转自：新华财经 新华财经9月26日电（王宇静）近年来，建行江苏省分行践行绿色发展理念，通过创新金融产品和服 务，精准支持垃圾、污水处理，变"废"为"宝"，为区域经济绿色转型注入金融"活水"。 变"废"为"宝" 建筑垃圾在城市垃圾总量中占据着显著比例，医疗废物等危废垃圾的不当处置可能对城市公共卫生安全 造成影响，但换个思路，这些垃圾也是放错位的资源。 如何推动占城市垃圾总量近40%的建筑垃圾的高效循环利用，一直是城市建设的重要课题。南京嘉翼数 字化增材技术研究院有限公司给出了答案。该企业专注于建筑3D打印，能够将工业废弃物改造为强度 达C40的再生混凝土，该材料已广泛应用于民用及商用住宅、功能用房和市政工程等领域，真正实现了 建筑垃圾"变废为宝"。建行南京江北新区分行始终陪伴其成长创新，不仅在2024年为该企业投放"善新 贷"800万元，今年又为其上游公司追加"成长之路"贷款500万元，助力其压降原材料成本，出海中东市 场，践行资源高效利用的可持续发展承诺。 在江苏翔澄环保科技有限公司的生产车间里，建筑废弃物也正经历"涅槃重生"，该企业通过分选、破碎 等工艺，年处理30万吨装修垃圾，让建筑垃圾"回到建筑中去"。 ...

各地情况不同，建设"无废城市"也需因地制宜，但认准了，就要坚定不移干下去，直到干出成效、达到 既定目标 推动绿色发展，应善于打通堵点，找到"资源变资产"的路径。我们常说，垃圾是放错位置的资源。问题 在于，如何在实践中真正实现资源化再利用？ 可以靠技术创新。山东烟台冰轮环保科技有限公司，将废气中的二氧化碳捕集率提升至97%以上，产出 的高纯度二氧化碳可用在食品等领域。将废物转化为资源，将消耗提升为增值，依靠创新实现"点废成 金"，不仅能实现资源高效利用，还能为企业开辟新的增长空间。 也可以靠场景创新。在重庆贝思远新能源有限公司，经过电池健康程度测试、拆解、再制造等环节，废 旧动力电池能被加工成符合标准的各类电池包，运用在通信基站、智能路灯等场景。"边角料"看似无 用，换个应用场景，可能就是实用的"宝贝"。 从技术到场景，以物尽其用为导向，以持续创新为支点，就能让更多闲置的、低效的资源，发挥出更高 价值、创造更大效益。 推动绿色发展，既需要通过创新开路，也需要强化制度政策的支撑作用。广东深圳制定再生资源回收网 点建设指引，鼓励回收企业高标准建设、改造一批再生资源分拣中心和回收中转站，让再生资源"收得 到、收得了、 ...

Core Viewpoint - The construction of "waste-free cities" requires tailored approaches based on local conditions, but once a commitment is made, it should be pursued steadfastly until results are achieved and goals are met [1][3]. Group 1: Innovations in Waste Management - The first batch of 20 "Resource Recycling Stations" has been established in the Tianjin Port Free Trade Zone, integrating resource recycling, community services, and micro-energy networks to enhance waste collection channels [1]. - Shandong Yantai Ice Wheel Environmental Technology Co., Ltd. has improved carbon dioxide capture rates from waste gas to over 97%, producing high-purity CO2 for use in food and other industries, demonstrating the potential of technological innovation in resource conversion [1]. - Chongqing Beisi Yuan New Energy Co., Ltd. processes used power batteries into compliant battery packs for applications in communication bases and smart streetlights, showcasing the value of scene innovation in waste management [2]. Group 2: Policy and Institutional Support - Shenzhen, Guangdong has established guidelines for the construction of recycling resource collection points, encouraging high-standard development of sorting centers and transfer stations to enhance resource recovery efficiency [2]. - Shanghai has implemented the "Shanghai Waste-Free City Construction Regulations," achieving a stable household waste classification compliance rate of over 95% and a recycling rate of 43%, illustrating the effectiveness of policy in promoting green culture and low-carbon lifestyles [2]. Group 3: Collaborative Efforts in Environmental Governance - Effective ecological governance requires collaboration across administrative boundaries to prevent issues like illegal dumping, emphasizing the need for systemic thinking and coordination among departments and regions in building waste-free cities [3]. - The process of constructing "waste-free cities" should be viewed as an opportunity to cultivate and enhance green productivity while improving community well-being through innovation, policy support, and collaboration [3].

