"这水里的花，怎么比我家里养得还好？"河南豫光集团有限公司位于济源市孔山脚下的中水处理车间 内，一个长方形的鱼池格外显眼。一条条金鱼缓慢游动，池子里的植物长势很好，这才引得有人发出这 样的感慨。 豫光起源于1957年的一家小工厂，如今的业务已经覆盖有色金属冶炼、国际贸易、资源开发、再生产 业、装备制造、有色金属新材料研发等。2025年，其营业收入突破千亿元大关，"硬实力"与"软文化"共 同为企业的发展保驾护航。作为行业领先力量，豫光尝试创新改革，不断求变，同时始终坚持绿色循 环、高质量发展的道路不动摇。 "硬" 2025年，豫光营业收入达到1038亿元。面对行业内卷加剧、原料保障紧张、市场波动频繁等挑战，企业 以"硬实力"应万变。 豫光锚定"双一流"(全国一流有色金属新材料高科技产业集团、世界一流专业领军示范企业)"双千亿"(铅 锌铜等主营业务实现千亿、服务型制造业实现千亿)战略目标，推动主要经济指标持续保持两位数高速 增长。 站在千亿新起点，豫光提出"十五五"末，"营收超2000亿元、冲刺世界500强"的目标。 豫光聚焦"四大"新材料产业链——高纯金属、铅锌合金、新能源材料、稀贵稀散金属，推动产业向高端 化 ...

Group 1 - The company actively monitors policy directions and technological developments in relevant fields, emphasizing a strategy focused on green circular and sustainable development [1] - The company is enhancing its competitive advantage by upgrading production technologies and modifying production facilities to increase the research and production of recycled materials and new green chemical materials [1]

转自：新华财经 罗欣药业以创新药驱动引爆新质生产力。作为中国制药工业百强企业，罗欣药业深耕消化系统疾病领 域，其自主研发的国家I类创新药替戈拉生片（商品名：泰欣赞®）创下多项行业突破。该药物凭借三 项适应症已全部纳入2025年国家医保目录。其注射剂型LX22001已有三个适应症率先获批开展临床试 验。企业自2006年起连续进入中国制药工业百强，多次获国家科技进步二等奖、山东省省长质量奖等荣 誉，构建起涵盖药品研发、生产、贸易及医疗健康服务为一体的全产业链创新能力。 利信铝业绿色循环铸就再生铝标杆。临沂利信铝业以"短流程绿色产业链"重塑铝业生态，其"回收铝分 类与保级利用——铝液直供——压铸产品深加工——压铸模具开发"模式实现铝资源二次利用率超 90%。企业2024年立项、2025年扩建，预计2026年2月份投产的20万吨绿色再生铝合金项目，总产能将 跃升至30万吨／年，预计年销售收入达25亿元。技术层面，企业拥有14项国家发明专利、42项实用新型 专利，通过IATF16949汽车质量管理体系等三项国际认证，设立5个省、市级研发平台，与山东大学等 高校开展产学研合作，部分技术达国际先进水平。产品覆盖汽车零部件、 ...

从源头降解到回收利用——打响全周期绿色循环战 "塑料污染治理及生态可持续发展是全球广泛关注的资源、环境和产业问题。"中国科学院理化技术研究 所研究员王格侠指出，从塑料污染治理的角度来看，可降解塑料旨在解决不可避免的塑料泄漏和填埋塑 料污染问题。 对此，王格侠所在团队成功研发出一种可降解、易再生的新型生物降解塑料PDA。该塑料无需堆肥等人 工环境，即可在土壤、海洋等自然环境"无死角"降解，实现全自然域降解，且降解周期能够被有效调 控。王格侠介绍，这种塑料不仅满足环保需求，还具备高透明、高韧性、高耐热和高阻隔等功能性刚 需，在可降解3C领域产品包装、生态农业、海水养殖业和海床生态修复等领域展现出广泛市场前景， 预计在2027年实现万吨级规模化生产和应用。 而循环回收则是兼顾污染治理和资源化利用的有效路径。中国资源循环集团塑料再生有限公司副总经理 张会朴强调："塑料、橡胶凭借其多元特性，成为工业生产中至关重要的基础材料。但在广泛应用的同 时，由于没有得到高效的回收利用，也引发了环境污染问题，推动废塑料、废橡胶的循环利用已成为行 业共识。" "但目前，橡塑再生产业仍存在'小、散、弱'突出、高值化利用水平较低、资源再生 ...

