水质生态修复与湿地重建在城市水污染治理中的应用
The Application of Water Quality Ecological Restoration and Wetland Reconstruction in Urban Water Pollution Control
李宁 1玄令宾2
作者信息
- 1. 国电银河水务股份有限公司,山东 青岛 266001
- 2. 济宁银河水务有限公司,山东 济宁 272000
- 折叠
摘要
随着城市化进程的不断加速,城市水污染成为亟待解决的严重环境问题.本研究旨在探讨水质生态修复与湿地重建在城市水污染治理中的应用,以期为改善城市水体质量提供科学依据.通过对先进的生物修复技术、智能监测与管理系统的应用以及政策与管理的完善等展开深入研究,寻找一套可行、综合性的治理方案.研究结果表明,引入新一代生物修复技术,如转基因植物和微生物调控,能够显著提高水体净化效率,为城市水污染治理注入新的活力.智能监测与管理系统的应用为治理工作提供了实时监测和精准管理的手段,为科学决策提供了可靠的支持.此外,完善水质标准、加强湿地保护政策的推进,也为城市水污染治理提供了全面而有力的支持.综合而言,本研究为城市水污染治理提供了全方位、可行性强的解决方案,以期能为城市水环境的改善和可持续发展贡献一份力量.
Abstract
With the continuous acceleration of urbanization,urban water pollution has become a serious environmental problem that urgently needs to be solved.This study aims to explore the application of water quality ecological restoration and wetland reconstruction in urban water pollution control,in order to provide scientific basis for improving urban water quality.Through in-depth research on advanced bioremediation technologies,the application of intelligent monitoring and management systems,and the improvement of policies and management,the aim is to find a feasible and comprehensive governance plan.The research results indicate that introducing a new generation of bioremediation technologies,such as genetically modified plants and microbial regulation,can significantly improve water purification efficiency and inject new vitality into urban water pollution control.The application of intelligent monitoring and management systems provides a means of real-time monitoring and precise management for governance work,and provides reliable support for scientific decision-making.In addition,improving water quality standards and strengthening wetland protection policies have provided comprehensive and strong support for urban water pollution control.Overall,this study provides comprehensive and feasible solutions for urban water pollution control,with the aim of contributing to the improvement of urban water environment and sustainable development.
关键词
水质生态修复/湿地重建/城市/水污染/治理Key words
water quality ecological restoration/wetland reconstruction/city/water pollution/govern引用本文复制引用
出版年
2024
NETL
NSTL
万方数据