自创建活动启动以来，省发展改革委成立专项工作领导小组，聚焦"绿色办公、绿色出行、绿色采购、 垃圾分类"等要素，从深化制度体系建设、文明理念养成、行为方式倡导、智慧管理驱动等多个层面入 手，全面夯实了干部职工的"无废"理念，实现了固体废物源头减量，形成了共建共享的良好格局。如 今，节约一张纸、一度电、一杯水、一粒米已成为干部职工日用而不觉的习惯。 中国发展网讯日前，山东省"无废城市"建设工作专项小组办公室印发《关于发布2025年山东省"无废细 胞"典型案例的通知》，省发展改革委因创建"无废机关"成效突出，发挥了引领带动作用，成功入选"无 废细胞"典型案例。 细微处见真章。下一步，省发展改革委将持续提升固体废物精细化管理水平，不断总结凝练可复制、可 推广的经验举措，为提升全省"无废城市"建设水平加力赋能。(山东省社会信用中心黄玉霞) ...

自治区人大代表、阿里地委副书记、行署专员石玉辉。记者 永青 摄 "2025年，阿里地区聚焦'四件大事'聚力'四个创建'，深化'三基'工作和'三大'行动，推动经济社会呈现'稳中有 进、进中提质、质效双升'的高质量发展良好态势。地区生产总值增长6.6%，展现出强劲的发展韧性和活力； 规上工业增加值增长251.3%，工业引擎作用凸显；城乡居民人均可支配收入分别增长5.6%、7%，城乡居民收 入稳步提升。"近日，自治区人大代表、阿里地委副书记、行署专员石玉辉在接受本报记者专访时说。 人居环境呈现新面貌。坚持城乡融合发展，一体推进新型城镇化和乡村全面振兴。加快推进G4218昆莎机场 至狮泉河公路新建工程、昆仑大道、狮泉河镇德吉路至象泉路桥梁建设。持续巩固拓展脱贫攻坚成果，统筹 各类衔接资金精准投入产业发展、基础设施和乡村治理。累计建成43个宜居宜业高原和美乡村，惠及众多居 民。全地区农牧民专业合作社达到206家，村集体经济持续壮大。深入开展城乡环境综合提升行动，推动城乡 环境面貌持续改善。 生态底色愈发鲜明。坚定不移走生态优先、绿色发展之路，制发"四个体系"建设工作方案和河湖长制、林草 长制高质量发展若干措施，持续完善 ...

Core Viewpoint - The article highlights the successful transformation of construction waste management in Chongqing's Banan District, focusing on the resource utilization of construction waste to promote sustainable urban development and the concept of a "waste-free city" [1][6]. Group 1: Resource Utilization - Construction waste is sorted and processed into reusable materials, such as permeable bricks, which are then used in local infrastructure projects [1][4]. - The district has established a network for resource utilization, with an annual processing capacity of 200,000 tons and a resource utilization rate of 68.23% [5]. - The introduction of advanced sorting and processing technologies has improved efficiency, allowing for the production of recycled materials at a lower cost [4][5]. Group 2: Government Investment - The district has integrated construction waste reduction into its civil construction assessment system, promoting green practices in design and construction [6][7]. - The use of prefabricated components has reduced construction waste by nearly 40%, demonstrating effective source reduction strategies [6]. - The government has invested in monitoring and regulatory measures, including digital applications and drone surveillance, to prevent illegal dumping and ensure compliance [7][9]. Group 3: Economic and Social Impact - The resource utilization of construction waste not only reduces disposal costs but also contributes to economic development by creating jobs and lowering construction costs [8][9]. - The initiative aims to enhance public awareness and acceptance of recycled products, addressing challenges in market demand and product recognition [9]. - The government plans to encourage social capital participation and support the development of leading enterprises to stimulate market activity and achieve comprehensive social benefits [9].

Core Viewpoint - The article emphasizes the importance of improving waste classification and resource utilization in construction waste management, highlighting the successful implementation of a resource utilization network in Chongqing's Banan District, which aims to achieve economic, ecological, and social benefits simultaneously [1]. Group 1: Resource Utilization and Economic Impact - Chongqing's Banan District has established a network for the resource utilization of construction waste, with an annual processing capacity of 200,000 tons and a resource utilization rate of 68.23% [5]. - The introduction of Chongqing Ronglu Construction Engineering Co., which specializes in resource utilization, has significantly improved efficiency in processing construction waste, allowing for the production of recycled permeable bricks and other materials [4][5]. - The operational costs for resource utilization facilities exceed 10,000 yuan per day, but government support, including land provision and subsidies, has reduced production costs, leading to an annual output value of approximately 20 million yuan [5]. Group 2: Source Reduction and Regulatory Measures - Banan District has integrated construction waste reduction into its civil construction assessment system, promoting green practices in design and construction, which has led to a 40% reduction in waste generated from foundation excavation through the use of prefabricated components [7]. - The district aims for a 10% reduction in construction waste generation in 2024 compared to 2023, with a 15% decrease in engineering soil waste [7]. - Strict regulatory measures are in place to monitor the generation and transportation of construction waste, including the use of digital applications and drones for real-time monitoring [7][8]. Group 3: Social and Environmental Benefits - The resource utilization of construction waste not only reduces pollution and carbon emissions but also contributes to sustainable development by minimizing land use for waste disposal [9]. - There are challenges in market-driven mechanisms and public acceptance of recycled products, indicating a need for increased awareness and education regarding the benefits of resource utilization [9]. - The government plans to enhance social capital involvement and support policies to cultivate leading enterprises in the industry, aiming to stimulate market activity and achieve comprehensive social benefits [9].