"双节"将至，12月15日，聊城市政府新闻办召开"水城有约·惠享两节"2026聊城元旦春节促消费兴文旅 主题新闻发布会，市商务局党组书记、局长李光介绍了聊城市"消费品以旧换新"政策的重要落地平 台"惠循环"在2025年取得的成果。 过去一年，"惠循环"平台以"激发活力、推进绿色、服务民生"为核心，全力推进"消费品以旧换新"政策 落地，取得了三大标志性成果： 政策惠民成效显著，消费拉动作用突出。平台累计服务全市居民超44.97万人次，直接带动家电、数码 产品、电动自行车及家装厨卫等品类换新销售65.73万件，拉动消费总额达22.38亿元。通过精准化补贴 发放，确保政府补贴直达消费者与商户，真正体现"市民得实惠、市场添活力"。 新的一年，平台将围绕"技术、生态、服务"三向发力： 以技术创新为核心，筑牢政策执行"安全线"。严格落实新一轮以旧换新政策，同步推进平台数字化升 级：一方面强化旧品溯源、环保处置、碳减排核算等功能，完善绿色循环数据链条；另一方面搭建补贴 发放、商品交付的"智能监控+风险预警"系统，确保政策执行精准高效、资金使用安全可控。 以本土生态为抓手，打造新零售"焕新圈"。重点建设"惠循环"本地新零售商 ...

Core Insights - The article discusses the transformation of deep-sea aquaculture in Shantou, Guangdong, highlighting the shift in mindset from skepticism to acceptance of deep-sea farming as a viable option for local fishermen [1][2][3]. Industry Overview - Deep-sea aquaculture was previously viewed as unfeasible due to challenging environmental conditions, such as high wind speeds and frequent typhoons, which deterred local fishermen from exploring this option [1]. - The traditional belief that only nearshore farming was viable has been challenged, leading to a gradual acceptance of deep-seep aquaculture among local fishermen [2]. Technological Advancements - The company has developed innovative methods for deep-sea farming, including the use of raft-based facilities to mitigate wave impact, allowing for successful cultivation of various marine species [2][3]. - The economic benefits of deep-sea farming have been demonstrated, with higher yields reported for certain species compared to nearshore farming, such as a 30% increase in the yield of red drum and a 50% increase in the meat yield of oysters [2]. Sustainability Efforts - The company emphasizes the importance of sustainable practices in aquaculture, aiming for a balance between fish farming and carbon sequestration through the cultivation of shellfish and seaweed [3]. - The goal is to achieve carbon neutrality at a certain scale, reflecting a commitment to environmentally responsible practices in the industry [3]. Future Outlook - The company plans to continue its efforts in deep-sea aquaculture, recognizing the potential of the marine environment and the importance of sustainable development for future generations [4].

Core Insights - The article discusses the transformation of deep-sea aquaculture in Shantou, Guangdong, highlighting the shift in mindset from skepticism to acceptance of deep-sea farming as a viable option for local fishermen [1][2][3] Group 1: Industry Challenges and Opportunities - Historically, deep-sea aquaculture was viewed as unfeasible due to high wind speeds and frequent typhoons in the region, leading to a reliance on nearshore farming [1][2] - The author emphasizes the importance of adapting to new ideas and technologies to overcome traditional barriers in the fishing industry, suggesting that innovation is crucial for sustainable development [3][4] Group 2: Practical Innovations and Results - The author implemented a multi-species farming approach, combining low-cost and high-investment methods to enhance resilience against harsh weather conditions, resulting in improved economic outcomes [2][3] - The success of the deep-sea farm is evidenced by higher yields, such as a 30% increase in the gel yield of red drum and a 50% increase in the meat yield of oysters compared to nearshore farming [2] Group 3: Environmental Sustainability - The article highlights the need for a balanced approach to aquaculture that considers environmental impacts, aiming for carbon neutrality through sustainable practices [3][4] - The author advocates for a shift in the relationship between humans and the ocean, promoting a sustainable model that avoids overexploitation and fosters long-term ecological health [3]

