"2026第五届中国(济南)国际化工产业博览会"旨在为服务国家发展战略规划，助力山东省实现从"化工大 省"向"化工强省"的跨越，通过聚焦绿色低碳、数字化转型和产业链升级，为全国化工行业的高质量发 展提供"山东样板"，并为全球化工产业创新贡献中国方案。博览会由山东省化工专项行动办公室指导， 山东省高端化工产业发展促进会、山东省安全产业协会主办，山东世创展览展示服务有限公司、中润展 览(山东)有限公司共同承办，拟定于2026年3月30-4月1日在山东国际会展中心盛大召开，博览会主要围 绕:化工新型材料、绿色化工设备、化工互联网解决方案、实验室建设等方面进行技术与产品的展示。 博览会将汇聚各地化工园区、科研院所、高校、生产型企业、化工贸易商、经销商等行业上下游客户同 台交流沟通，真正做到"化工行业一站式贸易采购平台"，诚邀您的参与! ...

前不久，2025年中国国际服务贸易交易会（简称"服贸会"）在北京落下帷幕。自2022年首次设立环境服 务专题展以来，服贸会每年都有新的"绿色惊喜"带给观众，今年服贸会的"绿意"更浓。 无论是亮马河从"小河沟"变身为北京潮流经济带，还是"爱回收"为垃圾带来"新生"，抑或是一瓶瓶白桦 树汁实现生态保护与经济发展共赢，从中都可以看到，生态保护、绿色低碳与人们的生活联系越来越紧 密。 一条河串起绿色空间 走进环境服务专题展区，亮马河国际风情水岸展示区令人眼前一亮——桨板、躺椅、VR眼镜，当下午 的阳光透过展区玻璃洒下，观众仿若置身亮马河上，享受那份松弛与惬意。 全长9.3公里，亮马河是大运河文化带的重要组成部分。 AECOM中国区景观设计总监李彦军表示，亮马河的滨水空间，将周围商圈的消费带联通起来，激活了 经济的发展引擎。这种集休闲生活、国际交往、商业活力和自然生态于一体的绿色空间解决方案，正在 越来越多地方得到实践。 据《朝阳文史》记载：亮马河最初是一条大车道，因地势低洼，每年汛期雨水汇聚到这里，形成了一条 季节性河道。 不妨把目光投向北京温榆河公园。作为首都城区的重要"绿肺"，温榆河公园拥有18平方公里连片生态空 ...

Core Viewpoint - The "Steel Industry Stabilization Growth Work Plan (2025-2026)" aims for an average annual growth of around 4% in the steel industry's added value, focusing on both quantity and quality improvements, while addressing supply-demand imbalances and promoting green, low-carbon, and digital development [1][2]. Group 1: Industry Goals and Challenges - The plan sets a target for the steel industry to achieve an average annual growth of approximately 4% in added value from 2025 to 2026, with a focus on stabilizing economic benefits and optimizing industrial structure [1]. - In 2024, the steel industry is projected to have profits of 66.29 billion, a year-on-year decrease of 42.6%, indicating significant challenges in maintaining stable growth [1]. - The demand for steel from traditional construction and infrastructure sectors is declining, compounded by frequent trade frictions, leading to increased uncertainty in steel exports [1]. Group 2: Capacity Management and Policy Implementation - The plan emphasizes the need for capacity reduction and management, proposing revisions to the capacity replacement implementation measures and enhancing the coordination of various policies related to capacity management [2]. - It aims to support the transfer of steel production capacity from key areas with severe air pollution to other regions, while continuing to implement production reduction policies [2]. - The plan includes a classification management system for steel enterprises, promoting resource allocation towards leading enterprises and encouraging the exit of inefficient production capacities [2]. Group 3: Product Quality and International Trade - The plan highlights the need to enhance the supply capacity of high-end products and improve the quality of bulk products, aiming to strengthen the resilience and security of the industrial supply chain [2][3]. - It encourages collaboration between the steel industry and key downstream sectors such as automotive and shipbuilding to maintain stability in the industrial chain [3]. - The plan proposes to strengthen export management of steel products, optimize the structure of steel exports, and support compliance with international trade rules to enhance international competitiveness [3]. Group 4: Financial Support and Technological Innovation - Relevant departments will utilize special loans and long-term bonds to support the steel industry's pollution reduction, carbon reduction, digital transformation, and resource utilization [3]. - Financial institutions are encouraged to provide quality financial services tailored to the characteristics of the steel industry, following market-oriented and legal principles [3].