为推动生活垃圾焚烧设施协同处置工业固废向规范化、可持续化方向发展，亟须从制度设计、监督执 行、科技支撑三方面系统构建一套科学、完备的生态环境监管体系。具体可从以下三方面着手。 在"无废城市"建设的战略框架下，生活垃圾焚烧处理作为我国城市固废治理体系的重要环节，近年来呈 现出蓬勃发展的态势。截至2025年年底，全国生活垃圾焚烧发电企业已逾千家，日处理能力突破110万 吨。然而，在行业快速发展的同时，部分地区也出现了产能利用率不足的问题。当前，生活垃圾焚烧设 施平均负荷率仅为60%左右，约四成处理能力处于闲置状态，资源配置效率亟待提升。 为优化设施利用效率、深化"无废城市"建设，浙江、广东、江苏及上海等多个省（直辖市）率先开展了 生活垃圾焚烧设施协同处置工业固体废物的探索。这一举措不仅为工业固废处置开辟了新路径，也为生 活垃圾焚烧设施的产能释放创造了条件。 然而，协同处置过程中暴露出的环境监管缺失问题亦不容忽视。尽管部分省市出台了相关管理文件，但 在焚烧工艺参数、掺烧比例、排放控制等关键环节，仍缺乏统一、明确的管控标准。监管依据的不足， 导致生态环境部门面临"无法可依、无标可循"的困境，难以有效防控潜在的生态环境 ...

Core Insights - The article discusses the implementation of a comprehensive waste management strategy in Chongqing's Banan District, focusing on the recycling and resource utilization of construction waste, aiming for economic, ecological, and social benefits. Group 1: Resource Utilization - Banan District has established a network for the resource utilization of construction waste, achieving an annual processing capacity of 200,000 tons and a resource utilization rate of 68.23% [5] - The introduction of Chongqing Ronglu Construction Engineering Co., which specializes in resource utilization, has significantly improved the efficiency of waste processing through advanced machinery [4][5] - The production of recycled permeable bricks from construction waste has been successfully integrated into local infrastructure projects, demonstrating the practical application of recycled materials [4][5] Group 2: Cost Management - The operational costs for resource utilization facilities exceed 10,000 yuan per day, but government support, including land provision and subsidies, has reduced production costs and expanded market reach [5] - The economic benefits of resource utilization include lower disposal costs and reduced land occupation for landfill, contributing to overall economic development in the region [8] Group 3: Source Reduction - Banan District has incorporated waste reduction into its construction assessment criteria, promoting green practices in design and construction to decrease waste generation by nearly 40% [7] - The district aims to reduce construction waste generation by 10% in 2024, with a 15% reduction in engineering soil waste compared to 2023 [7] Group 4: Social Impact - The resource utilization of construction waste contributes to reducing pollution and carbon emissions, highlighting the broader ecological and social benefits beyond economic gains [9] - Challenges remain in market-driven mechanisms and public acceptance of recycled products, necessitating efforts to enhance awareness and acceptance of these materials [9]

转自：新华财经 珠江村项目的规模化应用成功实现 1.2万立方米渣土的就地资源化利用，实现了项目的"挖填平衡"。对 比传统水泥回填，该工艺可实现高达80%的碳减排，大幅减少了渣土外运带来的交通堵塞与粉尘污染。 仅珠江村一期项目，在节省土方外运及外购土费、人工机械费等方面，综合成本降低20%-30%。机械化 泵送替代了繁琐的人工与机械分层夯实，回填工期缩短了约 50%，极大释放了施工场地，为后续工序 赢得了宝贵时间。 由广东省工程勘察设计行业协会、广州市粤标建筑废弃物资源化利用研究院联合组织的专家委员会对该 项名为"淤泥弃土就地改性固化与胶合材料复合应用技术研究"的成果进行了现场评定。专家组一致认 为：该技术路径清晰，解决了旧改项目狭窄空间回填的行业通病，整体水平达到行业领先。 广州市城市管理和综合执法局建筑废弃物管理处处长徐振标指出，建筑垃圾资源化利用是广州打造"无 废城市"的重要组成部分，中交四航局的探索为全市提供了可借鉴、可复制的先进经验。下一步，广州 市城市管理和综合执法局将联合广州市住房和城乡建设局，立足本次观摩会成果，进一步强化部门协 同、凝聚工作合力，聚焦建筑垃圾源头减量化、处置资源化、利用规模化目 ...