在城市建设快速发展的今天，土石方处置一度被视为"头疼"的城市管理难题。然而，一个令人震撼的数字正在改写这个行业的认知：某地运用来运数智土方 模式2年时间，有效创收消纳费2.7亿元，同时节省市政消纳成本超2亿元。 更重要的是，这种模式完全符合国家"双碳"战略和"无废城市"建设要求，将原来散落的各类资源统一管理，把私自收费转化为公开规范的资源收费，形成了 可持续的商业闭环。 基于在某地的成功实践，来运数智土方模式正在多地成功落地。2023年上半年，该地区完成区域扩容的调运管理后，预计消纳年收入将超6亿元。这充分证 明了模式的可复制性和扩展性。 湖南来运新程通过构建全新的建筑垃圾行业互联网生态圈，不仅解决了城市建筑垃圾消纳难的问题，更为相关企业的培育和示范产业的打造提供了有力支 撑，有望孵化出建筑垃圾数智产业互联网独角兽企业。 成功的关键在于构建了一套完整的数智化支撑体系。来运拥有以院士为首的科研团队，打造了成熟的数智化产品矩阵，包括无人值守数智哨兵、运单宝、挖 机宝、车联宝等智能终端设备。 这套体系实现了土石方从产生、分类、运输、流向到计量等核心环节的全过程智能化管理。通过数据驱动，系统能够精准匹配供需关系，优化 ...

高邮市生活垃圾焚烧发电PPP项目由天津泰达环保有限公司与高邮市国有资产投资运营有限公司共同出 资成立的高邮泰达环保有限公司（以下简称高邮泰达）投资、建设和运营。 项目位于江苏省高邮市龙虬镇朱家垃圾卫生填埋场西侧，占地120亩。一期工程总投资3.55亿元，采用 机械炉排炉焚烧工艺，配置两条350吨/日焚烧线和一台15MW汽轮发电机组；同步建设一座300吨/日的 垃圾渗滤液处理站和占地35亩的飞灰填埋场。烟气净化采用行业认可的"SNCR+旋转雾化半干法+干法 +活性炭喷射+布袋除尘"组合工艺，确保各项污染物排放指标稳定优于国家《生活垃圾焚烧污染控制标 准》（GB18485-2014），其中关键指标达到欧盟2000标准水平。高邮泰达现有员工66人，已获授权国 家发明专利4项、实用新型专利30项，并设立扬州市级企业院士工作站。 项目年处理生活垃圾约25.55万吨，年发电量约1亿千瓦时，年上网电量约0.87亿千瓦时，相当于年节约 标准煤约3.3万吨，年减少碳排放约4.5万吨。 在"双碳"目标与"无废城市"建设双重驱动下，固废处理行业正逐步从末端治理向全链条资源化转型。作 为生态环境领域的品牌企业（获中国城市环境卫生协会 ...

