责编:徐小雪 电话:(010)67139791 传真:(010)67139791 E-mail:dfxcb@vip.sina.com 嘉定多维度发力绿色创新 作为上海市生态治理的先行实践者,嘉定区近年来以系统性思维 布局绿色创新,从生态环境损害赔偿机制改革、助企惠企政策精准推 送,到减污降碳协同推进、智慧执法效能提升,再到"无废城市"全民共 建,每项举措均锚定"消除痛点、惠及民生",构建起多维度绿色发展 体系。 生态环境损害赔偿:资金"活"用消除治理痛点 针对生态环境损害赔偿金使用 管理制度不健全、资金使用效率不 高,生态环境修复效果公众感知弱 等问题,嘉定区生态环境局2024年 创新推出"赔偿资金定向项目化"模 式,结合损害性质与地域生态特点, 建成4个"生态损害赔偿基地",让 赔偿金真正转化为生态修复实效。 安亭"公益之桥"探索基地是首 个衔接生态环境公益诉讼与赔偿金 落地的实验性基地。基地构建"案 件一赔偿一执行一修复一监督"闭 环链条,建立起与区检察院快速会 商通道。华亭"碧水之源"共治基地 赔偿金用于污染河道水体净化、水 生态重建和水环境维护,旨在让造 成水生态环境损害的企业积极履行 社会责任。 马 ...

中新网西安12月10日电 (李一璠)当传统工业的高耗与污染成为过往，"零碳工厂"正用科技与自然的交 响，书写着制造业的绿色革命，厂房顶部光伏板整齐排列，阳光倾洒在生产线上，机械臂有条不紊地左 右轮转。 近日，中新网记者跟随"绿动西安·碳寻未来"西安市减污降碳协同创新试点采风活动，了解该市在绿色 发展领域的思路与成效。 同时，西安正在把"生活垃圾"变成循环利用的"绿色宝藏"。高陵生活垃圾无害化处理焚烧热电联产项 目，采用中温次高压高效发电技术，发电效率达27%，每吨生活垃圾焚烧后可发电600千瓦时，焚烧产 生的热量运用于集中供热，垃圾焚烧后的废渣经无害化处理达标后，可加工制成透水砖、路基材料等建 筑用料。 记者在西咸新区一园区内看到，测试员正驾驶着"氢能蓝"在各厂房间灵活穿梭，该氢能助力车具有无噪 运行、零碳排放的特点。"这款氢能助力车以压缩氢气罐为动力，一罐气可实现约80公里续航，即便在 极端环境下也能稳定运行。"陕西海创盛世氢能科技有限公司生产主管张海斌介绍，目前，30台氢能助 力车已在茯茶镇正式投放，为园区通勤勾勒出高效低碳的风景线。 据了解，在汽车工业传统生产模式中，涂装、电镀等工艺，以化石燃料为主的能 ...

Core Viewpoint - The construction of a "waste-free city" is a crucial initiative for solid waste management, promoting ecological civilization, and achieving sustainable economic and social development [1][2] Group 1: Industrial Solid Waste Management - The city has implemented clean production audits in high-energy-consuming industries, supporting pollution reduction and resource recycling [3] - A green manufacturing system has been established, focusing on tailored solutions for individual enterprises and parks to enhance resource utilization efficiency [3] - The comprehensive utilization rate of general industrial solid waste has exceeded 75%, with significant projects recognized as typical cases for pollution reduction and carbon reduction [3] Group 2: Agricultural Solid Waste Utilization - Initiatives have been launched to reduce agricultural solid waste at the source, including the promotion of biodegradable films and green pest control technologies [4] - The resource utilization rate of livestock manure has stabilized above 90%, with multiple model bases established for manure recycling [4] - A comprehensive waste recovery system for agricultural waste has been developed, including the establishment of collection points for used agricultural films [4] Group 3: Living Source Solid Waste Management - The city has implemented a waste classification system, covering approximately 150,000 residents and 3,000 commercial establishments, achieving a resource utilization rate of 87% for urban waste [6] - New green buildings have been promoted, with over 2 million square meters of new construction meeting green building standards since 2022 [6] - The city operates six waste incineration power plants with a daily processing capacity of 4,200 tons, effectively managing urban waste [6] Group 4: Recycled Resources - A comprehensive recycling network has been established with 260 registered enterprises, focusing on various recyclable materials [7] - New recycling models, including "Internet + Recycling," have been explored to enhance the efficiency of electronic waste collection [7] - The city is promoting the standardized development of the recycling industry, with several enterprises recognized for their compliance with industry norms [7]

