来源：市场资讯 （来源：CBC全球生物质能源） 2025年8月7日，中裕能源控股有限公司（股票代码：03633.HK）宣布，旗下中裕智慧能源集团正式完 成对广东宝杰环保科技有限公司的股权并购，双方将携手打造"战略共同体"，实现从业务协同到资本与 战略的深度融合。此次并购标志着中裕能源在生物质能领域的全面布局，进一步巩固其在零碳能源转型 中的领先地位。 此外，中裕能源正推动私有化AI算力平台"中裕智擎"与生物质业务深度融合，通过智能监测、预测性维 护、原料优化等技术提升能效。同时，公司正依托碳资产数据链，打造生物质能领域的创新RWA（现 实世界资产）项目，打通"绿能-碳交易"链路，为全球投资者提供绿色投资新路径。 此次并购不仅是中裕能源由传统燃气运营商向综合零碳能源解决方案提供商转型的关键一步，更将推动 生物质能产业的规模化、高质量发展，助力"双碳"目标落地。 自2024年《中华人民共和国能源法》正式实施以来，首次从法律层面明确生物质能为"零碳能源"，为其 替代化石能源提供了法理依据。2025年7月，国家发改委、工信部和国家能源局联合发布《关于开展零 碳园区建设的通知》，明确提出推广清洁供热技术，包括生物质、地 ...

Core Viewpoint - Jiangsu Yueda Investment Co., Ltd. reported a significant decrease in revenue for the first half of 2025, with a total revenue of approximately 1.36 billion yuan, a decline of 22.01% compared to the same period last year, while net profit attributable to shareholders increased by 27.62% to approximately 14 million yuan [2][3][11]. Company Overview and Financial Indicators - The company is headquartered in Yancheng, Jiangsu Province, and operates in various sectors including new energy, textiles, and specialized vehicles [2][3]. - Key financial metrics for the first half of 2025 include: - Total revenue: 1,358,178,119.31 yuan - Total profit: 10,348,380.66 yuan - Net profit attributable to shareholders: 14,024,716.17 yuan - Total assets: 10,000,537,285.24 yuan - Net assets attributable to shareholders: 4,377,757,979.26 yuan [2][3]. Business Segments - **New Energy**: The company focuses on developing and operating new energy projects, including wind and solar power, with significant investments in projects like the 150MW solar project and the 100MW/200MWh energy storage project [7][12]. - **Textiles**: The textile segment has shown resilience, with a production capacity of 42,000 tons of high-end knitted yarn and 28.8 million meters of home textile fabric [6][11]. - **Specialized Vehicles**: The specialized vehicle segment includes products like garbage trucks and street cleaning vehicles, with a focus on environmentally friendly technologies [6][11]. Industry Context - The new energy sector in China is experiencing rapid growth, with installed capacity for solar power reaching 110 million kilowatts, a year-on-year increase of 54.2% [8][9]. - The carbon market is also expanding, with a cumulative transaction volume of carbon emission allowances reaching 669 million tons by mid-2025 [9][10]. - The agricultural machinery market is facing challenges, with a decline in traditional tractor sales, but high-end products are gaining traction due to policy and technological advancements [10][11]. Operational Highlights - The company has made strategic acquisitions, including a 51% stake in Yueda Energy Service Company, to enhance its capabilities in energy management and sales [12][14]. - The company is actively pursuing projects in carbon asset management and has established a biomass fuel production base to support renewable energy initiatives [13][14]. - The company is also focusing on digital transformation and management innovation to improve operational efficiency and market competitiveness [16].

Core Insights - The construction of zero-carbon parks is expected to drive industrial structure optimization and upgrade, creating vast opportunities for companies in renewable energy, energy storage, digitalization, and green finance [1][2][4] - The recent notification from the National Development and Reform Commission, Ministry of Industry and Information Technology, and National Energy Administration outlines eight key tasks to accelerate energy structure transformation and promote energy conservation and carbon reduction in parks [2][3] - The zero-carbon park initiative is moving from policy framework to large-scale implementation, with a phased approach to identify and support pilot projects [2][3] Group 1: Policy and Implementation - The notification emphasizes the need for systematic planning and coordinated advancement in the construction of zero-carbon parks, marking a new phase in policy implementation [2][3] - Key tasks include accelerating energy structure transformation, optimizing industrial structure, enhancing resource conservation, and improving infrastructure [2][3] - The first batch of national zero-carbon parks will be identified by 2025, focusing on regions rich in renewable resources and strong industrial foundations [1][2] Group 2: Financial Support and Investment - Achieving zero-carbon parks requires solid financial backing, with the notification encouraging local governments and policy banks to provide funding support [3][4] - Various funding channels will be utilized, including local government special bonds and green bonds issued by eligible enterprises [3][4] - The dual support of fiscal and financial resources is expected to drive the construction of zero-carbon parks [3] Group 3: Industry Opportunities - Companies in renewable energy, digitalization, and environmental protection are poised to benefit from the zero-carbon park initiative, particularly those involved in clean energy technologies [4][5] - The demand for energy efficiency improvement and waste resource utilization technologies is anticipated to rise, benefiting the environmental protection industry [5] - Digital service providers that can develop carbon management platforms and smart energy systems will also play a crucial role in the construction of zero-carbon parks [5] Group 4: Required Capabilities for Companies - Companies must enhance their capabilities in several key areas to participate effectively in zero-carbon park construction, including energy management, carbon asset management, technological innovation, and digital transformation [5][6] - Specific skills required include optimizing renewable energy consumption, carbon emission accounting, and deploying cost-effective carbon monitoring devices [5][6] - The construction of zero-carbon parks should consider the specific industrial characteristics they will support, leading to tailored development models [6]

