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정수기용 입상활성탄소 필터의 흡착특성에 관한 고찰Adsorption Characteristics of Granular Activated Carbon Filter Used for Drinking Water Purifier

Other Titles
Adsorption Characteristics of Granular Activated Carbon Filter Used for Drinking Water Purifier
Authors
백영만김형진박제철
Issue Date
2008
Publisher
한국환경과학회
Keywords
Drinking water purifier; Activated carbon; Chloroform; Drinking water purifier; Activated carbon; Chloroform
Citation
한국환경과학회지, v.17, no.8, pp 899 - 905
Pages
7
Journal Title
한국환경과학회지
Volume
17
Number
8
Start Page
899
End Page
905
URI
https://scholarworks.bwise.kr/kumoh/handle/2020.sw.kumoh/22923
ISSN
1225-4517
2287-3503
Abstract
Quality test for activated carbon(AC) filter used for drinking water purifier is now an obligatory test and the standard material for valid purifying amount in water purifier performance test has been changed from residual chlorine to chloroform according to the notice of Ministry of Environment in 2006. Therefore, this study aimed to compare the ingredients of AC filters by confirming chloroform removal rate of AC filter and conducting 4 adsorption tests (Iodine, methylene blue decolorization, phenol value, ABS value) for AC filters provided by manufacturers. With water pressure of 1 kgf/cm2, 1,500 liters of prepared inflow went through to check chloroform removal rate. As a result, product with removal rate of below 60% from all products. On the other hand, 4 adsorption tests were conducted for filters in the market and filters from manufacturers. None of the products satisfied all 4 tests. In particular, they showed great shortage to the standard in phenol value and ABS value test. However, manufacturers' filter showed much better performance than filters in the market. Also, the result of valid purifying amount test for each of five products of appropriate product and inappropriate product based on filter quality test showed average 4,440 liters for appropriate product and average 2,620 liters for inappropriate product. According to the result, it is shown that the filter with good adsorption also had good chloroform removal efficiency and adsorption efficiency. Therefore, it is expected that customers can screen good quality product through obligatory conduct of filter quality test. However, it is considered that complementation in system is required for future inspection.
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Department of Environmental Engineering > 1. Journal Articles

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