甘蔗渣、木屑和椰壳活性炭对桑巴斯河水颜色吸附能力的影响

Winda Apriani, Indra Perdana, Sri Puji Saraswati
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引用次数: 0

摘要

在印度尼西亚,清洁水的供应仍然是一个问题。桑巴斯市人民对清洁水的需求仍然依赖于河水。这条河水来自桑巴斯河,河水呈亮黄色(73.6 TCU),超过了第416/MEN号卫生事务条例所允许的清洁水的最高水平。KES/PER/IX/1990,为50 TCU,浊度低(23.3 TCU), pH值低(4.34)。这条河水的特点表明,桑巴斯河的水色是真实的颜色。这类水色的水平可以通过活性炭的吸附过程来降解。在印度尼西亚,特别是西加里曼丹,很容易从含有碳的废物来源中找到活性炭的原料,如甘蔗渣、木屑和椰子壳。因此,本研究以甘蔗渣、木屑和椰子壳为吸附剂,考察活性炭种类对桑巴斯河水颜色吸附的影响,并确定最佳用量和工艺时间。以甘蔗渣、木屑、椰壳为原料,在500℃温度下热解3.5 H,再用h3po45 %化学活化24 H,制备活性炭。水来自西加里曼丹桑巴斯Tanjung Mekar村的桑巴斯河。吸附过程采用了不同类型的活性炭(甘蔗渣、木屑和椰子壳);剂量(1、2、3、4、5%b/v);接触时间(10、15、30、60、90、120、180分钟)。结果表明,不同类型的活性炭材料在吸附过程中产生不同的颜色水平。间歇式工艺的最佳处理方法是用蔗渣活性炭吸附Sambas河水500 ml,最佳用量为2% b/v,最佳接触时间为90分钟。产生的水色水平在50.00-52.00 TCU之间(符合卫生事务条例第416/MEN.KES/PER/IX/1990号标准)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENGARUH JENIS ARANG AKTIF AMPAS TEBU, TATAL KAYU DAN TEMPURUNG KELAPA TERHADAP KEMAMPUAN PENJERAPAN WARNA AIR SUNGAI SAMBAS
The availability of clean water still poses problems in Indonesia. The need of clean water for Sambas City people still depends on river water. This river water comes from Sambas River which has bright yellow color (73.6 TCU), exceeding the allowed maximum level for clean water in accordance with the Regulation of Health Affairs No.416/MEN.KES/PER/IX/1990, which is 50 TCU, with low turbidity (23.3 TCU) and low pH (4.34). The characteristics of this river water indicate that the water color of Sambas River is true color. Level of this type of water color can be degraded by adsorption process using activated charcoal. It is easy to find raw materials of activated charcoal from waste sources containing carbon in Indonesia, especially West Kalimantan, such as bagasse, wood chips and coconut shell. Therefore, this research was conducted to identify the influence of activated charcoal types of bagasse, wood chips and coconut shell which are used as adsorbent to adsorp the color of Sambas river water and to identify the optimum dosage and duration of the process. Activated charcoal was made of bagasse, wood chip and coconut shell through pyrolysis process at a temperature of 500 0 C for 3.5 hours followed by chemical activation process using H 3 PO 4 5% for 24 hours. The water was from Sambas river, Tanjung Mekar Village, Sambas, West Kalimantan. The adsorption process employed various types of activated charcoal (bagasse, wood chips and coconut shell); dosage (1, 2, 3, 4 and 5%b/v); and contact time (10, 15, 30, 60, 90, 120 and 180 minutes). The results indicated that different types of activated charcoal material in the adsorption process give different color level. The best treatment of batch process with 500 ml of Sambas river water was from the adsorption using activated charcoal of bagasse with an optimum dosage of 2% b/v and optimum contact duration of 90 minutes. It produced water color level between 50.00-52.00 TCU (meeting the standard of the Regulation of Health Affairs No.416/MEN.KES/PER/IX/1990).
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