证券代码：603359 证券简称：东珠生态 公告编号：2025-050 东珠生态环保股份有限公司 关于2025年第二季度主要经营数据的公告 2025 年 4 月至 6 月，公司及子公司新签订生态修复类项目 2 项，合计金额 为人民币 350,086.80 万元。 二、本年累计新中标及签订项目的数量及合计金额 2025 年 1 月至今，公司及子公司新中标项目 3 项，合计金额为人民币 351,206.80 万元。新中标项目中，生态修复类项目 1 项、市政景观类项目 1 项。 2025 年 1 月至今，公司及子公司新签订生态修复类项目 5 项，合计金额为 人民币 353,935.40 万元。 上述合同均在执行中，公司未发生影响业绩的重大事项，公司主营业务的各 项经营活动一切正常。 特此公告。 东珠生态环保股份有限公司 本公司董事会及全体董事保证本公告内容不存在任何虚假记载、误导性陈述 或者重大遗漏，并对其内容的真实性、准确性和完整性承担个别及连带责任。 东珠生态环保股份有限公司（以下简称"公司"）根据《上海证券交易所上市 公司自律监管指引第 3 号——行业信息披露》的相关规定，现将 2025 年第二季 度主要经营 ...

Core Viewpoint - The article emphasizes the significant ecological restoration and sustainable development efforts along the Yangtze River in Suzhou, highlighting the transformation from industrial exploitation to ecological preservation and green development [1][2][3]. Group 1: Ecological Restoration Efforts - Suzhou has implemented the "co-grasping major protection, not engaging in major development" policy, focusing on ecological priority and green development [1]. - The transformation of Zhangjiagang Bay, where 75% of the production shoreline has been converted to ecological shoreline, exemplifies the success of these efforts [2]. - The average number of Yangtze River dolphins observed in the Suzhou section increased from 1.3 in 2018 to 3.1 in 2023, indicating improved ecological conditions [5][6]. Group 2: Biodiversity and Environmental Improvements - The biodiversity index in the Suzhou section of the Yangtze River has shown significant improvement, with 15 species of benthic animals and 52 species of algae recorded in 2022, compared to pre-fishing ban levels [5][6]. - The water quality in the region has improved, with the water quality of local rivers rising from a poor category to a moderate level due to strict environmental regulations [2][6]. - Suzhou's ecological restoration projects have added nearly 5,000 acres of green space and implemented over 700 river management projects [2][6]. Group 3: Cultural and Economic Development - The integration of cultural heritage and tourism in areas like the ancient town of Shaxi and the development of eco-parks have revitalized local economies while preserving cultural identity [7][8]. - The establishment of a comprehensive ecological park at Huangsipupu, which combines historical and ecological resources, showcases the potential for sustainable tourism [8]. - The investment in infrastructure and eco-friendly facilities along the river has led to increased tourism, with some villages attracting over 200,000 visitors annually [8].

Group 1 - The company, Guanzhong Ecological (300948.SZ), announced that it has received a "Notice of Winning Bid" for the construction project of the urban and rural water supply enhancement and renovation in Boshan District, with a bid amount of 240 million yuan [1] - The project has a construction period of 351 calendar days [1] - As of the announcement date, the company and its consortium have not yet signed a formal project contract with the bidding unit, indicating uncertainty regarding the successful signing of the formal project contract [1]

Group 1 - The company, Guanzhong Ecological (300948), has received a bid notification for the construction project of the urban water supply enhancement and renovation in Boshan District, with a contract value of 240 million yuan [1] - The project has a construction period of 351 calendar days [1]