本文来自微信公众号： 正解局 ，作者：正解局 有个事，可能超出很多人的认知： 以下文章来源于正解局 ，作者正解局 正解局 . 解读产业，发现价值。产业/城市/企业。 从"垃圾围城"到"垃圾不够烧"，这不只是一个环保逆袭的故事。 答案也没那么简单。 最近很多媒体，不约而同关注到了深圳罗湖区的这座垃圾山，沉睡了二十多年的玉龙垃圾填埋场。 11.69万平方米的超大绿色天幕下，多台挖掘机有序工作着，对这座沉睡近30年、海拔110米、高差 达46米的垃圾山，进行精准"解剖"。 这也是目前全国体量最大、全量开挖的垃圾环境修复治理工程。 这座填埋场建于1983年，1997年停用，2005年底实施封场，曾是深圳市最早、最大的生活垃圾填埋 场之一，累计填埋垃圾超过410万吨，大约有250万立方米，差不多2.5个"鸟巢"那么大。 臭气、蚊蝇、渗滤液污染…… 在当年，在城市快速扩张的年代，焚烧技术尚未成熟，填埋是唯一的选择，这座填埋场是不得已的存 在。 直到2019年，深圳南山二期、宝安三期、龙岗三大能源生态园提前投产运行，全市新增垃圾焚烧处 理能力1.03万吨/日，总设计焚烧能力达到1.8万吨/日，最高可达2万吨/日。 深圳在全 ...

Core Viewpoint - The article highlights the efforts of Chongqing in establishing a "waste-free city" through effective waste management and resource recycling, showcasing initiatives like the transformation of kitchen waste into biodiesel and the recycling of industrial waste [1][2]. Group 1: Waste Management Initiatives - Chongqing's waste management includes the collection of kitchen waste, which is processed to extract waste oil for conversion into biodiesel, supporting downstream industrial companies [1]. - The "circular economy" concept is emphasized, where waste materials such as transformer oil are processed to prevent soil and groundwater pollution, with a focus on safe and efficient disposal [2]. - The Chongqing Electric Power Resource Recycling Center has dismantled over 7,000 transformers and 6,000 tons of cables, producing more than 25,000 tons of high-quality recycled resources [2]. Group 2: Community Engagement and Technology - The implementation of smart recycling devices in residential areas allows residents to recycle materials like paper and plastic efficiently, with automatic weight measurement and payment systems [3]. - Advanced waste sorting technologies, including AI and robotic arms, are used to ensure precise separation of kitchen waste from other types of garbage, enhancing the recycling process [3]. - Organic waste processed in the "venous industry park" generates methane, which is purified and converted into clean electricity, contributing to the local power grid [3]. Group 3: Cross-Provincial Collaboration - Chongqing and Sichuan have established a cooperative mechanism for the cross-province transfer of hazardous waste, improving the efficiency of hazardous waste disposal [3][5]. - The "white list" system allows companies to transfer hazardous waste to approved facilities, streamlining the disposal process and reducing associated costs [5].

Core Insights - The article discusses the transformation of waste cooking oil into biodiesel in Chongqing, highlighting the city's efforts in building a "waste-free city" model focused on efficient waste disposal and resource recycling [1][2]. Group 1: Waste Management Initiatives - Chongqing has been a pilot city for the "waste-free city" initiative since 2019, promoting effective resource recycling and waste reduction [1]. - The "venous industry" concept is introduced, which focuses on the recycling and resource utilization of waste, addressing the issues of waste surplus and resource scarcity [2]. - The Chongqing Electric Power Resource Recycling Center has successfully processed over 7,000 transformers and 6,000 tons of cables, producing over 25,000 tons of high-quality recycled resources [3]. Group 2: Community Engagement and Technology - The "waste-free cells" initiative includes smart recycling devices in residential areas, making waste sorting more convenient for residents [4]. - The city has established a comprehensive waste management system that integrates waste disposal and recycling, enhancing operational efficiency [5]. Group 3: Cross-Provincial Collaboration - A cross-provincial cooperation mechanism for hazardous waste management has been established between Sichuan and Chongqing, streamlining the approval process for hazardous waste transfer [6]. - The partnership between companies in Sichuan and Chongqing has expanded business opportunities for hazardous waste processing, improving efficiency in waste disposal [7].