Core Insights - The article highlights the successful inclusion of Qingdao High-tech Zone in the "2025 Corporate (Park) Climate Action Case Collection" due to its innovative practice of achieving synergistic effects in pollution reduction and carbon emission reduction through a "three-chain collaboration" model [1] Group 1: Climate Action and Achievements - Qingdao High-tech Zone has been recognized as one of the first national pilot parks for collaborative innovation in pollution reduction and carbon emission reduction, demonstrating a systematic transformation to address the contradiction between development and emission reduction [1] - From 2020 to 2024, the park's industrial added value has grown at an average annual rate of 14.7%, energy consumption intensity has decreased by nearly 40%, and carbon emission intensity has dropped by over 45% [1] Group 2: Energy Chain Transformation - The energy transformation in Qingdao High-tech Zone focuses on "de-coalization, increasing green energy, and improving efficiency," establishing a three-tier energy supply model of "base-load heat pump—peak-shaving gas—waste heat utilization" [2] - The park has eliminated traditional coal heating systems and built energy station clusters using surface water and sewage source heat pumps, with 44% of the heating area relying on renewable energy, reducing carbon dioxide emissions by 60,000 tons annually [2] - The implementation of solar photovoltaic projects has resulted in a total installed capacity of 70 MW, generating over 60 million kilowatt-hours annually, with industrial green electricity usage reaching 20%, and 50% in the chemical industry [2] Group 3: Industrial Chain and Policy Implementation - Qingdao High-tech Zone employs a "1+2+1" modern industrial system to lead pollution reduction and carbon emission strategies, focusing on high-energy-consuming and high-emission industries [3] - The park has developed a specific implementation plan for collaborative innovation in pollution reduction and carbon emission reduction, resulting in a 19.8% decrease in general industrial solid waste generation intensity and a 16.3% decrease in hazardous waste generation intensity from 2021 to 2024 [3] - In the chemical sector, over 50% of electricity used by enterprises comes from clean energy, with 99% of general industrial solid waste being reused and a hazardous waste utilization rate of 95% [3] Group 4: Resource Recycling and Water Management - The park encourages enterprises to engage in water reuse, wastewater treatment upgrades, and solid waste resource utilization, achieving an annual reduction of approximately 80,000 tons in wastewater discharge through innovative wastewater reuse technologies [4] Group 5: Innovation Chain and Smart Management - Qingdao High-tech Zone has established a "GIS+CIM" smart energy center for real-time monitoring of energy consumption and carbon emissions, achieving a 14.7% average annual increase in industrial added value while only increasing total energy consumption by 5.1% over the past five years [5] - The park has implemented an innovative model for hazardous waste management, reducing the storage period for small and micro hazardous waste from 12 months to 1 month and lowering disposal costs by over 40% [6] - Collaboration with research institutions has led to breakthroughs in key technologies, establishing a comprehensive innovation system for pollution reduction and carbon emission reduction [6]

Core Viewpoint - The company has demonstrated significant performance improvements through strategic transformation, achieving a remarkable increase in net profit and focusing on core technologies and high-value products [1][2][3] Financial Performance - In the first three quarters, the company reported revenue of 562 million, a year-on-year increase of 38.52% - The net profit attributable to shareholders reached 61.98 million, up 217.88% year-on-year - The net profit excluding non-recurring items surged to 59.80 million, reflecting a staggering growth of 793.57% [2] Strategic Transformation - The company has undergone a name change from "Tongxing Environmental Protection" to "Tongxing Technology" to emphasize its focus on technological innovation [2] - The strategic focus includes organizational restructuring and resource allocation towards core technologies and high-value products, moving away from low-margin projects [3][4] Business Structure - The company operates under a "one body, two wings" strategy, where the core business is air pollution control, while CCUS and sodium battery businesses are the new growth engines [4][5] - The CCUS business is a natural extension of the main business, providing carbon capture solutions alongside air pollution control services [4][6] Future Growth Plans - The company plans to invest approximately 3.2 billion in a project to produce 100,000 tons of sodium battery anode materials and 6 GWh of battery cells, which is expected to enhance profitability and market competitiveness [6][7] - The company aims to achieve digital and intelligent upgrades in its main business, become a leading carbon capture technology service provider, and scale up sodium battery production within the next 3-5 years [8] Internationalization Strategy - The international strategy focuses on expanding product exports, deepening market presence in Southeast Asia, Europe, and the Middle East, and establishing local service systems [7] - The company plans to pursue acquisitions to strengthen its position in the low-carbon industry ecosystem, particularly in the sodium battery and CCUS sectors [7][8]