Core Viewpoint - Urban ecological restoration is becoming a crucial support for promoting high-quality urban development, as highlighted in the recent Central Urban Work Conference, which aims to build modern, innovative, livable, beautiful, resilient, civilized, and smart cities [1][7]. Group 1: Urban Ecological Restoration Initiatives - The "Opinions" document outlines eight tasks, one of which focuses on restoring urban ecosystems, emphasizing the importance of ecological restoration in creating good urban areas [1][2]. - The approach to urban ecological restoration is shifting from traditional greening to a more integrated practice that considers ecological value, social benefits, and public interest [1][2]. Group 2: Sustainable Ecological Framework - The restoration of urban ecosystems includes building a continuous and complete urban ecological infrastructure, accelerating the repair of damaged mountains and mining subsidence areas, and promoting sponge city construction [2]. - The transition from "point governance" to "network construction" is forming a sustainable ecological safety pattern based on mountain-water patterns, green corridors, and wetland systems [2]. Group 3: Case Studies of Ecological Restoration - The Haizhu Wetland project in Guangzhou aims to enhance ecological functions and biodiversity while activating surrounding high-quality green districts [3]. - The ecological restoration project in the Fenjia River basin focuses on improving water quality and biodiversity through various ecological restoration measures [3]. Group 4: New Development Dynamics - Urban ecological restoration is seen as a platform for cultivating new development dynamics, with a shift from resource environment control to ecological asset creation [4]. - The "One City, One Color" ecological restoration project in Jinan combines ecological restoration with functional enhancement, boosting cultural tourism and local economic development [4]. Group 5: Long-term Sustainable Operations - Transitioning from "project-driven" to "mechanism-driven" approaches is key for sustainable urban renewal, with a focus on collaborative governance involving government, market, and public participation [6][7]. - The Liangma River cultural economic belt project exemplifies how ecological restoration can enhance urban vitality and promote a vibrant waterfront experience [6][7].

Core Viewpoint - Urban ecological restoration is becoming a crucial support for promoting high-quality urban development, with a focus on creating modern, livable, beautiful, resilient, civilized, and smart cities [1][7]. Group 1: Urban Ecological Restoration Initiatives - The "Opinions" document outlines eight tasks, one of which is to restore urban ecosystems, emphasizing the importance of ecological restoration in urban development [1]. - The Ministry of Housing and Urban-Rural Development emphasizes the "Four Good" construction, where urban ecological system restoration is a key component of good urban development [1]. - The shift from traditional greening to a more integrated approach that considers ecological value, social benefits, and public interest is highlighted [1][2]. Group 2: Sustainable Ecological Framework - The restoration of urban ecosystems includes building a continuous and complete urban ecological infrastructure system, addressing issues like mountain and water management, and enhancing urban biodiversity [2]. - The transition from "point governance" to "network construction" in urban ecological restoration is noted, aiming to create a multi-level, sustainable ecological safety pattern [2]. Group 3: Case Studies of Ecological Restoration - The Haizhu Wetland project in Guangzhou aims to enhance ecological functions and biodiversity while improving the surrounding area's overall value [3]. - The ecological restoration project in the Fenjia River basin focuses on water quality improvement and biodiversity revival through various engineering measures [3]. - The "One City, Mountain Color" project in Jinan combines ecological restoration with cultural and tourism development, enhancing local tourism and economic activity [4]. Group 4: Economic and Cultural Integration - Urban ecological restoration is seen as a platform for cultivating new urban development momentum, linking ecological restoration with industrial transformation and regional employment [4]. - The Hangzhou riverside park project integrates cultural, commercial, and recreational functions, promoting a "beautiful economy" through enhanced public spaces [5]. - The Beijing Liangma River project exemplifies the integration of ecological restoration with urban renewal, enhancing night-time economy and cultural consumption [6]. Group 5: Governance and Sustainability - The transition from "project-driven" to "mechanism-driven" approaches in ecological restoration is essential for sustainable urban development [5]. - Collaborative governance models involving government, market, and public participation are being explored to ensure effective ecological restoration and management [6][7].