面对近70年开采留下的约3亿吨尾矿渣石，海钢集团"向绿而生"，让沉睡的废石"焕发新生"，为海南自贸港建设注入绿色动能。 在海南省昌江黎族自治县石碌矿区，一场从"废石山"到"资源库"的绿色蜕变正在上演。 新华社音视频部制作 【纠错】 【责任编辑:薛涛】 作者：刘雨田、郭良川、赵玉和、王贤 ...

Core Insights - The successful launch of the China National Petroleum Corporation's (CNPC) Guangxi Petrochemical Ethylene Project marks a significant milestone in the transformation from refining to integrated refining and chemical production, with a total investment exceeding 30 billion yuan [1][3] Group 1: Project Overview - The project features a core ethylene production capacity of 1.2 million tons per year, supported by 16 main production units and auxiliary facilities [1] - It includes the world's largest diesel adsorption separation unit, which improves raw material utilization efficiency by over 15% compared to traditional processes [1] - The project also showcases several firsts in technology, including the first set of 80,000 tons/year SBS and 120,000 tons/year functionalized styrene-butadiene rubber units, and the world's first dual-variable frequency motor ethylene refrigeration compressor [1] Group 2: Environmental Impact - The project is expected to reduce oil products by 3.49 million tons annually and increase chemical product output by 3.06 million tons, addressing domestic supply gaps in functional rubber and high-end membrane materials [3] - It achieves 100% green electricity for new electricity consumption and has energy consumption indicators that exceed national benchmark standards, contributing to a green circular economy [3] Group 3: Market and Economic Implications - The Guangxi Petrochemical Ethylene Project will leverage the Western Land-Sea New Corridor to expand its product reach to Southwest China, South China, and ASEAN markets, facilitating Guangxi's transition from basic chemicals to high-end chemical new materials [3] - The project aims to create a trillion-yuan industrial cluster targeting ASEAN, driving the development of downstream industries such as packaging and construction materials, and addressing the supply gap for high-end chemical raw materials in Southwest China [3] - CNPC plans to focus on market demand, management enhancement, and technological breakthroughs to fully unleash chemical product capacity, supporting national energy security and the establishment of a modern industrial system [3]

Core Insights - The recycling of food contact plastics, particularly the use of recycled PET (rPET) bottles, is recognized as a significant direction for environmental benefits and a crucial pathway for achieving high-quality green development [1][2] Group 1: Recycling and Environmental Impact - China's PET bottle recycling rate is between 96.48% and 97.63%, which is at an internationally advanced level, but most recycled materials are used in non-food sectors [1] - The "same-level recycling" model for PET has been successfully applied internationally, extending the lifecycle of PET and significantly reducing carbon emissions throughout its lifecycle [1] Group 2: Safety and Standards - The EU and the US have established comprehensive safety assessment and approval systems for food-grade rPET, primarily validated through "challenge tests" that simulate extreme contamination scenarios [1] - Domestic research institutions in China are conducting verification studies, showing that standardized domestic rPET recycling processes can meet food safety requirements [1] Group 3: Consumer Acceptance and Education - Over 60% of consumers support the use of rPET in food packaging, and awareness of its benefits in energy saving and resource recycling increases their willingness to pay [2] - Continuous scientific communication and public education are essential for enhancing societal recognition and acceptance of rPET [2] Group 4: Policy and Industry Development - China is the largest producer and consumer of PET bottles globally, yet the same-level utilization of rPET has not been realized [3] - Calls have been made for a clear management mechanism for the production and application of food-grade rPET to eliminate policy bottlenecks and promote high-quality industry development [3] - Currently, food-grade rPET produced in China is primarily exported, leading to resource wastage, as some rPET bottles return through cross-border e-commerce [3]