The potential of fishery waste as an alternative source of natural calcium: a review

L. Handayani, Nurhayati Nurhayati, Azwar Thaib, Suprihadi Suprihadi
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Abstract

Research on calcium minerals that are effective and safe for health and the environment is being developed. These studies aim to find natural ingredients that contain high mineral levels, study effective methods, and study the characteristics of calcium obtained. Natural calcium is interesting to develop because it comes from renewable natural resources such as those fishery wastes. This article contains a study of the potential of fish bones, shellfish shells, and crustacean shells as natural sources of calcium and methods of manufacture. Oyster shells that are crushed at 900°C for 2 hours will produce Ca2+ levels of 56.77% while calcination for 4 hours produces Ca2+ = 86.22%. direct shells calcined at 900°C; 4 hours yields Ca2+= 77.15%.   The yield produced with a calcination time of ≥ 4 hours is relatively stable, which is 55 -57 %.Keywords: Calcium; Clam shells; crustacean shells; fish bones 
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渔业废弃物作为天然钙替代来源的潜力:综述
目前正在开展对健康和环境有效和安全的钙矿物的研究。这些研究旨在寻找含有高矿物质含量的天然成分,研究有效的方法,并研究所获得的钙的特性。天然钙的开发很有趣,因为它来自于可再生的自然资源,比如那些渔业废料。这篇文章包含了鱼骨,贝类和甲壳类动物的壳作为钙的天然来源和制造方法的潜力的研究。牡蛎壳在900°C下粉碎2小时将产生56.77%的Ca2+水平,而煅烧4小时产生的Ca2+ = 86.22%。900°C煅烧的直接壳;4小时产钙= 77.15%。煅烧时间≥4小时,产率相对稳定,为55 ~ 57%。关键词:钙;蛤壳;甲壳动物外壳;鱼骨头
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