Core Viewpoint - Qingdao Metro is actively pursuing sustainable development and green transformation in urban rail transit, aligning with national "dual carbon" strategies and aiming to become a leader in the industry's green transition [1][2][6]. Group 1: Green Development Goals - Qingdao Metro's total electricity consumption accounts for 10% of its annual operating costs, with a target to reduce electricity consumption by 30% and carbon emissions by 50% [2]. - The company has outlined a "three-step" strategy in its 2022 "Green Rail Development Implementation Plan," aiming to establish a green development system by 2025, achieve carbon peak by 2030, and reach carbon neutrality by 2050 [2][5]. Group 2: Technological Innovations - Qingdao Metro is implementing advanced technologies such as autonomous train operation systems, flywheel energy storage, and multi-source heat pumps to achieve significant energy savings [3][4]. - The company is developing a "virtual power plant" and a smart energy management system to enhance energy efficiency and integrate various energy resources [4][6]. Group 3: Industry Ecosystem Development - Qingdao Metro is building a green industrial ecosystem that includes new energy, resource recycling, and green energy-saving sectors, creating new economic growth points [5][6]. - The focus on renewable energy includes the establishment of a multi-dimensional energy industry that integrates solar power, energy storage, and virtual power plants [5]. Group 4: Urban Empowerment - The green practices of Qingdao Metro are contributing to urban green development, supporting the city's innovative industrial system and enhancing resource efficiency [6][7]. - By 2025, the company expects to achieve an annual electricity saving of 100 million kWh, generate 43 million kWh from solar power, and reduce carbon emissions by 91,000 tons [6]. Group 5: Recognition and Standards - Qingdao Metro has received multiple recognitions for its green initiatives, including being designated as a pilot unit for low-carbon transportation by the Ministry of Transport [7]. - The company has developed a comprehensive set of green standards for urban rail construction, enhancing the industry's regulatory and precision levels [7]. Group 6: Future Outlook - Qingdao Metro plans to continue its commitment to sustainable development, aiming to increase the share of green electricity to over 20% and expand its AI-enabled smart energy initiatives [8].

Group 1 - The Shantou-Meizhou Expressway expansion project, the first of its kind in Guangdong's mountainous and hilly areas, spans approximately 88 kilometers and is set to be completed by 2026, expanding from a dual four-lane to a dual eight-lane highway [1] - The project emphasizes green, low-carbon, and efficient construction principles, achieving multiple environmental innovations in resource recycling, energy conservation, and construction process innovation [1] - The project introduces a new "precast T-beam lifting and rotating technology," which allows for the reuse of existing bridge beams, filling a technological gap in Guangdong's highway bridge renovation [1] Group 2 - The project excels in the "turning waste into treasure" approach, utilizing mobile and fixed stone production lines for recycling and processing, significantly reducing the need for external stone purchases and waste disposal [2] - Approximately 1.84 million tons of crushed stone were produced from the processed earth and rock materials along the entire route, equivalent to the load capacity of 60,000 fully loaded heavy trucks, achieving "zero external transportation of waste and full resource recycling" [2]

