跟随着空中盘旋的红嘴鸥，记者登上这座由3艘作业船组成的"移动治水堡垒"，只见船体末端，大 块经过处理的黑色泥块从传送带上掉落。"经过500多米长的输泥管道，抽吸而来的泥浆会被输送到除杂 调絮船上进行无害化和净化处理，再经过16台高效板框压滤机的压榨，最终变成一块块被'精制'的方形 泥饼，再由泥驳船运往陆地循环利用。"中交天航局太湖项目部经理李大伟告诉记者，自2024年3月投用 以来，"太湖之星"已完成300万立方米淤泥处理，相当于每天为太湖"减负"3.2个标准游泳池的淤泥。 淤泥，曾是太湖治理的"顽疾"。极高的氮磷含量使其成为蓝藻暴发的"温床"，底泥清淤成为太湖治 理的关键环节。去年，太湖无锡水域生态清淤全域推进，"星光CP"和数十艘清淤船在梅梁湖、竺山湖 和太湖宜兴等水域同步作业，全年共完成清淤超500万立方米。据统计，自2007年以来，无锡已累计清 淤超3700万立方米，占全太湖总清淤量的70%以上。 不仅如此，无锡还承担了全省九成的太湖蓝藻打捞量。2023年以来，无锡完成梅梁湖蓝藻离岸防控 工程（二期）和七里堤蓝藻处置工程，累计打捞蓝藻583万吨，并依托已建成的15座藻水分离站和26座 加压控藻深井，构 ...

太湖清淤"星光"CP "太湖美，美就美在太湖水。"习近平总书记对太湖治理一直十分牵挂、寄予厚望，多次作出重要指示。2023年，在参加十四届全国人大一次会议江苏代表团 审议时，习近平总书记专门询问了太湖水质，"没有蓝藻了吧？"强调"在生态上一定要把握住"。 在总书记的殷殷嘱托下，太湖综合治理取得突破，2024年水质总体达到Ⅲ类，创30年来最好水平，首次全年达到国家良好湖泊标准。2025年，太湖连续第十 八年实现安全度夏，交出了一张"碧水安澜"的优异答卷。日前，青青改革者、中交天航局太湖项目党支部书记王冰，讲述了他们如何通过改革创新，为大型 湖泊的生态治理提供了全新方案。 2025年8月15日，"太湖之光"全面投产，这是我国自主研发的世界首套生态清淤绿色智能一体化水上平台。值得一提的是，太湖底的淤泥经过"太湖之光"一 系列处理后，像极了一块块"巨型巧克力"。因此，有不少人说"太湖之光"就像是一座建在湖面上的"巧克力工厂"。 "太湖之光"在无锡宜兴太湖水域投入使用 早于"太湖之光"打造的"太湖之星"，被视为"清淤利器"的1.0版，在2024年问世，日清淤量5000立方米。如今，"太湖之星"和"太湖之光"分别在太湖的 ...

在总书记的殷殷嘱托下，太湖综合治理取得突破，2024年水质总体达到Ⅲ类，创30年来最好水平，首次全年达到国家良好湖泊标准。2025年，太湖连续第十 八年实现安全度夏，交出了一张"碧水安澜"的优异答卷。日前，青青改革者、中交天航局太湖项目党支部书记王冰，讲述了他们如何通过改革创新，为大型 湖泊的生态治理提供了全新方案。 06:01 "太湖美，美就美在太湖水。"习近平总书记对太湖治理一直十分牵挂、寄予厚望，多次作出重要指示。2023年，在参加十四届全国人大一次会议江苏代表团 审议时，习近平总书记专门询问了太湖水质，"没有蓝藻了吧？"强调"在生态上一定要把握住"。 来源：现代快报 2025年8月15日，"太湖之光"全面投产，这是我国自主研发的世界首套生态清淤绿色智能一体化水上平台。值得一提的是，太湖底的淤泥经过"太湖之光"一 系列处理后，像极了一块块"巨型巧克力"。因此，有不少人说"太湖之光"就像是一座建在湖面上的"巧克力工厂"。 "太湖之光"在无锡宜兴太湖水域投入使用 早于"太湖之光"打造的"太湖之星"，被视为"清淤利器"的1.0版，在2024年问世，日清淤量5000立方米。如今，"太湖之星"和"太湖之光"分别在 ...

Core Viewpoint - The article highlights the launch of 20 advanced domestic products during the "Double 11" shopping festival, showcasing China's technological innovations across various sectors, including aerospace, renewable energy, and artificial intelligence [3][6]. Group 1: Product Highlights - The Tianchi-11 hydrogen energy drone system, developed by Chengdu Aircraft Industrial Group, is featured prominently, showcasing its capabilities and specifications, including a maximum takeoff weight of 25 kg and a flight speed of 90 km/h [5]. - The world's largest 26 MW offshore wind turbine, developed by Dongfang Electric Group, sets new records for single-unit capacity and rotor diameter, with an annual power generation capacity of 100 million kWh, sufficient for 55,000 households [5]. - Other notable products include the first domestically designed deep-sea drilling ship "Dream" with a maximum drilling depth of 11,000 meters and the world's first variable-diameter shield tunneling machine [3][4]. Group 2: Market Impact and Public Reception - The launch of these products has sparked significant online discussion, with many netizens expressing admiration for the technological achievements, viewing the event as a showcase of national innovation rather than a typical shopping promotion [2][4]. - The event serves as a platform for promoting Chinese manufacturing and technology, with the products not available for purchase but instead aimed at raising awareness and providing information for potential government and enterprise procurement [6].

