Research on Hydrodynamic Force Enhancement and Water Environment Protection Measures of Dachan Bay, Shenzhen

With the research purpose of protection of water environmental quality in Dachan Bay Area in Shenzhen City, especially in National Development Zone in Qianhai Area, this paper establishes a horizontal two-dimensional water quality model of Dachan Bay and its branches by the use of WQ Module of Delft...

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Main Authors: Lv Wenbin, Wu Xiaoming
Format: Article
Language:English
Published: EDP Sciences 2015-01-01
Series:MATEC Web of Conferences
Subjects:
Online Access:http://dx.doi.org/10.1051/matecconf/20152501009
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spelling doaj-533074a3b64742d7861b15fc7e05f2802021-02-02T04:01:16ZengEDP SciencesMATEC Web of Conferences2261-236X2015-01-01250100910.1051/matecconf/20152501009matecconf_emme2015_01009Research on Hydrodynamic Force Enhancement and Water Environment Protection Measures of Dachan Bay, ShenzhenLv Wenbin0Wu Xiaoming1The Pearl River Hydraulic Research InstituteThe Pearl River Hydraulic Research InstituteWith the research purpose of protection of water environmental quality in Dachan Bay Area in Shenzhen City, especially in National Development Zone in Qianhai Area, this paper establishes a horizontal two-dimensional water quality model of Dachan Bay and its branches by the use of WQ Module of Delft 3D. And this paper respectively simulates distribution of water quality in full high flow year, normal flow year and low flow year before and after the implementation of protection measures, predicts the effect of the water environment protection measures and focuses on the analysis of two kinds of hydrodynamic force enhancement pat-terns, that is, “water replenishing in dead zones” and “pollution discharge at back doors”, and finally recommends water environment protection measures with the core of “pollution discharge at back gates” by taking full advantage of natural dynamic, thus obtaining a better effect than that of the traditional “water replenishing in dead zones”.http://dx.doi.org/10.1051/matecconf/20152501009water environment protectionhydrodynamic force enhancementwater quality modelingDachan Bay
collection DOAJ
language English
format Article
sources DOAJ
author Lv Wenbin
Wu Xiaoming
spellingShingle Lv Wenbin
Wu Xiaoming
Research on Hydrodynamic Force Enhancement and Water Environment Protection Measures of Dachan Bay, Shenzhen
MATEC Web of Conferences
water environment protection
hydrodynamic force enhancement
water quality modeling
Dachan Bay
author_facet Lv Wenbin
Wu Xiaoming
author_sort Lv Wenbin
title Research on Hydrodynamic Force Enhancement and Water Environment Protection Measures of Dachan Bay, Shenzhen
title_short Research on Hydrodynamic Force Enhancement and Water Environment Protection Measures of Dachan Bay, Shenzhen
title_full Research on Hydrodynamic Force Enhancement and Water Environment Protection Measures of Dachan Bay, Shenzhen
title_fullStr Research on Hydrodynamic Force Enhancement and Water Environment Protection Measures of Dachan Bay, Shenzhen
title_full_unstemmed Research on Hydrodynamic Force Enhancement and Water Environment Protection Measures of Dachan Bay, Shenzhen
title_sort research on hydrodynamic force enhancement and water environment protection measures of dachan bay, shenzhen
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2015-01-01
description With the research purpose of protection of water environmental quality in Dachan Bay Area in Shenzhen City, especially in National Development Zone in Qianhai Area, this paper establishes a horizontal two-dimensional water quality model of Dachan Bay and its branches by the use of WQ Module of Delft 3D. And this paper respectively simulates distribution of water quality in full high flow year, normal flow year and low flow year before and after the implementation of protection measures, predicts the effect of the water environment protection measures and focuses on the analysis of two kinds of hydrodynamic force enhancement pat-terns, that is, “water replenishing in dead zones” and “pollution discharge at back doors”, and finally recommends water environment protection measures with the core of “pollution discharge at back gates” by taking full advantage of natural dynamic, thus obtaining a better effect than that of the traditional “water replenishing in dead zones”.
topic water environment protection
hydrodynamic force enhancement
water quality modeling
Dachan Bay
url http://dx.doi.org/10.1051/matecconf/20152501009
work_keys_str_mv AT lvwenbin researchonhydrodynamicforceenhancementandwaterenvironmentprotectionmeasuresofdachanbayshenzhen
AT wuxiaoming researchonhydrodynamicforceenhancementandwaterenvironmentprotectionmeasuresofdachanbayshenzhen
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