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BIO-CLOD를 이용한 하수 슬러지 탈수성 개선 효과분석

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영문명
Improvement of Sewage Sludge Dewaterability using BIO-CLOD
발행기관
한국환경보건학회
저자명
성일화(Il-Wha Sung)
간행물 정보
『1. 한국환경보건학회지』제41권 제5호, 327~334쪽, 전체 8쪽
주제분류
공학 > 환경공학
파일형태
PDF
발행일자
2015.10.30
4,000

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국문 초록

영문 초록

Objectives: In order to review both the effects of sewage sludge dewaterability and deodorizing ability in the existing advanced sewage treatment process, BIO-CLOD (a solidified mixture of 10% Bacillus concentrate and inorganics) was used as an inorganic conditioner effective for deodorization treatment in addition to the removal of organic matter and nutritive salts. Methods: Sludge dewaterability was evaluated using specific resistance to filtration (SRF) experiments with six agitators and two types of commercially available BIO-CLOD; one that is made by grinding solid matter (powdered BIO-CLOD) and one that has been obtained by sieving a separation with a particle diameter of 100 mesh (100 mesh BIO-CLOD). For deodorization odor treatment experiments, 20 g of commercially available solid BIO-CLOD was submerged in four liters of sewage sludge and mixed and agitated for 45 days. Results: When BIO-CLOD was injected into sewage sludge to experimentally compare specific resistance to filtration (SRF), the optimum amount of BIO-CLOD to be injected was shown to be 2% w/v and the SRF value in this case was 1.35x 10 12 m/kg. pH changes following BIO-CLOD injection were within 6.5-7.0. By 14 days after submerging BIO-CLOD into the sewage sludge to evaluate its deodorizing ability, H 2 S decreased by 68% and methyl mercaptan decreased by 74%. By 45 days after the submergal, both items decreased by 100%, indicating deodorizing ability. Conclusion: To compare the levels of dewaterablity of sewage sludge at different particle sizes of inorganic conditioner, powdered BIO-CLOD, particle size 100 mesh BIO-CLOD, and bentonite were tested. It could be seen that as the powdered BIO-CLOD increased, the precipitability increased up to 62% in 30 minutes. As an inorganic conditioner, BIO-CLOD was identified as a stable sludge conditioner that does not affect pH.

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APA

성일화(Il-Wha Sung). (2015).BIO-CLOD를 이용한 하수 슬러지 탈수성 개선 효과분석. 1. 한국환경보건학회지, 41 (5), 327-334

MLA

성일화(Il-Wha Sung). "BIO-CLOD를 이용한 하수 슬러지 탈수성 개선 효과분석." 1. 한국환경보건학회지, 41.5(2015): 327-334

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