Rifqi Sufra, Latifah Latifah, Nurul Ajeng Susilo, Endi Adriansyah, Luki Anugrah Wati, Astri Yulia, M. Syaiful, Hariestya Viareco, Marhadi Marhadi, Muhammad Abdul Ghony, Peppy Herawati
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引用次数: 0
摘要
纸浆和造纸工业将剩下的树皮作为固体废物产生,当下雨时,这些固体废物堆积在那里会产生渗滤液,渗入地下,造成土壤和地下水污染。该木材废料可用作活性炭(吸附剂)处理渗滤液。研究分为吸附剂生产和渗滤液处理两个阶段。以NaOH和H2SO4溶液为活化剂活化树皮(树皮)生产活性炭,树皮(gr)的变化:活化剂(ml) = 20:100;50:200;70:300。渗滤液吸附工艺采用质量分别为2.5和5 g的活性炭,吸附时间分别为30、60和120分钟。NaOH活化后吸附剂含水量最低,为0.87%;H2SO4活化后吸附剂灰分最低,为0.79%。这仍然符合SII标准0258-88。当添加5 g H2SO4活化120 min的活性炭时变化最好,COD值下降52%,pH值下降7.32。从活性炭吸附剂活化的变化来看,酸性溶液在渗滤液处理中活化效果较好。
Pemanfaatan Sisa Kulit Kayu sebagai Karbon Aktif dalam Pengolahan Air Lindi Industri Pulp and Paper
The pulp and paper industry produces the remaining bark as solid waste, where this solid waste pile when it rains will produce leachate that seeps into the ground, causing soil and groundwater pollution. This wood waste can be used as activated carbon (adsorbent) for leachate treatment. The research was divided into two stages, namely adsorbent production and leachate treatment. Production of activated carbon from bark (bark) was activated using a solution of NaOH and H2SO4 as an activator, with variations of bark (gr): activator (ml) = 20:100; 50:200; 70:300. The leachate adsorption process used activated carbon with a mass of 2.5 and 5 g for 30, 60 and 120 minutes. The lowest adsorbent water content was 0.87% activated using NaOH, and the lowest ash content 0.79% when activated with H2SO4. This is still in accordance with the SII standard No.0258-88. The best variation occurred when the addition of activated carbon which was activated using 5 grams of H2SO4 for 120 minutes caused the most significant decrease in COD value of 52%, and pH 7.32. From the variations in the activation of activated carbon adsorbents, the activation of acidic solutions is better in leachate treatment.