| | | | | | 早位: | | --- | --- | --- | --- | --- | --- | | 房 号 | 项目名称 | 总投资 | 拟使用募 集资金 | 项目备案情况 | 环保批复 文号 | | 1 | 邦特功能性胶粘 产品扩产项目(一 | 22.778.40 | 22.778.40 | 项目代码: | 办理中 | | | 期) | | | 2506-320259-89-01-782791 | | | 2 | 研发中心建设项 | 2.404.94 | 2,404.94 | | | | | E | | | | | | 3 | 补充流动资金 | 3,000.00 | 3,000.00 | - | | | | 合计 | 28,183.34 | 28,183.34 | - | | 邦特科技一直致力于铝箔胶带、纸基胶带、布基胶带等各类胶粘制品和贴面材料的研发、生产和销售，产品广泛应用于制冷绝热、节能保温、电器、家居 日用、物流包装、医疗器械、汽车制造等多个领域。产品拥有防火、防水、耐化学腐蚀、防蛀、不易老化、抗撕裂等特点，具备良好的节能、环保特性， 符合我国推进节能减排，实现绿色低碳发展的战略方向 ...

5日迎来小寒节气，我国多地进入全年中最冷的时期，最冷的"三九天"就在小寒节气里。这段时间也是城市集中供暖、热源需求量最多的时期。目前城市集 中供暖的热源多数为燃煤或者天然气，而在天津市东丽区，当地创新的热能阶梯利用技术让垃圾焚烧产生的余热变成了集中供暖的热源。 01 创新热能阶梯利用 垃圾余热变身温暖来源 0:00 在天津市东丽区一家垃圾焚烧发电厂，炉膛内的火焰温度稳定在927℃左右，为了将垃圾焚烧发电后的大量中低温余热转化为可供暖的热能，当地采用了创 新的热能梯级利用技术。 中石化绿源地热能开发有限公司天津分公司经理 周广新：首先这套系统利用电厂400℃左右的蒸汽驱动透平机组做功，将电厂的冷凝水的热提取出来，把 36℃的水降到28℃，其实就是提取了8℃的温差用在了供热上，这是第一级。第二级的机组叫溴化锂机组，溴化锂机组再利用150℃到200℃的蒸汽继续做 "暖流破壁" 实现生态经济效益双赢 创新技术的背后源于城市集中供暖的一个现实：随着天然气价格持续上涨，财政补贴压力越来越大。而就在同一片土地上，两座垃圾焚烧厂每天处理着1900 吨生活垃圾，产生大量余热。一边是供热成本高企，一边是能源白白浪费，能不能把它们 ...

年终岁首，寒意正浓，但方大特钢（600507）各工程项目建设现场却热潮涌动。从烧结矿储运环保改造 的开工奠基，到喷煤制粉系统的成功投运，再到发电项目锅炉的顺利点火，多项关乎企业绿色低碳发 展、提质增效的重点技改工程密集推进、捷报频传，以实干姿态吹响新年发展冲锋号。 同日17时58分，超高温亚临界发电节能降碳升级改造项目2号锅炉点火一次成功，炉内火焰稳定，各项 参数正常。该项目采用国内先进的煤气发电技术，建设两座220t/h锅炉及配套机组，其1号锅炉已于11 月15日点火成功。后续企业将推进锅炉煮炉、汽轮机调试等工作，全力保障机组早日高效稳定运行。 从环保改造到节能升级，从能力提升到效率优化，方大特钢的多项工程始终围绕绿色低碳高质量发展主 线。年终岁首的建设热潮，不仅展现了企业攻坚克难的实干精神，更彰显了其转型升级的坚定决心。随 着各项工程陆续建成投用，方大特钢将在环保治理、节能降耗、生产效能等方面实现全面提升，为新一 年高质量发展奠定坚实基础。 次日，两大关键项目相继取得突破性进展。12月25日，炼铁厂1号喷煤制粉系统升级改造项目成功投 运。改造前，原有两套系统难以满足3座高炉日益增长的煤粉需求，此次升级聚焦 ...