Core Viewpoint - The construction of the Qilin Expressway demonstrates a commitment to the national "dual carbon" strategy and the concept of "green mountains and clear waters are as valuable as mountains of gold and silver" by utilizing modified titanium gypsum waste as a roadbed material, thus promoting sustainable development and resource recycling [1][2]. Group 1: Project Overview - The Qilin Expressway, approximately 57.1 kilometers long, connects key towns in western Shandong and serves as an important transportation link between the western Shandong region and the provincial capital economic circle [1]. - The project addresses the challenges of material shortages for roadbed filling and the disposal of industrial solid waste by converting accumulated titanium gypsum waste from local titanium dioxide production into qualified roadbed filling material [1][2]. Group 2: Environmental Impact - Traditional roadbed construction methods require extensive extraction of natural soil and stone materials, which can lead to ecological damage and increased carbon emissions due to long-distance transportation [2]. - The project utilizes a mature and reliable technology for using titanium gypsum waste, which has been validated in multiple scenarios within the province, offering a cost-effective alternative to traditional filling materials [2]. Group 3: Technical Innovations - To ensure the safety and stability of the roadbed using industrial waste, a dedicated team developed a specialized curing agent and established standardized mixing processes, overcoming previous limitations of titanium gypsum [5]. - The modified titanium gypsum mixture exhibits superior performance in load-bearing capacity, water stability, and resistance to shrinkage and cracking compared to traditional materials, fully complying with high-grade highway design standards [5]. Group 4: Replicable Solutions - The Qilin Expressway project exemplifies a shift from traditional resource extraction to waste recycling, promoting a green ecological concept in highway construction [6]. - Each kilometer of the titanium gypsum roadbed reflects the spirit of "resource recycling," providing a replicable and scalable technical model for similar projects across the country [6][8].

生活垃圾焚烧产生的热量用于发电或供热；通过"点对点"定向利用，让危险废物变身为"生产资料"…… 这些变废为宝、循环利用的有效环保措施是江西省吉安市永新县推动资源循环利用的生动实践。 "垃圾废弃物只是放错了地方的资源。"永新生态环境局党组书记、局长龙怡华表示，永新生态环境局紧 紧抓住"无废城市"建设机遇，不断健全体制机制，创新打造从源头到末端、从生产到消费、从预防到治 理的全过程、全生命周期管理模式，积极促进资源循环利用，探索走出一条生态优先、节约集约、绿色 低碳的高质量发展之路。 初秋时节，走进光大环保能源（永新）有限公司生产区域，环顾四周，厂区干净整洁，厂房窗明几净， 地面一尘不染。这里空气清新，没有闻到一丝异味。 在吊机控制室，透过厚厚的玻璃可以看到，几十米深的垃圾池里堆满了生活垃圾。工作人员控制抓斗， 轻松抓起数吨发酵后的垃圾投入焚烧炉。这些垃圾在焚烧炉里"浴火重生"，最终转化为电能，通过电网 输送到千家万户。 "公司年处理生活垃圾21.9万吨，年发电量8721.38万千瓦时。"光大环保副总经理彭伟说，"我们不仅消 纳了生活垃圾增量，还将填埋场历年的陈腐生活垃圾挖出来焚烧，现在最担心的还是生活垃圾够不 ...