Core Viewpoint - The article highlights the launch of "Taihu Light," an eco-friendly dredging platform developed in China, which represents a significant advancement in water management and ecological restoration in the Taihu Lake region, showcasing the integration of technology and environmental protection efforts [1][2]. Group 1: Technological Innovation - "Taihu Light" is described as a world-first ecological dredging platform, capable of processing 8,000 cubic meters of sediment daily, effectively purifying water quality while simultaneously addressing sediment issues [1][2]. - The platform operates with full automation, achieving surface water Class III standards for discharged water, demonstrating China's capabilities in autonomous water management technology [2]. Group 2: Environmental Impact - The implementation of "Taihu Light" has contributed to the significant improvement of Taihu Lake's water quality, marking the best conditions in 30 years, reflecting the successful integration of technology and governance practices [2]. - The project emphasizes the principle of "green development," showcasing a systematic and refined approach to ecological governance in the Taihu region [1]. Group 3: Collaborative Efforts - The success of the "Taihu Light" project is attributed to the teamwork and dedication of young engineers, who are committed to protecting the ecological integrity of Taihu Lake [2]. - The collaboration between "Taihu Light" and "Taihu Star" enhances the overall effectiveness of water management efforts in the region, illustrating a strong synergy in ecological restoration initiatives [1].

Core Insights - The Yangtze River Economic Belt is a crucial support for the development of the Chinese nation, covering 11 provinces and cities, accounting for approximately 21% of the country's land area [1] - The focus is on ecological protection and restoration rather than large-scale development, leading to significant achievements in environmental conservation and a transformation in development methods [1] - The region is experiencing enhanced collaboration, with a trend towards comprehensive internal and external openness [1] Group 1 - Shanghai serves as the leading city and core engine of the Yangtze River Economic Belt, with the Xuhui Riverside becoming a vital growth area for the city's economy [3] - The Ningbo-Zhoushan Port is the world's largest in terms of cargo throughput and third in container throughput, with a total of 308 maritime routes [7] - The ecological restoration efforts in Taihu Lake are exemplified by the "Taihu Light," an innovative ecological dredging platform capable of cleaning 8,000 cubic meters of sediment daily [5] Group 2 - The Ten-Mile River Bay Park in Wuhu has transformed from a "dock gathering area" to an "ecological civilization model," enhancing the natural landscape and recreational opportunities for citizens [9] - The Jiangxi section of the Yangtze National Cultural Park emphasizes ecological and cultural preservation, creating a harmonious natural space along the river [10] - The Wuhan Yangtze River Bridge has significantly improved transportation efficiency and facilitated economic collaboration between northern and southern regions of China [12] Group 3 - The Dongting Lake, known as the "kidney of the Yangtze," is undergoing systematic governance to enhance flood control and ecological safety, supporting high-quality economic development [14] - The Chongqing area showcases a blend of historical culture and modern vitality, reflecting the innovative practices in the green transformation of the Yangtze Economic Belt [16] - The ecological protection measures in Sichuan's Hejiang County have led to a flourishing environment, with local initiatives ensuring the preservation of the Yangtze ecosystem [18] Group 4 - Guizhou's Hongfeng Lake is developing a tourism industry around its ecological resources, with 17 key rural tourism villages and 208 guesthouses established [20] - Yunnan plays a critical role in the ecological safety of the Yangtze River, with strict implementation of protection laws and initiatives to promote high-quality ecological development [22]

Core Insights - The "Taihu Light" integrated dredging platform has been fully operational since August 15, 2023, and is expected to dredge over 10 million cubic meters in the next six years, equivalent to the sediment of approximately 4,000 standard swimming pools [4][9] - This platform is an upgraded version of the "Taihu Star," with a daily dredging capacity increased by 1.6 times [4][9] Dredging Operations - The platform consists of multiple connected vessels forming a "floating factory" that integrates dredging, screening, dewatering, and purification functions [5] - The dredging process involves the "Taihu Junqing 2" vessel using a suction head to remove sediment, which is then transported through a pipeline to the "Taihu Light 1" screening vessel [6][7] Water Treatment and Environmental Impact - The "Taihu Light" has achieved the goal of not occupying land for sediment and not discharging wastewater onto land, significantly reducing land use and enhancing ecological efficiency [9][10] - The platform's water treatment system can process wastewater onboard, achieving a total nitrogen content of less than 1 mg/L, which is much stricter than land-based treatment standards [10] Technological Innovations - The platform employs advanced technologies for stable connections between vessels, ensuring effective operation even in challenging weather conditions [11] - A centralized control system with over 300 sensors allows for real-time monitoring and operation by a single operator, enhancing efficiency [12] Industry Development and Collaboration - The development of the "Taihu Light" is supported by a collaborative effort among 12 core manufacturers across dredging, shipbuilding, and water treatment industries [14] - The platform represents a significant leap in domestic dredging technology, moving from reliance on imported equipment to leading in innovation and efficiency [13][14]

