"看镜头，比个心，对，就这样，完美！"随着单反相机快门的按键声，黄铭姝和室友的合影定格在屏幕里， 背景就是朱家桥尾水净化生态公园的观鸟塔。 创新项目投融资模式，将公园打包并入"厂网一体"项目实施范围；采取"微改造"模式，通过清淤疏浚、水系 连通和植被修复，打造集尾水净化、雨水调蓄等功能于一体的湿地生态公园。 "我们是从小红书上刷到的，特地约着一起过来，打打卡、拍拍照。"黄铭姝意犹未尽，接着又录了一段短视 频。 就读于安徽师范大学美术学院三年级的黄铭姝，虽然老家在皖北，但来芜湖上学这三年，没少外出写生，第 一次来到朱家桥尾水净化生态公园，就有了一种相见恨晚的感觉。 公园内既有碧波荡漾的水面，又有郁郁葱葱的植被，除了可以与花草树木相伴，还不时能看见一行白鹭在空 中掠过，成群鱼儿在水底嬉戏，俨然长江之畔的一处"世外桃源"。 朱家桥尾水净化生态公园，位于芜湖市镜湖区西北部，紧挨长江，是一座集环境保护、生态景观、文化科 普、运动休闲于一体的开放型水生态公园。 自建成投运以来，这里成了市民游客亲水、观鸟、赏景、健身的新去处。漫步在公园的小径上，可以感受到 江风拂面、花香扑鼻的惬意，用黄铭姝的话说，简直就是芜湖的"宝藏公园 ...

Core Insights - The Nantong Hongjiang wastewater treatment plant's tailwater wetland project, constructed by Suzhou Urban Investment Environment Company, has successfully passed inspection and is now operational [1][2] Group 1: Project Overview - The project is located on the east side of the tailwater discharge outlet of the Nantong Hongjiang wastewater treatment plant, covering an area of approximately 19,000 square meters, with a designed tailwater treatment capacity of 47,000 tons per day [1] - The wetland consists of three core components: biochemical ecological pool, surface flow wetland, and anti-siltation subsurface flow wetland, which work together to achieve efficient water purification [1] Group 2: Technological Innovations - The biochemical ecological pool has been optimized from traditional ecological pond technology, enhancing its processing capacity by over five times compared to conventional wetlands, allowing it to quickly adapt to varying water load changes [1] - The anti-siltation subsurface flow wetland employs ultra-fine fiber carriers to effectively remove sewage impurities, addressing the issue of wetland system siltation, while precise aeration facilitates repeated biochemical treatment, significantly degrading common pollutants in the water ecosystem [1] Group 3: Environmental Impact - After the wetland's operation, organic matter, nitrogen, phosphorus, and other pollutants in the treated tailwater will be effectively removed through the synergistic purification action of native microorganisms and aquatic plants such as yellow flag iris and water caltrop, ensuring that the effluent meets Class IV surface water standards before entering the Yangtze River [2] - The entire purification process relies solely on natural forces without the addition of chemical agents, achieving deep purification of tailwater and regional ecological conservation [2] Group 4: Company Background - Suzhou Urban Investment Environment Company has successfully developed several ecological water environment projects, including the Taicang Port City Group wastewater treatment plant's ecological wetland project, recognized as a benchmark project under the Yangtze River protection strategy [2] - Another significant project, the Yangcheng Lake aquatic vegetation restoration and long-term operation management project, is the first ecological restoration project targeting open functional lakes in the province, utilizing an innovative "seed bank + plant" model to create a "submerged forest" that enhances water quality and environmental capacity [2]