寒风凛冽，落叶纷纷。枯枝落叶如何变废为宝？北京公园各有妙招。 以往，焚烧、填埋是园林绿化废弃物的主要处理方式。"绿化废弃物的传统处理方式，已经不再适应绿 色低碳的发展需求。采用粉碎堆肥技术将园林废弃物转化为有机资源，减少焚烧或填埋产生的二次污 染，对环境影响小，符合可持续发展要求，具有较高的环保效益。同时，绿化垃圾粉碎后制作有机肥 料，在资源循环利用、土壤改良等方面有着明显功效。"国家植物园管委会主任贺然说。 枯枝落叶还可以进行粉碎，添加环保色素，成为可降解的有机覆盖物，铺回公园提升景观。在百望山森 林公园，对较大径材的森林抚育林木进行间伐，树干作为森林步道护栏，步道台阶和步道地面用粉碎物 覆盖。枯枝落叶和杂草，全部用于粉碎和堆肥还林。 此外，枯枝落叶可以变废为景，直接加以利用。玉渊潭公园在花卉环境布置中，将绿化废弃物与生态材 料合并使用，再进行"地景艺术"布置。位于西北门的"彩色星河"花园造景中，"机器狗"花钵充分考虑了 生态与经济效益，将废木料彩绘拼接重新"亮相"。在中山公园，伐除杨树的树干树枝化身为坐凳和汀 步，还被组合成充满野趣的"昆虫旅馆"，为各种昆虫提供安全的庇护所。北京市公园管理中心规划建设 处 ...

Core Viewpoint - The article discusses innovative methods for recycling garden waste, particularly fallen leaves and branches, in Beijing's parks, emphasizing the transformation of waste into valuable resources through sustainable practices [1][2][3]. Group 1: Waste Management Practices - Traditional methods of handling garden waste, such as burning and landfilling, are no longer suitable for green and low-carbon development needs [2]. - The use of crushing and composting technology to convert garden waste into organic resources reduces secondary pollution and aligns with sustainable development goals [2]. - Most parks in Beijing are currently utilizing high-temperature composting to process garden waste, which improves soil quality by adding essential nutrients [1]. Group 2: Creative Utilization of Waste - Garden waste can be creatively repurposed for aesthetic enhancements, such as combining it with ecological materials for landscape art [3]. - Specific examples include the use of waste wood in the "Colorful Galaxy" garden at Yuyuantan Park and the transformation of tree trunks into benches and insect hotels in Zhongshan Park [3]. - The Beijing Park Management Center aims to further explore new pathways for resource utilization of garden waste to support ecological construction and achieve a circular economy goal of "turning waste into treasure" [3].

Core Insights - The article emphasizes the importance of promoting green, low-carbon, and circular development in urban construction, particularly in the context of Changsha's efforts to transform its urban development model [1][3]. Group 1: Policy and Implementation - A specialized meeting was held on November 5 to promote the application of recycled construction waste products, marking a significant step in implementing national policies for building a green and beautiful city [1][3]. - By 2027, it is mandated that the average resource utilization rate of construction waste in cities at the prefecture level and above must reach over 50%, with at least 30% of materials in state investment projects being recycled products [3][4]. Group 2: Local Development and Challenges - The Aoti New City area is undergoing large-scale development, with significant infrastructure projects underway, which presents both challenges in construction waste management and opportunities for the application of recycled products [3][4]. - Local companies, such as Hunan Yunchong Recycled Technology Co., Hunan Rongcheng Environmental Technology Co., and Changsha Xinhao Recycled Resource Utilization Co., are key players in converting construction waste into various recycled products, which are gaining market acceptance [4]. Group 3: Future Directions and Goals - The Changsha government aims to create a model area for policy implementation and technology application in the Aoti New City, promoting a comprehensive management approach to ensure compliance with recycled product usage [4][5]. - The initiative is part of a broader vision to transform construction waste into resources, contributing to the development of a "waste-free city" and sustainable economic growth [4].

