Core Viewpoint - The discovery of a new method to extract rare earth elements from seaweed could potentially reshape the global rare earth supply chain, reducing reliance on a few dominant countries and promoting sustainable practices in resource extraction [2][21][29]. Group 1: Technology and Methodology - Scientists have identified that certain types of seaweed can concentrate rare earth elements to over a million times their surrounding environment, making them a natural reservoir for these critical materials [6][9]. - A new extraction process has been developed that improves efficiency and reduces costs by eliminating energy-intensive steps and utilizing waste acids as leaching agents, achieving approximately 50% recovery rate [13][15]. - The seaweed extraction method is environmentally friendly, as it does not require arable land or freshwater, contrasting sharply with traditional mining practices that are energy-intensive and polluting [11][19]. Group 2: Market Implications - The ability to extract rare earth elements from seaweed could decentralize the supply chain, allowing coastal nations to produce these materials locally, thus reducing geopolitical risks associated with resource monopolies [21][23]. - The technology has the potential to create new industries related to marine biotechnology, bio-chemicals, and circular economy materials, fostering economic growth while promoting environmental sustainability [23][26]. - The emergence of seaweed extraction technology may lead to increased competition in the rare earth market, challenging traditional mining companies and altering the competitive landscape, particularly for countries like China that currently dominate the sector [26][28]. Group 3: Environmental and Economic Benefits - The residual seaweed after rare earth extraction can be utilized for various applications, including biofuels and biodegradable materials, contributing to a zero-waste approach [16][24]. - The growth of seaweed can help absorb carbon dioxide and mitigate ocean acidification, providing multiple environmental benefits while supporting marine ecosystems [16][19]. - The integration of technology and ecology in resource extraction presents a sustainable model that could inspire other nations to explore similar paths for resource development [29][31].

双方同意早日将双边关系提升至更高水平，继续加强高层代表团互访，有效发挥现有合作机制作 用，在经济、政治、劳务等领域促进成立联合工作组。双方同意进一步加强在贸易、投资、绿色金融、 可再生能源、数字化转型与可持续发展、辅助产业、数字经济、药品、化学品、交通运输等领域合作。 《越南之声》9月30日报道，值越南与德国建交50周年之际，越南政府总理范明政9月29日同德国总 理默茨（Friedrich Merz）通电话。 范建议德方继续为旅德越南人社群稳定生活、融入当地主流社会、为所在国发展以及两国友好关系 作出贡献创造便利条件；同时，促进职业培训合作项目，聘用越南高技能人才赴德工作，满足双方劳动 力市场需求。 范明政建议德国继续配合有效实施《越欧自贸协定》，早日批准《越欧投资保护协定》，为两国企 业扩大投资经营合作创造更便利条件；将科学技术与改革创新打造为双边合作的新支柱。 （原标题：越德将进一步提升双边关系） 默茨强调，德国重视与越南的战略伙伴关系，希望继续在绿色经济、能源转型、循环经济、辅助工 业和物流服务等战略领域扩大与越南的合作。 ...

中新网广州10月1日电 题："优秀建设者"杨正高：科技创新是企业的生命力，不进则退 创业初期的聚石化学，是一间不起眼的科技小公司。杨正高回忆，为攻克首个阻燃体系，团队在简陋条 件下反复试验，甚至把实验室"搬"到客户工厂，历经57次失败才最终突破技术瓶颈，拿到国际安规UL 标准认证——这一突破不仅打破国际巨头垄断，更让国产阻燃材料在全球市场站稳脚跟。 如今，聚石化学已成长为以阻燃材料为核心的科创板上市企业，多年来持续加码投入研发，2023年研发 经费达1.28亿元，占营收3.5%；2024年研发经费增至1.39亿元，为企业构筑起技术壁垒。 为激发研发团队活力，杨正高主导推出股权激励计划，以聚石研究院为孵化平台，构建"自主研发+产 学研结合"的创新模式。截至今年6月，公司累计获得授权专利425项，其中发明及境外专利234项。 一系列核心技术突破填补内地空白：高性能防火涂料成功应用于石油钻井平台，打破国际巨头长期垄 断；当前正攻关的碳纤维增强轻量化材料、耐烧蚀高性能阻燃材料，更是瞄准新能源、低空经济等新兴 领域，为产业链升级提供创新方案。 "企业不是孤立的个体，它生长在社会土壤里，必须懂得反哺。"杨正高表示，站在新 ...

