木瓜籽粉作为生物吸附剂降低废水中总铁的研究

Eksergi Pub Date : 2022-11-15 DOI:10.31315/e.v19i3.8007
M. Munira, A. Aladin, Perwitasari Perwitasari, Nur Aulia Hamza, St Umrah Tulzhaliza
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引用次数: 0

摘要

:木瓜是一种热带植物,在印度尼西亚广泛种植。木瓜籽的纤维素含量很高,因此木瓜籽可以用作吸附剂(生物吸附剂)的原料。生物吸附剂通过吸收包括重金属在内的各种类型的液体废物来减少环境污染。铁是一种必需的重金属,如果过量会引起毒性作用。木瓜籽生物吸附法是降低废水中铁离子含量的方法之一。本研究的目的是确定木瓜籽作为生物吸附剂降低废水中铁离子的有效性。以及接触时间的变化,以确定木瓜籽粉末吸收重金属的最佳粒径和接触时间。结果表明,吸附剂的最佳粒径为100目,最佳接触时间为60分钟。废水中(Fe)金属离子的吸附效率为60%,吸附容量值为0.365mg/g。吸附过程的动力学模型是伪二阶的。
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Utilization of Papaya Seed Powder as a Bioadsorben to Reduce Total Iron (Fe) in Wastewater
: Papaya is a tropical plant that is widely cultivated in Indonesia. Papaya seeds have a high cellulose content, so that papaya seeds can be used as raw material for adsorbents (biosorbents). Biosorbent is used to reduce environmental pollution through the absorption of various types of liquid waste including heavy metals. Fe is an essential heavy metal if in excess amounts can cause toxic effects. One of the methodes to reduce of iron ion in wastewater is the adsorption method is using papaya seed biosorbents. The aim of study was to determine the effectivness of using papaya seedd as bioadsorbent to reduce of iron ion in the wastewater. and contact time variations in order to determine the optimum particle size and contact time of papaya seed powder to absorb the heavy metals. The results show that the optimum adsorbent particle size was 100 mesh and the optimum contact time was 60 minute. The adsorption efficiency of (Fe) metal ions in wastewater was 60%, the adsorption capacity value was 0.365 mg/g. Kinetic modelling of adsorption process is pseudo second order.
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