采用自生蛋壳自生的合金升渣优化

Nesya Febi Utami, Edi Nasra, Desy Kurniawati, Umar Kalmar Nizar
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摘要

吸附法是一种废物处理方法,具有去除有毒重金属的潜力。影响吸附过程发生的因素之一是被称为生物吸附剂的生物材料的存在。吸附法是一种吸收废液中重金属污染的方法,效率高,效果好,而且由于使用的生物材料非常便宜,而且可以再生,所以在经济上简单便宜。鸡蛋壳含有98.41%的碳酸钙(CaCO3),天然孔隙为1万至2万个,因此估计它可以吸收溶质。根据已知矿物组成,鸡蛋壳主要由CaCO3(98.41%)、Ca3(PO4)2(0.75%)和MgCO3(0.84%)组成。由此可见,鸡蛋壳的碳酸钙含量很高,其中碳酸钙是一种极性吸附剂。Cu2+金属离子活化后的肉鸡蛋壳接触各变量的最佳条件为pH为4,浓度为250 ppm。
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Optimasi Adsorpsi Ion Logam Cu2+ dengan Menggunakan Cangkang Telur Ayam Ras
adsorption is a method of waste treatment that has the potential to remove toxic heavy metals. One of the factors that influence the occurrence of the adsorption process is the presence of a biological material called a biosorbent. The adsorption method is a method of absorbing heavy metal contamination in liquid waste that is very efficient and effective, as well as easy and cheap economically because of the use of biomaterials that are very cheap and can be regenerated. Chicken egg shell contains Calcium Carbonate (CaCO3) of 98.41% and has natural pores of 10,000 to 20,000 so it is estimated that it can absorb solutes. Based on the known mineral composition, chicken egg shells are composed of CaCO3 (98.41%), Ca3(PO4)2 (0.75%), and MgCO3 (0.84%). So it can be seen that chicken egg shells have a high calcium carbonate content, where calcium carbonate is a polar adsorbent. The optimum conditions for each variable in contacting broiler egg shells that have been activated with Cu2+ metal ions are optimum at pH 4, concentration of 250 ppm.
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