bed reactor with ethanol as carbon source for denitrification. The continuous motion of these carriers cleaned the membrane surface. With online and laboratory measurements of water parameters and operational data the feasibility of the concept was verified. An advantage is that no chemicals are needed to clean the membranes. Examinations of the fish and water analyses proved an MDR can positively influence cortisol, as a stress marker, and the microflora of the aquatic system.
机译:在半技术再循环水产养殖系统中开发并测试了“膜 - 反硝化”反应器(MDR),与双重MDR - 作为参考系统进行了比较。 MDR由具有超滤膜单元的反应器组成,用于去除微粒(例如污泥絮状物,细菌和寄生虫)。 具体的载体材料提供了在流化床反应器中的生物膜生长的表面,其用乙醇作为碳源进行脱硝。 这些载体的连续运动清洁膜表面。 通过在线和实验室测量水参数和运营数据验证了概念的可行性。 优点是不需要化学物质来清洁膜。 鱼类和水分分析的检查证明了MDR可以积极地影响皮质醇,作为压力标志物和水生系统的微生物。

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