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Several Problems in the Water Course Comprehensive Improvement Work in Shenzhen
Published 2007-01-01Get full text
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Several Problems in Budget Management of Shenzhen Water Administrative Sector
Published 2009-01-01Get full text
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Study on Method of Water Supply Quantity Distribution of Shenzhen City
Published 2003-01-01Get full text
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Development of Flood Control Management System for Downtown Shenzhen City
Published 2007-01-01Get full text
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Technical Problems of Tunneling of Water Diversion Project in East Shenzhen
Published 2001-01-01Get full text
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Machine Learning-based Water Quality Forecasting for Shenzhen Bay
Published 2024-07-01Subjects: Get full text
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27
Water Pollution Treatment Technology for Lichee Lake in Shenzhen City
Published 2007-01-01Get full text
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Approach to Operation Mode of Water Environment Comprehensive Improvement Project in Shenzhen
Published 2004-01-01Get full text
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29
Integration, Game, and Sustainable Development of Shenzhen Port Based on Governmental Regulations
Published 2022-01-01“…The internal integration, game, and sustainable development of Shenzhen Port play key roles in developing a synergy mechanism among Guangdong-Hong Kong-Macau Greater Bay Area (GBA) ports. …”
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Research and Application of Urban Flood Model in Shenzhen River and Bay Basin
Published 2024-05-01Subjects: Get full text
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31
Encounter Risk Analysis of Rainfall and Tide in Shenzhen Based on Copula Function
Published 2021-01-01Subjects: Get full text
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32
Design and Application of Soil and Water Conservation Management Information System in Shenzhen
Published 2024-01-01“…The Shenzhen Soil and Water Conservation Management Information System was developed within the framework of smart cities and smart water management,taking into consideration the characteristics of soil and water conservation business in Shenzhen.The system ensures unified storage and management of water-related data,consisting of five major subsystems,including scheme management,supervision and inspection,historical trend visualization,real-time warnings,and other key modules.By establishing a business supervision platform,it enables comprehensive supervision and management throughout the entire process.Additionally,the integration of intelligent models has greatly enhanced the decision-making and evaluation system for management personnel,thereby significantly improving the efficiency of both management and operational staff.The system integrates multiple functions, including data management,business support,model-based decision-making, data visualization,and real-time alerting.It effectively addresses various challenges encountered in the information construction of soil and water conservation in Shenzhen,such as insufficient information processing capacity,low levels of smart application,lack of unified business sources and data format standards,and difficulties in information sharing and access,ensuring that the information system effectively supports business requirements.…”
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Key Technology in Water Environmental Overall Regulation in Xinzhou River in Shenzhen
Published 2008-01-01Get full text
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Introduction of Automatic Monitoring System for Source Water in Dongjiang River in Shenzhen
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Approach to the Basic Technical Thought of Comprehensive Improvement of Water Environment for Shenzhen City
Published 2005-01-01Get full text
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Application of GPS in the Information System of Soil and Water Conservation Management of Shenzhen City
Published 2003-01-01Get full text
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38
Discussion on the Application of Water Environment Treatment and Three-water Separation Project in Shenzhen
Published 2022-01-01“…To fulfill the overall requirement of long-term cleanliness and sustainable development of the water environment in Shenzhen,this paper investigates the Longgang River Basin Water Environment Management Project to propose a general three-water separation plan that integrates “closed sewage system,open rainwater system,and efficient interception system”.Tracing to the source and diversion of key outlets and sewage interception transformation are carried out to release the clean base flow,drive the sewage system to be relatively independent from the initial light rain system,and ultimately to slow down non-point source pollution,improve the quality and efficiency of the sewage treatment plant,and strengthen the operation and maintenance scheduling of the pipe network system.With the implementation of the three-water separation project,the influent biochemical oxygen demand (BOD) concentration of the sewage treatment plant in the Longgang River Basin is significantly lower than that in 2019 after the second half of 2020.Therefore,applying the three-water separation project to water environment treatment is essential for fulfilling the assessment requirements on water control and quality improvement in Shenzhen and accomplishing relevant construction tasks.…”
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Selection of the Type of the Major Dam for the Upper Reservoir in the Shenzhen Pumped Storage Station
Published 2006-01-01Get full text
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Approach to Comprehensive Improvement Measures for Water Environment of Xinzhou River, Shenzhen City
Published 2004-01-01Get full text
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