Core Insights - The "Taihu Light" has been fully put into operation, capable of dredging over 10 million cubic meters of sediment in the next six years, equivalent to the volume of approximately 4,000 standard swimming pools [1] - This upgraded platform enhances daily dredging capacity by 1.6 times compared to its predecessor, "Taihu Star" [1] Equipment and Operation - The dredging operation utilizes multiple vessels connected to form a "mobile factory" on water, integrating functions such as dredging, screening, dewatering, and purification [3] - The "Taihu Light" employs advanced technology for sediment removal, including a precise suction head and a dual-layer screening system to filter out impurities [4] - The platform's modular design allows for flexible deployment across different water bodies, enhancing its adaptability and reuse value [5][6] Technological Innovations - The "Taihu Light" achieves significant land-saving and ecological efficiency by ensuring that sediment does not occupy land and that treated water does not need to be discharged onshore [6][7] - The platform's water treatment capabilities are highly efficient, with a design that allows for a treatment area significantly smaller than traditional land-based facilities, while achieving superior water quality standards [7][8] - Advanced connection technologies ensure stable operation even in adverse weather conditions, with a new safety positioning system that minimizes vessel movement [8] Industry Development - The evolution of dredging technology in China has progressed from outdated methods to advanced, integrated solutions, with the "Taihu Light" representing a leap in capabilities [9][10] - The demand for effective sediment management in China's lakes and rivers has driven innovation, with the dredging capacity of new equipment significantly surpassing previous models [10][11] - A collaborative effort among 12 core manufacturers has facilitated the rapid development of the "Taihu Light," showcasing the strength of industrial synergy in advancing domestic dredging technology [11]

Core Viewpoint - The article highlights the launch of "Taihu Light," an innovative integrated ecological dredging platform developed by China Communications Tianjin Navigation Bureau, which aims to address sediment issues in Taihu Lake without occupying land or negatively impacting the environment [1][2][3] Group 1: Company Overview - China Communications Tianjin Navigation Bureau has independently designed and developed the world's first ecological dredging platform, "Taihu Light," which officially commenced full production on August 15 [1] - The company faced significant challenges in developing this technology, as there were no existing precedents for an integrated dredging platform [2] Group 2: Technology and Innovation - "Taihu Light" utilizes advanced technologies, including the V-MBR (Vibrating Membrane Bioreactor) for efficient water treatment, allowing for the processing of sediment and wastewater entirely on the platform [3] - The platform is equipped with 15,000 sensors for intelligent operation, enabling real-time monitoring and adjustment of treatment parameters [3] Group 3: Environmental Impact - The platform addresses the long-standing issue of nutrient-rich sediment in Taihu Lake, which poses a threat to water quality despite improvements in recent years [1] - The innovative dredging method ensures that sediment does not occupy land and that treated wastewater meets surface water quality standards for direct discharge into the lake [3]

Core Insights - The article highlights the launch of the "Taihu Light," an eco-friendly intelligent integrated dredging platform designed by China Communications Tianjin Navigation Bureau, which will be deployed for ecological dredging in Taihu Lake [1][2] - The platform aims to complete over 10 million cubic meters of dredging tasks in the next six years, equivalent to reducing nearly 4,000 standard swimming pools' worth of sediment from Taihu Lake [1] Company Overview - The "Taihu Light" is a mobile ecological factory specifically tailored for Taihu Lake, addressing traditional dredging challenges such as large land occupation and poor adaptability [1] - The platform consists of five vessels, including the "Taihu Dredging No. 2," "Taihu Light No. 1," "Taihu Light No. 2," "Taihu Light No. 3," and a residual water treatment vessel, creating an ecological closed-loop system for dredging, screening, dewatering, and water purification [1][2] Technological Advancements - The residual water treatment vessel can stabilize water quality to meet Class III surface water standards, allowing for direct discharge into the lake [2] - The platform employs a smart construction system utilizing big data analysis and AI models for real-time monitoring and control, achieving a daily dredging capacity of 8,000 cubic meters [2] - The platform operates on clean shore power, resulting in zero oil consumption during operations, and the dredged sludge can be repurposed for wetland restoration and mine reclamation [2] Environmental Impact - In 2024, Taihu Lake is expected to achieve a historic breakthrough, with its water quality improving to Class III for the first time in 30 years [2] - However, the presence of nutrient-rich sediment accumulated over decades remains a significant challenge to the sustained improvement of water quality [2]