中山市智慧排水平台

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广东中山:治水三年,踏平坎坷成大道
Nan Fang Nong Cun Bao· 2025-07-01 06:03
Core Viewpoint - The article highlights the significant improvements in water management and environmental restoration in Zhongshan, Guangdong, over the past three years, transforming it from a negative example of water pollution to a positive model of ecological recovery and economic growth [2][21]. Group 1: Water Management Achievements - Zhongshan has made substantial progress in water pollution control, with the urban sewage collection rate increasing from 45% to 84% and rural sewage treatment rate rising from 25% in 2021 to 98% [11][12]. - The city has constructed over 6,450 kilometers of sewage pipelines, effectively eliminating black and odorous water bodies in urban areas [10][18]. - The city has successfully transformed 106 main rivers, removing the worst pollution categories (Class V) [10][17]. Group 2: Economic Impact - The improvements in water quality have attracted numerous high-quality enterprises, leading to a 96.7% increase in industrial investment compared to 2021, marking a significant turnaround from a decade of negative growth [17][18]. - The GDP of Zhongshan is projected to exceed 400 billion yuan for the first time, indicating a robust economic recovery linked to environmental initiatives [16][17]. Group 3: Community Involvement and Governance - The local government has established a comprehensive water pollution control command, involving various levels of leadership and community participation in the management and oversight of water projects [28][30]. - Innovative mechanisms such as "four-party acceptance" and "five-party joint review" have been implemented to ensure transparency and community involvement in project evaluations [35][36]. Group 4: Future Sustainability Initiatives - Zhongshan is focusing on sustainable practices, including the establishment of artificial wetlands to enhance water quality and manage stormwater effectively [70][72]. - The city has adopted smart water management technologies, integrating IoT systems for real-time monitoring and management of water resources [81][84].