Pengaruh pH dan Konsentrasi Pada Penyerapan Ion Logam Cr(VI) Menggunakan Karbon Aktif Kulit Durian

Chairunnisa Chairunnisa, Edi Nasra
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Abstract

Metal ions Cr (VI) are a type of toxic heavy metal that can cause environmental pollution. Chromium limits exceeding 0.1 mg/L in the water will cause damage to ecosystems and living things within them. Adsorption using activated carbon durian shell was chosen as one of the most efficient methods. Used adsorbent activated carbon durian shell that aims to know the quality of activated carbon durian shell and determine the optimum condition of absorption and optimum capacity of absorption of metal ions Cr (VI). The reaction between orange chromium ions with the addition of H2SO4 and colorless diphenylcarbazide forms a purple solution complex. Maximum wavelength absorption is obtained at 542 nm. The results were obtained with the capacity of immersion in optimum conditions to the absorption of metal ions Cr (VI) at pH 2 and Concentration 360 mg/L with an absorption capacity of 40,3190 mg/g. The study of adsorption isoterm refers more to the freundlich equation approach with a regression coefficient value approaching 1 (R2= 0,9684).
pH值和浓度的影响涉及二极管皮肤活化碳
金属离子Cr (VI)是一种有毒的重金属,会造成环境污染。水中的铬含量超过0.1毫克/升就会对生态系统和其中的生物造成损害。采用活性炭吸附榴莲壳是最有效的方法之一。采用吸附剂活性炭榴莲壳,旨在了解活性炭榴莲壳的质量,确定对金属离子Cr (VI)的最佳吸附条件和最佳吸附量。橙色铬离子与添加H2SO4和无色二苯基脲反应形成紫色溶液络合物。在542 nm处获得最大波长吸收。结果表明,在pH为2、浓度为360 mg/L的条件下,吸附金属离子Cr (VI)的最佳条件下,吸附量为40,3190 mg/g。吸附等项的研究更多采用freundlich方程方法,回归系数接近1 (R2= 0,9684)。
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