Core Viewpoint - The 2025 Global Coastal Forum will be held in Yancheng, Jiangsu, focusing on "Beautiful Coast: Ecological Priority and Green Development," highlighting the city's commitment to green and low-carbon development [1] Group 1: Green Development Initiatives - Yancheng is recognized as a national pilot city for carbon peaking and a green low-carbon development demonstration zone, leveraging its unique coastal resources to promote technological and industrial innovation [1] - The Yancheng Green Low-Carbon Science and Technology Innovation Park aims to establish a complete chain from basic research to industrial application, focusing on seven key areas: wind power, photovoltaics, hydrogen energy, energy storage, dual carbon, marine economy, and modern agriculture [3] Group 2: Wind Power Innovations - Goldwind Technology has established a research institute in the wind power innovation center, focusing on the development of offshore wind turbines with capacities of 18MW and above, improving annual energy production by 1% to 3% through advanced algorithms [5] - The wind power innovation center has created a cluster effect with multiple upstream and downstream enterprises, leading to the establishment of a national wind power technology innovation center in Jiangsu [5] Group 3: Photovoltaic Developments - The photovoltaic innovation center hosts companies like Yancheng Green Building Photovoltaics, focusing on new N-type and perovskite solar cells, high-transparency colored photovoltaic glass, and integrated building photovoltaic systems [6] - A testing and certification platform for renewable energy products has been established, allowing local companies to conduct necessary certifications on-site, enhancing their competitive edge in domestic and international markets [6] Group 4: Hydrogen Energy Advancements - The Hydrogen Energy Innovation Center has created a comprehensive testing platform for the hydrogen energy industry, providing support for over 90% of the industry chain and achieving national CMA certification [8] - Collaborations with international entities, such as the establishment of a joint laboratory with Germany's Rhine Testing, enable dual certification for hydrogen energy products, facilitating market access [8] Group 5: Broader Technological Ecosystem - The energy storage innovation center is focusing on lithium battery materials and solid-state batteries, while the zero-carbon service center offers a range of carbon-related services [9] - The marine economy research institute is dedicated to marine renewable energy and resource utilization, while agricultural innovation centers are working on seed breeding and smart agricultural machinery [9] - Yancheng plans to accelerate the integration of its seven thematic scenarios—wind, solar, hydrogen, storage, carbon, marine, and agriculture—aiming to create a comprehensive industrial ecosystem [9]

Core Viewpoint - The company aims to adhere to a development path of "technological leadership and green low-carbon" while leveraging technological innovation to drive comprehensive innovation [1] Group 1: Technological Innovation - The company plans to fully utilize technological innovation to transform its technological advantages into product, service, brand, and competitive advantages [1] - Emphasis will be placed on developing high-end products such as electrical steel, automotive sheets, and tinplate in response to emerging industry demands [1] Group 2: Sustainable Development - The company is committed to enhancing the manufacturing service level and operational efficiency of steel materials while implementing low-carbon action plans [1] - The focus on low-carbon sustainable development is a key aspect of the company's future strategy [1]

Core Viewpoint - The "Steel Industry Stabilization and Growth Work Plan (2025-2026)" aims for an average annual growth target of around 4% in the steel industry's added value, focusing on stabilizing growth and preventing excessive competition while guiding resources towards advantageous enterprises and expanding consumer demand [1][3]. Group 1: Growth Targets and Industry Balance - The plan sets a target of approximately 4% average annual growth in added value for the steel industry from 2025 to 2026, aiming for economic stability and improved market supply-demand balance [3][4]. - The primary challenge facing the industry is the imbalance between excessive supply and insufficient effective demand, which affects the quality and efficiency of industry development [3][4]. - The plan emphasizes resource allocation towards superior enterprises and advocates for production control to promote a competitive environment, achieving dynamic supply-demand balance [3][4]. Group 2: Capacity Control and Technological Upgrades - The plan prohibits the addition of new production capacity and promotes precise control of capacity and output, supporting low-carbon steelmaking processes and high-end special steel projects [4][5]. - It encourages the development of advanced equipment and technologies, such as electric furnaces and special smelting, while enhancing the supply capacity of high-end products [4][5]. - The plan also includes measures for digital transformation and the establishment of digital carbon management centers within the steel industry [6]. Group 3: Consumer Demand and Market Expansion - The plan aims to enhance the quality of bulk products and expand applications in construction and transportation sectors, focusing on upgrading product quality and application standards [7]. - It promotes long-term cooperation agreements between steel producers and key downstream industries to stabilize the supply chain [7]. - The plan emphasizes the importance of international cooperation and optimizing the export structure of steel products to enhance global competitiveness [7][8]. Group 4: Policy Support and Financial Measures - The plan highlights the need for strong policy support, utilizing special loans and long-term bonds to fund pollution reduction, digital transformation, and resource utilization in the steel industry [8]. - It encourages financial institutions to provide tailored financial services to steel enterprises, ensuring a market-oriented and law-based approach [8]. - The overarching strategy combines strict capacity control, expansion of high-end supply, promotion of steel structures, and deepening international cooperation to address the challenges of low profitability and overcapacity in the steel industry [8].