Core Viewpoint - Weifang City has made significant progress in its "waste-free city" initiative since its launch in December 2022, focusing on five key areas: industry, agriculture, construction, daily life, and hazardous waste management, with 57 out of 66 construction indicators completed ahead of schedule [1][3]. Group 1: Industrial Sector - Weifang has optimized its industrial structure and transitioned to cleaner energy, resulting in a 10.6% reduction in solid waste generation intensity compared to 2020 [3]. - The city has established 9 national-level comprehensive utilization enterprises and 38 national-level green factories, with renewable energy generation capacity reaching 13.39 million kilowatts, making it the first city in the province to achieve over 10 million kilowatts of renewable energy capacity [3]. - The annual renewable energy generation has surpassed 1.7 million kilowatt-hours, marking a 16.57% increase, equivalent to replacing 5.1 million tons of standard coal [3]. Group 2: Agricultural Sector - Weifang has built 41 straw collection centers and 96 straw utilization enterprises, aiming for a straw comprehensive utilization rate of 96.17% by 2024 [3]. - The city has achieved over 95% recycling rates for agricultural film and over 78% for pesticide packaging waste, with 100% coverage of livestock manure treatment facilities [3]. Group 3: Construction Sector - The city has implemented policies to enhance construction waste management and promote green buildings, achieving a 100% proportion of green buildings in new constructions with an additional 17.36 million square meters completed [4]. Group 4: Daily Life Sector - Weifang has achieved a 100% coverage rate for waste classification, with 613 new or renovated classification facilities and 260 new classified communities [4]. - The city has a recycling rate of 36.79% for urban household waste, with incineration capacity reaching 8,100 tons per day, ensuring "full incineration and zero landfill" [4]. - The use of single-use plastic woven bags has decreased by 8.99%, and the recycling rate for corrugated boxes has reached 627 million [4]. Group 5: Hazardous Waste Management - Weifang has conducted comprehensive inspections of hazardous waste and implemented a grid-based inspection mechanism, ranking first in the province for hazardous waste management for two consecutive years [4]. Group 6: Community Engagement - The city has cultivated 339 municipal-level "waste-free cells," with 46 recognized at the provincial level, promoting green office and low-carbon consumption concepts [5]. - Various community events and volunteer activities have been organized to raise awareness and encourage participation in the "waste-free city" initiative [5]. Future Plans - Weifang aims to accelerate the "waste-free city" initiative with a focus on environmental health and safety, enhancing solid waste governance systems and capabilities [5].

Core Viewpoint - The rapid development of fresh e-commerce and cold chain delivery has led to an increase in the disposal of foam boxes and ice bags, which are often discarded despite their high recycling value and potential for reuse or degradation [1] Industry Challenges - Foam boxes and ice bags are commonly found in urban waste, contributing to increased garbage disposal pressure and resource waste [1] - The recycling chain is fragmented, with delivery companies typically only responsible for delivery and lacking a system for packaging recovery [1] - Community waste classification systems are improving but still lack specific guidelines and facilities for the recovery of cold chain packaging [1] - Public awareness regarding the recyclability of these packaging materials is insufficient, leading to indiscriminate disposal [1] Proposed Solutions - Delivery companies should implement producer responsibility extension systems and collaborate with communities to establish dedicated recovery points, incentivizing consumers to return foam boxes and ice bags through vouchers or points [1] - Communities should include cold chain packaging in their recycling categories, provide specialized collection containers, and enhance public awareness campaigns [1] - Policy measures are needed to support recycling companies, such as subsidies, and to promote the research and application of recycling technologies [1] Sustainability Impact - Establishing a systematic and regular cold chain packaging recovery process can significantly reduce resource waste and enhance urban sustainability [1] - This initiative is a test of corporate social responsibility and a crucial step towards building a "waste-free city" [1]

Core Viewpoint - The Chinese government is intensifying efforts to combat illegal dumping and treatment of solid waste, focusing on specific categories of waste, while highlighting significant achievements in solid waste management during the "14th Five-Year Plan" period [1][2]. Group 1: Solid Waste Management Achievements - China generates over 110 billion tons of various solid waste annually, including industrial, construction, household, agricultural, and hazardous waste [1]. - Since the beginning of the "14th Five-Year Plan," the country has made notable progress in solid waste pollution prevention, including a historic ban on foreign waste imports [1]. - The capacity for hazardous waste utilization and disposal has reached 223 million tons per year, while the capacity for household waste incineration has increased to 11.41 million tons per day, representing growth of 58.8% and 72.4% respectively compared to the end of the "13th Five-Year Plan" [1]. Group 2: Ongoing Challenges and Future Plans - Despite improvements, the overall level of solid waste resource utilization remains insufficient, with over 33 billion tons of industrial solid waste accumulated, occupying more than 3,500 square kilometers [2]. - The government plans to complete pollution risk assessments for phosphogypsum storage and landfills by 2027, and for heavy metals by 2030, while implementing measures to prevent new pollution risks [2]. - The focus will be on combating illegal dumping of solid waste and dismantling of specific waste types, with an emphasis on community involvement to create a strong social deterrent [2].