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Recovery of astaxanthin from seafood wastewater utilizing fish scales waste

机译:利用鱼鳞废料从海鲜废水中回收虾青素

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摘要

The paper presents basic data on astaxanthin adsorption from fisheries wastewater to fish scales. This process has been proposed to be applicable in fisheries and shrimp waste management [Helgason, Recovery of compounds using a natural adsorbent, Patent WO 01/77230, 2001]. The innovative feature of the method is the application of a solid waste (fish scales) as a natural adsorbent for a carotenoid pigment (astaxanthin) from the seafood industry wastewater. The model investigations were performed with pure synthetic carotenoids to exclude the role of matrix in which astaxanthin is present in the wastewater. Under the experimental conditions used, the maximum loading capacity of astaxanthin onto the scales is 360 mg kg~(-1) dry wt. Studies of the thus formed value added product indicated that drying causes significant loss of astaxanthin activity. Due to the effective filtration characteristics of the studied sorption material, we suggest the scale/astaxanthin sorption process to be suitable for treatment of wastewater from different industries.
机译:本文介绍了从渔业废水到鱼鳞中虾青素吸附的基本数据。已经提出该方法可用于渔业和虾废物管理[Helgason,使用天然吸附剂回收化合物,专利WO 01 / 77230,2001]。该方法的创新之处在于将固体废物(鱼鳞)用作海鲜行业废水中类胡萝卜素色素(虾青素)的天然吸附剂。使用纯合成类胡萝卜素进行了模型研究,以排除废水中存在虾青素的基质的作用。在所使用的实验条件下,虾青素在鳞片上的最大负载量为360 mg kg〜(-1)干重。对如此形成的增值产品的研究表明,干燥导致虾青素活性的显着损失。由于所研究的吸附材料具有有效的过滤特性,因此我们建议使用水垢/金黄色素吸附工艺适合处理不同行业的废水。

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