Core Viewpoint - The article discusses the "Guidelines for High-Quality Development of Industrial Parks" issued by the Ministry of Industry and Information Technology and the National Development and Reform Commission, emphasizing the importance of enhancing new information infrastructure and promoting digital transformation in industrial parks [1][3]. Overall Requirements - The guidelines aim to support the high-quality development of industrial parks by focusing on industrial characteristics, optimizing spatial governance, and promoting green development [4]. Development Orientation - Strengthening the positioning of industrial parks by identifying key industries and avoiding homogeneous competition is essential [4]. - Encouraging the clustering of industrial chains and enhancing collaboration among enterprises is highlighted [5]. - Upgrading traditional industries and fostering new and future industries through technological innovation is a priority [5]. Space Governance - The guidelines advocate for efficient land use and optimizing spatial layouts to support industrial development [6][7]. - Establishing a gradient cultivation mechanism for enterprises to support the growth of small and medium-sized enterprises alongside larger ones is emphasized [7]. Technological Innovation Capability - The guidelines encourage the establishment of high-level innovation platforms and collaboration between enterprises and research institutions to enhance technological innovation [8]. Digital Integration - Promoting the construction and application of new information infrastructure, including 5G and industrial internet, is a key focus [9]. - Encouraging digital transformation among enterprises and the development of smart manufacturing solutions is also highlighted [10]. Green and Safe Development - The guidelines stress the importance of building green facilities and promoting low-carbon development among enterprises [11][12]. - Ensuring production safety and enhancing safety management systems within industrial parks is crucial [12]. Open Cooperation - The guidelines promote industrial transfer and cooperation between parks, encouraging cross-regional collaboration and international partnerships [13]. Implementation Organization - The Ministry of Industry and Information Technology and the National Development and Reform Commission will guide local governments in implementing these guidelines and sharing best practices [14].

Core Insights - The article highlights the innovative public seating initiative in the North Bund area, which utilizes recycled materials to address local seating shortages while promoting environmental sustainability [1] - The Hongkou District is developing a green low-carbon service industry cluster, aiming for a scale of 100 billion yuan, with a dedicated 100 million yuan fund starting in 2024 [1][9] - Over 800 green low-carbon enterprises have been established in Hongkou, contributing to two-thirds of the city's dual-carbon project standards [1] Group 1: Industry Development - The Hongkou District is implementing a statistical system to monitor the development of the green low-carbon industry, collaborating with the Municipal Energy Efficiency Center to create a list of green low-carbon enterprises [3] - The district has identified five major industry categories: carbon services, green shipping, green finance, green trade, and green technology [3] - The Shanghai Environmental Exchange and other functional platforms are enhancing the capabilities of the green low-carbon service industry [3] Group 2: Technological Innovation - The Shanghai Environmental Exchange has developed the "Green Methanol Evaluation Method" standard in collaboration with 26 leading enterprises, positioning green methanol as a key fuel for international shipping's green transition [4] - The Hongkou District is focusing on technological empowerment and regulatory reform to promote the green and digital transformation of shipping in the North Bund area [4] Group 3: Business Ecosystem - The North Bund Green Low-Carbon Service Industry Alliance, formed in 2024, includes 60 enterprises and is experiencing a "magnetic effect" in attracting businesses [7] - The Tongji Technology Park in Hongkou is projected to generate approximately 700 million yuan in output value in 2024, with green low-carbon enterprises contributing around 460 million yuan [7] - Blue Crystal Microbiology has achieved industrial-scale production of T6P, significantly reducing production costs and enhancing crop yields by over 10% [7] Group 4: Application and Community Engagement - The Shanghai Garden Square is developing into a zero-carbon smart space, featuring V2G (Vehicle-to-Grid) technology to allow electric vehicle owners to earn from energy contributions [8] - The district is integrating low-carbon concepts into community projects, including schools, to promote visible and tangible low-carbon initiatives [8] - The Shanghai Carbon Secret Museum has attracted over 160,000 visitors in less than a year, promoting the "carbon-inclusive" concept among residents [8] Group 5: Policy and Future Outlook - Hongkou District has introduced the first district-level carbon finance policy in Shanghai, facilitating green credit and transition loan subsidies [9] - The North Bund area aims for a carbon reduction rate of over 25% by 2027, aspiring to become a national model for green low-carbon development [9] - The district plans to leverage its green low-carbon task force and various market and policy advantages to stimulate demand for carbon-related services [9]