香蕉皮(摩西的世纪框架)降低储水水平

Anny Thuraidah, Jasmadi Joko Kartiko, Lailan Febry Ariyani
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引用次数: 2

摘要

摘要:水是人类的基本需求。部分印尼人仍以井水为水源,由于人类活动和工业的增加,井水可能受到锰的污染。要使井水对人类有用,就需要对其进行处理。其中一种处理水的方法是吸附法,以厨余香蕉壳为原料,用干燥后的香蕉壳作为吸附剂,降低水中的锰含量。本研究旨在测定水中锰含量的降低。本研究采用真实的实验前测和后测研究设计,并设对照组。过硫酸盐研究仪器比色法和分光光度法测量。香蕉壳的添加量分别为0、06;0, 07年;0, 08年;0, 09年;0,1克。剂量累计减少到0;21, 84;32、34;44岁的56;和52岁的92%。在100毫升井水中,30分钟内,0.1克干香蕉壳的锰含量最大。从统计学上看,显著值为0,000 < 0.05 (α),说明干果香蕉壳的品种剂量影响了水中锰含量的降低。这些减少的方法可以作为提高水质的替代方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
KULIT PISANG KEPOK (Musa paradisiaca L.) UNTUK MENURUNKAN KADAR MANGAN AIR SUMUR
Abstract: Water is an essential requirement. Part of Indonesian people still using well as the source of water Resulting from the increased of human activity and industries, the well water maybe contaminated by manganese ( Mn). That is needed processing to make well water usefull for mankind. One of the type for processing water is the absorbtion methode .Banana shell was kitchen waste and the dried of Kepok Banana (Musa paradisiaca) Shell was used as adsobent to reduce Manganese level in water. This study aimed to determine the reduce of Manganese level in water. This research was real experiment pretest and posttest study design with a control group. Persulfate research instruments colorimetric and spectrophotometric measurements. The addition of the dose banana shell were 0,06 ; 0,07; 0,08; 0,09; 0,1 gram . By those dose cumulatively decreased to 0; 21,84; 32,34; 44,56; and 52,92%. The Manganese maximum reduced by 0,1 gram dried banana shell in 100 cc well water in 30 minutes. Stastically , the significan value was 0,000 less than 0,05(α) , it was meant that the variety dose of dried Kepok banana shell influence to decrease Manganese level in water. These decreased way can be used as an alternative to increase the water quality.
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