1月5日，国务院2026年第一场新闻发布会聚焦长江经济带发展，国家发展改革委副主任王昌林在回答"推动沿江产业绿色 低碳发展"时，专门提及武汉光谷等科创产业高地的高速发展。 产业升级塑造新优势，已累计培育国家级先进制造业集群41家、战略性新兴产业集群30家，分别占全国的51%和45%。他 以汽车产业为例，随着电动化、智能化技术加快变革，沿江地区汽车产业链供应链不断焕新升级，2025年上海、江苏、浙江、 安徽、重庆新能源汽车产量均超过百万辆，一条贯通全流域、覆盖全链条的新能源汽车产业链正在加速形成。 绿色转型实现新突破：积极推动钢铁、石化化工、建材等传统产业绿色转型，在长江经济带布局建设了24个国家碳达峰试 点城市和园区、14个零碳园区。加大新能源清洁能源船舶研发和推广，累计支持约1万艘老旧营运船舶报废更新。积极推动浙 江丽水、江西抚州等14个试点地区加快探索生态产品价值实现机制。 王昌林说：长江经济带以占全国约三分之一的能源消耗和碳排放，贡献了近一半的GDP，生态优先绿色发展主战场的引领 带动作用日益凸显。下一步，将加快推动沿江传统产业绿色转型，因地制宜培育壮大绿色低碳产业，更好实现在发展中保护、 在保护中发展 ...

Core Viewpoint - The announcement highlights the successful completion and trial production of a lithium salt production upgrade project by Zhongmin Resources, which aims to enhance production efficiency and reduce costs in the lithium salt business [1] Group 1: Project Overview - Zhongmin Resources' wholly-owned subsidiary, Zhongmin Resources (Jiangxi) Lithium Industry Co., Ltd., has completed the construction of a 30,000-ton high-purity lithium salt technical upgrade project [1] - The project represents a comprehensive technological upgrade of the existing 25,000-ton lithium salt production line, with a total investment of 120.7442 million yuan [1] - The project is located in Xinyu City, Jiangxi Province, and commenced production trial operations on January 2, 2026 [1] Group 2: Objectives and Benefits - The primary goal of the project is to further reduce production costs in the lithium salt business and accelerate the transition to intelligent manufacturing while promoting a green and low-carbon development model [1] - The project is expected to improve lithium recovery rates and lower production costs, with main products being battery-grade lithium carbonate and battery-grade lithium hydroxide, which can be flexibly adjusted based on market demand [1] - The successful launch of this project increases Zhongmin Resources' total annual production capacity of battery-grade lithium salts to 71,000 tons, enhancing the company's competitive edge in the industry [1] Group 3: Market Considerations - The announcement also notes that lithium salt product prices may fluctuate due to supply-demand relationships, industrial policies, and international trade environments, indicating that actual benefits from the project may differ from expectations [1]

河南省政府办公厅日前印发了《河南省加快推动制造业绿色低碳发展的若干政策措施》（以下简称《措 施》），从推动传统产业加快绿色低碳转型、推动壮大绿色低碳产业发展规模、推动提升资源循环利用 能力突破等6个方面出台了21条举措，加快提升河南制造业绿色竞争优势。 在实施大规模绿色化改造方面，推动10个传统产业实施新一轮绿色化改造，到2027年，新增A级、B级 和绩效引领企业2000家左右。在强化挥发性有机物综合治理上，涉VOCs重点行业企业基本实现低 （无）VOCs含量原辅材料替代。在加快调整能源消费结构上，力争到2027年，制造业领域清洁低碳能 源占能源消费比重达25%。在推进重点行业产能治理上，力争到2027年，落后低效产能基本退出。 此外，还将培育制造业绿色融合新业态，推动数字化绿色化协同、绿色制造与现代服务业融合、绿色产 品与绿色消费供需融合，拓展制造业绿色低碳发展的新模式、新业态、新场景；推动金融赋能绿色制造 加快发展，发挥绿色信贷、绿色基金、绿色保险等金融工具作用，鼓励金融服务制造业绿色低碳发展。 当前，制造业绿色低碳发展已成为塑造新动能新优势、发展绿色生产力、助力碳达峰碳中和的重要引 擎。《措施》提出，要 ...

Core Viewpoint - The Ministry of Finance, in collaboration with various governmental departments, has established the "Corporate Sustainable Disclosure Standard No. 1 - Climate (Trial)" to enhance climate-related information disclosure among enterprises, marking a significant step in China's sustainable disclosure framework [1][2]. Group 1: Overview of the Climate Standard - The Climate Standard is the first specific guideline under the unified sustainable disclosure framework, transitioning from a general framework to specific issues [1]. - It aims to create a transparent, comparable, and reliable climate information disclosure system, supporting green and low-carbon development [1][2]. Group 2: Structure of the Climate Standard - The Climate Standard consists of four main parts: Governance, Strategy, Risk and Opportunity Management, and Metrics and Targets [2]. - The Governance section outlines disclosure targets related to climate governance, including information on governance bodies and third-party verification [2]. - The Strategy section specifies disclosure requirements regarding climate-related risks and opportunities, their impact on corporate strategy, and financial implications [2]. - The Risk and Opportunity Management section details how companies should disclose their management processes for climate-related risks and opportunities [2]. Group 3: Implementation and Adaptation - The Climate Standard combines international practices with China's unique context, allowing companies to adapt disclosure methods based on their resources, thus reducing compliance costs for small and medium enterprises [3]. - It aims to address issues of "greenwashing" by providing standardized disclosure that directs capital towards low-carbon projects [3]. - The implementation will be gradual, starting with voluntary disclosures and expanding to mandatory requirements over time, focusing on different company sizes and types [3].