责编:徐小雪 电话:(010)67139791 传真:(010)67139791 E-mail:dfxcb@vip.sina.com 聊城市委、市政府锚定"生态 优先、绿色发展"目标不动摇,将 生态环境保护工作纳入经济社会 发展全局,纳入党政重要议事日 程,市委每月召开市委常委会会 议研究生态环境保护工作,市政 府不定期听取工作汇报,市人大 积极开展监督执法和专题会商, 市政协充分发挥民主监督和参政 议政作用,各部门之间协同配合 更加紧密,形成"党委领导、政府 主导、生态环境牵头、县区主责、 部门联动、齐抓共管"的大保护工 作格局。 建成覆盖市、县、乡三级的生 态环境监测网络,出台《聊城市环 境空气质量考核县市区约谈问责 办法》,建立流域横向生态补偿机 制,压紧压实治理责任。充分挖 掘和发挥好信访投诉的线索作 用,"十四五"以来,办理环境信访 件 5761件,环境信访件数量减少 50%,群众满意率保持在 96% 系,出台《聊城市危险废物污染 环境防治条例》《聊城市禁止燃放 烟花爆竹条例》,修订《聊城市水 环境保护条例》,以法制护航生态 文明建设。 持续优化执法方式,积极推 进差异化执法监管,实行正面清 单并动 ...

Core Viewpoint - The company has demonstrated significant performance improvements, with a non-net profit increase of 793.57% year-on-year, and is strategically transforming into a technology-driven entity focused on air pollution control, carbon capture, and sodium battery production [2][3][9] Financial Performance - In the first three quarters, the company achieved revenue of 562 million, a year-on-year increase of 38.52%, and a net profit attributable to shareholders of 61.98 million, up 217.88% [3][4] - The non-net profit reached 59.80 million, reflecting a substantial growth of 793.57% year-on-year [3] Strategic Transformation - The company has undergone organizational changes to enhance operational efficiency, moving away from traditional hierarchical structures to establish specialized divisions [4][5] - The strategic focus is on core technologies and high-value products, reducing reliance on low-margin projects [4] Business Model - The "one body, two wings" strategy integrates air pollution control as the core business with CCUS and sodium battery sectors as growth engines [5][6] - The CCUS business is a natural extension of the main operations, providing carbon capture solutions alongside air pollution control services [6] Sodium Battery Development - The company is investing approximately 3.2 billion in a project to produce 100,000 tons of sodium battery cathode materials and 6 GWh of battery cells, which is expected to enhance future profitability and market competitiveness [7][8] - Key advantages of sodium batteries include excellent low-temperature performance, higher safety, and long-term cost benefits [7] Internationalization Strategy - The company plans to expand internationally by enhancing product exports, establishing localized service systems in key markets, and potentially setting up overseas manufacturing and R&D teams [8] - Mergers and acquisitions will focus on strengthening capabilities in environmental protection, carbon capture, and new energy materials [8] Future Goals - The company aims to achieve digital and intelligent upgrades in its main business, become a leading global carbon capture technology service provider, and scale up sodium battery production within the next 3-5 years [9] - The long-term vision is to be recognized as a leader in pollution reduction and carbon neutrality by 2035 [9]