Economic Performance - China's economy has shown resilience and progress in the first three quarters, with a year-on-year growth in social retail sales of 4.5%, an acceleration of 1.2 percentage points compared to the same period last year [1] - The industrial added value for large-scale enterprises grew by 6.2%, marking the highest growth for the same period since 2022 [1] - Despite external pressures, China's goods exports maintained a growth rate of 7.1%, with an improved product structure favoring high-tech and high-value-added goods [1] Policy and Investment - A new policy financial tool has been implemented, with 500 billion yuan fully allocated to support over 2,300 projects, totaling an investment of approximately 7 trillion yuan, focusing on digital economy, AI, and urban infrastructure [2] - The National Development and Reform Commission (NDRC) aims to enhance effective investment and high-quality development by expediting project construction and increasing physical workload [2] - The NDRC has revised the management measures for central budget investments in energy conservation and carbon reduction, emphasizing both "hard investments" (infrastructure) and "soft construction" (policy innovation) [2] Digital Economy and Energy Efficiency - The development of computing infrastructure is crucial for the digital economy and energy conservation, with ongoing efforts to optimize the layout and enhance efficiency [3] - The NDRC plans to prioritize large-scale and green development of computing facilities, implementing strict energy audits and carbon emission evaluations for new projects [3] Regulatory Framework - A new interim regulation for the management of bidding agencies will take effect on January 1, 2026, addressing common issues and enhancing regulatory clarity [4] - There are over 110,000 bidding agencies in China, playing a significant role in improving bidding efficiency, although some have engaged in illegal practices that disrupt the industry [4] Energy Supply and Demand - The energy supply and demand for the heating season are expected to be balanced, with measures in place to ensure stable energy supply and pricing for residential heating [5] - As of late October, coal and natural gas production have increased by 2.0% and 6.4% year-on-year, respectively, with sufficient coal reserves for over 35 days of use [4][5]

Core Viewpoint - The article highlights the successful inclusion of a case study on "Patent Creation and Transformation Driving the Ecological Reconstruction of Salt Lake Industry" in the fourth batch of typical cases for building a strong intellectual property (IP) nation, showcasing the innovative and effective practices in the province [1] Group 1: Strategic Importance - The case exemplifies the province's commitment to implementing the central government's decisions on building a strong IP nation, focusing on ecological civilization and industrial development [1] - The initiative aims to enhance resource security and support the construction of a world-class salt lake industry base through efficient resource development and technological innovation [1] Group 2: Technological Innovations - The province has achieved an annual production capacity of 5 million tons of potassium fertilizer through patent cluster transformation, altering the domestic potassium fertilizer market dynamics to prioritize domestic production [1] - Breakthroughs in lithium extraction from high magnesium-lithium brine have been made, achieving a lithium carbonate production capacity of 40,000 tons, thus ensuring resource security for the domestic new energy industry [1] Group 3: Industry Development Pathways - The province is focusing on the systematic planning of IP development paths for the salt lake industry, emphasizing the importance of high-quality transformation and collaborative utilization of IP [2] - Establishment of a salt lake industry IP operation center is underway to guide the industry towards high-end, intelligent, and green development [2] Group 4: Comprehensive Development Model - A green circular development model for comprehensive utilization of salt lake resources is being constructed, with a focus on addressing industry pain points through targeted research and development [2] - The initiative includes the establishment of a joint laboratory for comprehensive utilization of salt lake resources and promotes close cooperation between industry, academia, and research [2] Group 5: Future Directions - The provincial IP office plans to promote the successful "Salt Lake Case" model to other sectors such as clean energy and ecological protection, reinforcing the role of IP in driving comprehensive development [3]

Core Viewpoint - Huicheng Environmental Protection (300779) is actively expanding its overseas business and exploring global development opportunities in response to the acceleration of green and low-carbon circular development plans by various local governments [1] Group 1: Business Expansion - The company is in discussions with multiple local governments regarding the construction plans for regional waste plastic resource recycling projects [1] - There is also interest from foreign enterprises to collaborate with the company on these initiatives [1] Group 2: Funding and Challenges - The company plans to address funding for expansion projects through a combination of primary market, secondary market, and financial loans [1] - While funding is not the primary concern, the main challenges lie in the progress of raw material construction and the supply of resources from local governments [1]

Group 1 - The city of Ji'an in Jiangxi Province is prioritizing the construction of a "waste-free city" as part of its top ten key initiatives, aiming to enhance the ecological environment and improve residents' sense of well-being and safety [1] - A high-level task force has been established, led by the mayor and party secretary, to coordinate efforts across various departments, ensuring collaboration and information sharing in solid waste management [1] - Financial support for green projects has been increased, with a total of 1.242 billion yuan in tax reductions for resource utilization enterprises since 2022 [1] Group 2 - The city is developing a circular resource system focusing on industrial solid waste, agricultural waste, construction waste, and hazardous waste, aiming to reduce pollution and promote resource utilization [2] - Key sectors identified for the "waste-free city" initiative include industry, agriculture, construction, and hazardous waste, with specific projects aimed at enhancing resource recycling and safety [2] - Ji'an has established 19 national-level green factories and 40 provincial-level green factories, leading in the province for green industrial development [3] Group 3 - A new model of "two networks integration" is being explored to improve waste classification and recycling rates, alongside enhanced management of hazardous waste [3] - The city is focusing on green low-carbon development paths, with a strong emphasis on the electronic information industry and emerging sectors like hydrogen energy and new energy storage [3] - Legislative measures have been introduced to clarify responsibilities for industrial solid waste management and to regulate the operation of waste treatment facilities [3]