Group 1 - The Supreme People's Court selected five representative cases from environmental resource trials in 2024 to summarize experiences and promote legal understanding [1][4] - The cases reflect new developments and measures in environmental resource trials, emphasizing the importance of maintaining national security and social stability [1][4] - The court aims to strengthen the judicial protection of ecological safety and public health through strict penalties for environmental crimes [1][4] Group 2 - The court is committed to supporting high-quality economic and social development through effective resolution of conflicts during the green transition [2][4] - The cases demonstrate the court's role in promoting green low-carbon transformation in key industries and sectors [2][4] - The court emphasizes the integration of ecological protection with economic development, showcasing innovative solutions for environmental issues [2][4] Group 3 - The court applies preventive and restorative judicial measures to enhance the stability and sustainability of ecosystems [3][4] - The use of injunctions to prevent ecological damage is highlighted in cases involving newly discovered species [3][4] - The court's approach supports the construction of a comprehensive ecological protection framework [3][4] Group 4 - The court focuses on protecting the rights and interests of the public in environmental matters, responding to community concerns regarding ecological issues [3][4] - The cases illustrate the court's commitment to addressing environmental disputes that directly affect people's lives [3][4] - The judicial actions taken reflect a broader commitment to ensuring public health and safety in relation to environmental quality [3][4] Group 5 - The typical cases include instances of environmental monitoring fraud, illegal wastewater discharge, and the illegal disposal of hazardous waste [6][7][10] - Each case demonstrates the court's rigorous enforcement of environmental laws and its role in promoting compliance among businesses [6][7][10] - The outcomes of these cases serve as a warning to other entities in the environmental monitoring and waste management sectors [6][7][10]

Core Viewpoint - The global energy demand is rising, making renewable energy, particularly biomass energy, a strategic focus for countries, showcasing its unique "zero-carbon" attributes and potential for growth despite existing challenges [1][2]. Group 1: Industry Challenges and Opportunities - Biomass energy conversion costs are 15%-20% higher than traditional energy sources as of 2025, and raw material supply is limited by seasonal and regional factors, hindering large-scale application [1]. - Technological innovations and new product implementations are injecting new momentum into the biomass energy sector, helping to address cost and supply chain bottlenecks [1]. - Southeast Asia and Central Asia are emerging as new growth areas for biomass energy, with Southeast Asia accelerating biomass cogeneration projects and Central Asian countries leveraging cooperation frameworks to introduce efficient biomass technologies [1]. Group 2: Industry Events and Collaborations - The 12th Asia-Pacific International Biomass Energy Exhibition (APBE) will take place from August 8-10, 2025, in Guangzhou, aiming to showcase cutting-edge technologies and foster global cooperation in the biomass energy sector [3][4]. - APBE 2025 will present a comprehensive platform covering the entire biomass energy value chain, including collection, processing, and utilization technologies [4]. - The event will attract global participants, including government agencies, research institutions, and businesses, facilitating trade cooperation and showcasing the latest research and technologies in biomass energy [5].

Core Viewpoint - The development of biomass energy in China is projected to significantly increase by the end of 2024, with installed capacity reaching 45.99 million kilowatts and electricity generation hitting 208.3 billion kilowatt-hours, highlighting its potential as a key renewable energy source for achieving carbon neutrality goals [1][2] Group 1 - Biomass energy is characterized as a zero-carbon renewable energy source with diverse forms (solid, liquid, gas) that can replace fossil fuel consumption, particularly in low-carbon transportation fuels [1] - The global energy landscape is undergoing rapid restructuring, with biomass energy being a crucial element for achieving China's dual carbon goals, emphasizing energy security and resource recycling [1] - The "2025 China Biomass Industry Development Annual Report" indicates that the biomass industry will experience technological breakthroughs, diversified application scenarios, and a dual policy-market approach over the next five years [2] Group 2 - The "2025 Biomass Energy Innovation Development Forum" was supported by various governmental departments and attracted widespread attention from society, focusing on themes of green journeys, innovation-driven development, and future empowerment [2]

Core Viewpoint - China is one of the richest countries in biomass resources globally, and experts at the 2025 Biomass Energy Innovation Development Forum emphasize the need to leverage this resource advantage to promote breakthroughs in the biomass industry, contributing to high-quality economic development [1][2]. Group 1: Biomass Energy Development - As of the end of 2024, China's biomass power generation capacity is expected to reach 45.99 million kilowatts, with an electricity generation of 208.3 billion kilowatt-hours, biomass heating around 500 million gigajoules, and biogas production approximately 500 million cubic meters [1]. - The potential for biomass energy development in China is significant, capable of achieving energy conservation, carbon reduction, and resource recycling, thereby enhancing energy security [1]. - Biomass energy serves as a vital link connecting energy, agriculture, and environmental protection, acting as a green engine for energy revolution, pollution reduction, and rural revitalization [1]. Group 2: Future Trends and Innovations - The "2025 China Biomass Industry Development Annual Report" indicates that over the next five years, the biomass industry will be characterized by technological breakthroughs driving efficiency improvements, diversification of application scenarios, and a dual-driven approach of policy and market [1]. - The development of biomass thermochemical conversion technology and microbial technology is becoming a new productive force in supporting agricultural development, with breakthroughs in biomass gasification technology enabling partial green substitution of agricultural products for industrial goods [2]. - Cross-sector collaborative innovation is essential to overcome bottlenecks in efficient conversion and large-scale application, with digital technology empowering smart resource management systems [2].