Core Viewpoint - The company has demonstrated significant performance improvements through strategic transformation, achieving a remarkable increase in net profit and focusing on core technologies and high-value products [1][2][3] Financial Performance - In the first three quarters, the company reported revenue of 562 million, a year-on-year increase of 38.52% - The net profit attributable to shareholders reached 61.98 million, up 217.88% year-on-year - The net profit excluding non-recurring items surged to 59.80 million, reflecting a staggering growth of 793.57% year-on-year [2] Strategic Transformation - The company has transitioned from "Tongxing Environmental Protection" to "Tongxing Technology," emphasizing technology innovation as the core driving force for development [2] - The strategic focus is on digital and intelligent upgrades of core businesses, aiming to solidify its leading position in low-temperature flue gas governance and become a global leader in carbon capture technology [1][7] Business Structure - The company operates under a "one body, two wings" strategy, where the core business is air pollution control, while CCUS and sodium battery businesses are rapidly developing as new growth engines [2][3] - The CCUS business is a natural extension of the main business, providing carbon capture solutions alongside flue gas treatment services [3][4] Future Plans - The company plans to invest approximately 3.2 billion in a project to produce 100,000 tons of sodium battery anode materials and 6 GWh of battery cells, which will enhance future profitability and market competitiveness [5][6] - The internationalization strategy will focus on expanding product exports, deepening market presence in Southeast Asia, Europe, and the Middle East, and establishing local service systems [6] Industry Positioning - The company aims to become a recognized leader in the field of pollution reduction and carbon reduction by 2035, providing integrated solutions for low-carbon transformation and sustainable development [7]

作为国家能源开发的重要力量，胜利油田坚定推进油气开发与绿色低碳融合发展，持续提升高质量发展的生态价值和可持续性。近年来，油田深入践行绿水 青山就是金山银山理念，积极融入黄河流域生态保护与高质量发展国家战略，探索出一条具有示范意义的绿色发展路径。 高效开发与生态保护的双轮驱动，正成为胜利油田绿色转型的核心路径。能源与碳排放管控中心的PCS系统（油气生产信息化平台）构建智慧化管控体系， 2024年累计实施优化19343井次，节电3485.88万千瓦时，在保持2340万吨年产量的同时，实现碳排放总量与强度"双降"。 正如能源与碳排放管控运行专班李来俊所言："我们不仅要精于采油，更要善用能源，让每千瓦时电、每立方米气都发挥最大效能。" 在这片黄河与渤海交融的沃土上，胜利油田以实践诠释"在保护中开发、在开发中保护"的深刻内涵。 占地两万亩的胜大生态林场与十几公里外的新东营原油库，通过"碳汇联动"机制形成生态闭环。这片由120万棵白蜡树组成的绿色长城，年固碳量达1.2万 吨，助力油库连续两年实现运营碳中和，有效抵消生产碳排放。 得益于系统性生态修复工程，黄河入海口如今迎来600万只候鸟的周期性迁徙，渤海湾更重现江豚与斑海 ...

Core Viewpoint - The VOCs emission from industrial sources remains high, but the governance logic is undergoing profound changes, shifting from "compliance with standards" to "pollution reduction and carbon reduction" [1] Industry Development - The VOCs governance industry in China is entering a new development stage characterized by refined management, systematic and intelligent governance, and low-carbon approaches [1] - The industry chain for VOCs governance has been continuously extended, with significant upgrades in upstream purification materials and enhanced manufacturing capabilities in midstream equipment [2] - The current market size for VOCs governance in China is approximately 115 billion yuan, with the main business types being governance engineering (65.2%) and third-party operation services (17.4%) [2] Green Island Model - The "Green Island" model, which focuses on centralized recovery and regeneration platforms for small and medium-sized pollution sources, is gaining traction as an effective governance approach [3] - This model addresses high costs and management difficulties associated with dispersed emissions from enterprises, becoming a key direction for regional air pollution collaborative governance [3] Regulatory Changes - The recent amendment to the Environmental Protection Tax Law expands the taxation scope for VOCs, marking a shift from passive compliance to proactive emission reduction [4] - Industries significantly impacted by VOCs emissions include petrochemicals, chemicals, industrial coatings, and oil storage and transportation [4] Tax Implications - The expected tax rate for VOCs is between 60,000 yuan/ton and 180,000 yuan/ton, which will accelerate the elimination of outdated production capacity and create market opportunities for compliant enterprises [5] Technological Innovation - The VOCs governance technology is evolving from traditional methods to new trends focusing on deep governance, material innovation, digital control, and equipment standardization [6] - Key technologies include solvent recovery through various processes, activated carbon fiber adsorption, and biological treatment methods that emphasize low energy consumption and no secondary pollution [6]