Core Viewpoint - The article highlights the significant ecological, cultural, and economic developments in Tibet, showcasing the region's transformation and the harmonious coexistence of nature and society in the new era [1][34]. Group 1: Ecological Development - The afforestation project in the Gongga section of Lhasa has successfully transformed barren mountains into green landscapes, demonstrating the commitment to ecological restoration despite challenging conditions [3][6][8]. - The ecological corridor along the Lhasa River enhances urban ecology, providing recreational spaces for citizens and fostering a harmonious relationship between people and nature [6][10]. Group 2: Cultural Heritage - The article emphasizes the importance of cultural transmission, with traditional arts like Thangka painting being preserved and celebrated in modern contexts, reflecting the rich history of the region [9][11][15]. - The Zaza clothing in Zhazha Village serves as a living representation of cultural heritage, intertwining ancient stories with contemporary identity [11][15]. Group 3: Economic Innovation - The operation of the world's highest wind farm in the Zhaomei area symbolizes technological advancement and commitment to green development in Tibet [16][18]. - Modern agricultural practices, including space-bred crops, are being implemented to enhance local food security and economic self-sufficiency, contributing to rural revitalization [21][25]. Group 4: Social Harmony - The article illustrates the spirit of unity among diverse ethnic groups in Lhasa, where mutual support and community engagement are prevalent, embodying the essence of social cohesion [26][30]. - Community service stations in Lhasa are designed to be welcoming and supportive, fostering a sense of belonging and cooperation among residents [30][33].

Group 1 - Shanghai is actively repairing and protecting its natural coastline, with the launch of the 2025 Marine Ecological Protection and Restoration Project [1] - The project covers areas such as Chongming Island, the northern coast of Hangzhou Bay, and Daguan Island, with a total coastline restoration length of approximately 57.18 kilometers and an ecological restoration area of 182.73 hectares [1] - The construction period for the project is three years, from 2025 to 2027, aiming to demonstrate marine ecological protection and restoration in the Yangtze River estuary [1] Group 2 - The 2024 Shanghai Marine Ecological Protection and Restoration Action Plan aims to establish a coordinated marine ecological protection governance structure by 2030, with a target of restoring at least 100 kilometers of coastline and 500 hectares of coastal wetlands [2] - By 2035, the plan envisions the completion of coastal wetland restoration from the Yangtze River estuary to Hangzhou Bay, aligning with the development of a world-class modern socialist international metropolis [2]

Core Viewpoint - The article highlights the successful implementation of the "Blue Bay" restoration initiative in Haikou, Hainan Province, which has significantly improved the marine ecological environment and biodiversity in the region [3][4]. Group 1: Project Overview - The "Blue Bay" restoration project was approved in 2019 and aims to enhance the environmental quality of nearshore waters and restore ecological functions over a two-year period [3]. - The project includes three sub-projects: ecological restoration of Haikou's West Coast, Haikou Bay, and the Dongzhai Port National Nature Reserve [3][4]. Group 2: Achievements - By the end of September 2022, all construction components of the "Blue Bay" project were completed and passed acceptance inspection, leading to significant improvements in the marine ecological environment [4]. - The project has restored important marine biological resources and habitats, achieving the goal of "clear water, green shores, clean beaches, beautiful bays, and lovely islands" [4]. Group 3: Specific Measures - The West Coast ecological restoration project involved measures such as sand replenishment, construction of ecological reefs, and removal of abandoned platforms, resulting in the restoration of 4.6 kilometers of coastline and an increase in dry beach area to 243,000 square meters [5]. - A total of 152,510 cubic meters of sand replenishment was completed, and 5,147 square meters of ecological reefs were constructed [5]. Group 4: Community Impact - The restoration has led to wider beaches and clearer waters, attracting more tourists and enhancing the local recreational experience [6]. - The West Coast park has been upgraded to create a coastal ecological leisure space, featuring a series of scenic spots that enhance the area's aesthetic appeal [6].

Group 1 - The core point of the article is the establishment of Beijing Construction Ecological Restoration Laboratory Technology Co., Ltd., which has a registered capital of 10 million yuan and is involved in various environmental and ecological services [1] - The company is wholly owned by Construction Restoration and focuses on technology services, development, consulting, and equipment manufacturing related to soil and environmental restoration [1] - The business scope includes soil pollution control, ecological environment material sales, and environmental monitoring services, indicating a comprehensive approach to ecological restoration and environmental protection [1] Group 2 - The company is permitted to engage in inspection and testing services, subject to approval from relevant authorities, highlighting regulatory compliance in its operations [1] - The establishment of this company reflects a growing trend in the industry towards ecological restoration and environmental sustainability, aligning with national policies on environmental protection [1]