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학술논문경영과학2017.12 발행

매립형 비점오염 저감장치의 성능분석(데이터를 사용한 건설부문 사례)

Efficiency Analysis for Decrease Apparatus of Non-Point Pollution in Reclamation(Case in Construction Field Using Data)

이종석(한밭대학교); 김치곤(한밭대학교); 김수정(한밭대학교)

34권 4호, 153~162쪽

초록

This study is a case in construction field using data that aims to practical use by developing the reduction equipment of non-point sources pollution which can be decreased the pollution of water quality from the initial rainfall caused at the bridge or the accessible-footbridge of friendly-water installed on a highway that passes over a stream. In order to utilize for the device of medium-sized using the model which produced from the pre-studied by the small-sized, and the efficiency in reducing was analyzed on the biochemical oxygen demand (BOD), chemical oxygen demand (COD), the total nitrogen (T-N), and suspended solid (SS) that carried out performed with the laboratory and the filed experimental study. As a result, the decrease apparatus confirmed excellent the equipment that an averaged removal efficiencies were achieved to 80.5% for BOD, 82.9% for COD, 66.6% for T-N, and 89.4% for SS, respectively.

Abstract

This study is a case in construction field using data that aims to practical use by developing the reduction equipment of non-point sources pollution which can be decreased the pollution of water quality from the initial rainfall caused at the bridge or the accessible-footbridge of friendly-water installed on a highway that passes over a stream. In order to utilize for the device of medium-sized using the model which produced from the pre-studied by the small-sized, and the efficiency in reducing was analyzed on the biochemical oxygen demand (BOD), chemical oxygen demand (COD), the total nitrogen (T-N), and suspended solid (SS) that carried out performed with the laboratory and the filed experimental study. As a result, the decrease apparatus confirmed excellent the equipment that an averaged removal efficiencies were achieved to 80.5% for BOD, 82.9% for COD, 66.6% for T-N, and 89.4% for SS, respectively.

발행기관:
한국경영과학회
DOI:
http://dx.doi.org/10.7737/KMSR.2017.34.4.153
분류:
경영학

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매립형 비점오염 저감장치의 성능분석(데이터를 사용한 건설부문 사례) | 경영과학 2017 | AskLaw | 애스크로 AI