2025年迎峰度夏期间，南方电网西电东送超过1/3的直流输电通道保持全天满负荷送电，单日送电量最 高超过11.5亿千瓦时。 大市场促进清洁能源跨省跨区消纳。"当前，西电东送呈现新格局，跨区域互济范围拓展，全国统一电 力市场联通机制全面达成。"南方电力调度控制中心副总经理谢一工介绍，2025年，南方区域电力现货 市场转入连续结算试运行，达成南网、国网首笔跨电网经营区现货交易，有力服务全国电力保供大局。 1月4日，记者从南方电网获悉，南方电网西电东送2025年全年送电量超过2600亿千瓦时，达2616亿千瓦 时，比2020年超出311亿千瓦时，创历史新高。"十四五"期间，南方电网通过"八交十一直"西电东送大 通道，累计送电1.14万亿千瓦时，相当于减少燃煤3.3亿吨、减排二氧化碳8.6亿吨，为我国绿色低碳发 展注入强劲动力。 "十四五"期间，在没有新增外送通道的情况下，南方电网西电东送电量为何屡创新高？ 电量创新高源于供需两端协同发力。供给侧，2025年西部地区来水丰沛，1—12月，云南水电发电量同 比增长约6%，新能源发电量同比增长约14%；需求侧，粤港澳大湾区数字经济、先进制造等产业蓬勃 发展，用电需求刚性增 ...

新华社北京1月4日电（记者王悦阳）南方电网1月4日宣布，公司2025年"西电东送"全年送电量达2615亿 千瓦时，比2020年多310亿千瓦时，创历史新高。"十四五"期间，南方电网通过"西电东送"大通道，累 计送电1.14万亿千瓦时，相当于减少燃煤3.3亿吨、减排二氧化碳8.6亿吨，为我国绿色低碳发展注入强 劲动力。电量创新高源于供需两端协同发力。供给侧，2025年西部地区来水丰沛，1至12月，云南水电 发电量同比增长约6%，新能源发电量同比增长约14%；需求侧，粤港澳大湾区数字经济、先进制造等 产业蓬勃发展，用电需求刚性增长，广东成为全国第一个用电负荷突破1.6亿千瓦的省份。据了解，南 方电网将适时组织省间中长期灵活交易，常态化开展跨经营区电力交易，同时充分发挥抽水蓄能、新型 储能、虚拟电厂等资源的灵活调节能力，全力做好能源电力保供工作。（完） ...

Core Viewpoint - The successful commissioning of the Chaburang Photovoltaic Power Station marks a significant step in China's green energy transition and optimization of energy structure, contributing to regional economic development [1][2]. Project Overview - The Chaburang Photovoltaic Power Station, located in Muli County, Sichuan Province, has an installed capacity of 1 million kilowatts, making it the largest ultra-high-altitude mountain photovoltaic project in China [1]. - It is a key project under Sichuan's "14th Five-Year" renewable energy plan and part of the Yalong River Basin integrated water-wind-solar base [1]. Economic and Environmental Impact - The project is expected to generate an average annual electricity output of approximately 1.95 billion kilowatt-hours over the next 25 years, saving about 600,000 tons of standard coal and reducing carbon dioxide emissions by approximately 1.55 million tons annually [1]. - It provides significant economic and environmental benefits, supporting the region's green low-carbon development and contributing to the "dual carbon" goals [1]. Construction Challenges and Innovations - The project faced extreme conditions such as high altitude, cold weather, and oxygen deficiency, showcasing the team's exceptional commitment and innovative solutions [2]. - The construction team implemented advanced surveying techniques and optimized construction plans to address the challenges posed by the complex terrain [2][3]. - New construction methods and devices suitable for high-altitude photovoltaic component installation were developed, leading to five utility model patents [3]. Employment and Local Economic Benefits - The project created numerous job opportunities, with over 1,000 installation workers on-site during peak construction, 90% of whom were from local areas such as Liangshan Prefecture and Ganzi Prefecture [4]. - The completion of the project is expected to increase local labor income by over 250 million yuan, significantly benefiting the local community [4].