Core Insights - Hanlan Environment's subsidiary, Hanlan Bioenergy Technology (Guangdong) Co., Ltd., has signed a cooperation agreement with China Resource International Venture Capital (Shenzhen) Co., Ltd. to enhance collaboration in renewable oil trade, waste oil treatment, green energy, and biomass energy [1] Group 1: Partnership and Strategic Goals - The partnership aims to strengthen technology research and development, market expansion, and resource sharing, focusing on the development and application of emerging energy [1] - China Resource International, a member of China Resource Recycling Group, aims to build a global supply chain for strategic renewable resources and promote green low-carbon circular economy development [1] Group 2: Operational Capabilities - Hanlan Environment operates 19 kitchen waste and animal harmless treatment plants nationwide, producing waste oil and biodiesel annually through a stable raw material supply and efficient industrial park collaboration [2] - The company has established a smart and efficient collection and transportation system for waste oil, significantly improving collection efficiency through real-time monitoring and dynamic route planning [2] Group 3: Technological Advancements - Hanlan Environment focuses on high-value conversion of waste oil, utilizing advanced refining processes to produce sustainable aviation fuel (SAF) raw materials and recycled plastic substrates, aligning with national green development strategies [3] - The collaboration is expected to provide innovative practice cases for the circular economy and contribute to national green low-carbon circular development [3]

Core Viewpoint - The collaboration between Huanlan Environment and Zhongzi Huan International aims to enhance cooperation in renewable oil trade, waste oil treatment, green energy, and biomass energy, contributing to national energy transition projects [1][2]. Group 1: Collaboration Details - Huanlan Environment's subsidiary, Huanlan Bioenergy Technology (Guangdong) Co., Ltd., signed a cooperation agreement with Zhongzi Huan International to deepen collaboration in various green energy sectors [1]. - The partnership is seen as a response to global environmental challenges and a commitment to green development, leveraging each party's strengths for resource sharing and maximizing the "technology + scenario" multiplier effect [1][2]. Group 2: Industry Context - Zhongzi Huan International is part of the China Resource Recycling Group, which focuses on promoting a green low-carbon circular economy in the Guangdong-Hong Kong-Macao Greater Bay Area [1][2]. - The collaboration aligns with China's "14th Five-Year" circular economy development plan and energy transition strategy, showcasing a strong alliance between industry leaders [2]. Group 3: Operational Insights - Huanlan Environment operates 19 kitchen waste treatment and animal harmless treatment plants nationwide, producing stable outputs of waste oil and biodiesel annually [2]. - The company has developed a smart collection system that enhances efficiency in waste collection, ensuring high collection rates and traceability in agricultural waste management [2]. Group 4: Technological Advancements - Huanlan Environment focuses on high-value conversion paths for waste oil, utilizing advanced refining processes to produce sustainable aviation fuel (SAF) and recycled plastic materials [3]. - The collaboration is expected to support national green development strategies and provide practical cases for the circular economy [3].

Core Viewpoint - The National Development and Reform Commission (NDRC) has released the "Special Management Measures for Energy Conservation and Carbon Reduction Central Budget Investment" to enhance and standardize the management of central budget investments for energy conservation and carbon reduction, aiming for high-quality project implementation and improved fund utilization efficiency [1][2]. Group 1: Management Measures - The management measures focus on promoting "soft construction" to establish effective mechanisms for solving practical problems and advancing green and low-carbon circular development [1][2]. - The emphasis on "soft construction" marks a significant shift from merely hardware investment to building long-term mechanisms, ensuring that financial inputs translate into sustainable emission reduction benefits [1][2]. Group 2: Project Support and Focus Areas - The NDRC will support energy conservation and carbon reduction projects based on project characteristics, regional economic development levels, and local carbon reduction goals, with a focus on areas excelling in carbon peak and neutrality, energy conservation, and circular economy [2]. - Key supported sectors include energy conservation and carbon reduction in major industries such as electricity, steel, non-ferrous metals, building materials, petrochemicals, chemicals, and machinery, as well as projects related to clean coal consumption replacement and low-carbon demonstration [2]. Group 3: Importance of Computing Infrastructure - Supporting energy conservation and carbon reduction in computing infrastructure is deemed necessary and forward-looking, as the rapid growth of the digital economy leads to increased energy consumption in data centers [3]. - Enhancements in energy efficiency in this sector will directly promote the application of green technologies such as liquid cooling and AI intelligent scheduling, thereby strengthening the green foundation of the digital industry and improving its environmental compliance and competitiveness in the international market [3].