汽车产业链领军企业为何坐在一起？ 也正是在这一背景下，近期，在德国慕尼黑汽车展期间，一场关于电池循环经济的高端论坛成功举 办，包括宁德时代、宝马、奔驰、巴斯夫等全球汽车产业链领军企业，以 及 全球电池联盟等权威机 构参与论坛。 此次对话，参与各方通过探讨共同的行业标准与解决方案，对于如何加速全球汽车产业的绿色变革， 形成了新的共识。在风云君看来，通过发展电池循环经济，在助力汽车产业变革的同时，也将给产业 各方带来全新的增长机遇。 欧洲市场困局：资源缺失与产业链短板下的电动化突围 欧洲作为全球第二大新能源汽车市场，其电动化转型的决心毋庸置疑。然而，理想与现实之间，横亘 着一条难以逾越的鸿沟。 01 欧洲电动化的三大短板 作者 | 观韬 编辑 | 小白 人类文明正站在一个关键的十字路口。 工业革命催生的以"开采-制造-使用-丢弃"为特征的线性经济模式受限资源总量约束，已经碰到天花 板。而强调"减量化、再利用、资源化"的循环经济正逐渐成为全球共识。 由此，循环经济已成为驱动商业模式创新、引领各行业发展的关键路径。它不仅是企业社会责任，更 是迈向高质量发展的重要转变。通过优化资源利用、重构产业价值链，循环经济正为我们 ...

Packaging regulation is tightening across Asia Pacific as governments step up measures to cut waste, increase recycling and promote circular systems. The market in the region is forecast by Smithers to exceed USD 535bn in 2025, with growth projected to outpace the global average. To adapt, businesses are focusing on six strategies that are reshaping packaging development and compliance. Recycled content requirements Mandatory rules on recycled content are emerging across the region. India will enfor ...

Group 1 - The global economic environment is under pressure, with a downward adjustment of the 2025 economic growth forecast to 2.3% by the International Monetary Fund, leading to increased external challenges for businesses [1] - The manufacturing sector is shifting from "scale expansion" to "refined cost control," making packaging cost optimization essential for survival and competition [1][3] - The Chinese government is strengthening compliance requirements for circular packaging, emphasizing "greening, reduction, and circulation" as key development directions [1] Group 2 - The penetration rate of circular packaging in China is low, projected at only 19.7% in 2024, with even lower rates in specific sectors like manufacturing at 12.6% [3] - Many manufacturing enterprises still adopt a self-purchase packaging model, facing high capital occupation and low recycling efficiency [3][4] Group 3 - The self-purchase model for packaging leads to significant operational challenges, exposing structural issues such as heavy asset burden, low efficiency, and high loss rates [4] - Initial investment costs for industrial-grade circular packaging are substantial, with a case showing a home appliance manufacturer needing to invest 30 million yuan, representing 8%-10% of its working capital [5] Group 4 - The loss rate of self-purchased packaging during inter-factory circulation can reach 12%, with annual replenishment costs exceeding 2 million yuan for some companies [7] - Storage and maintenance of packaging consume significant warehouse space, accounting for 15%-20% of total area, with annual rental costs around 50 yuan per square meter [7] Group 5 - The rigid supply of self-purchased packaging fails to adapt to market fluctuations, leading to missed opportunities and increased operational disruptions [8] - A case study indicated that a traditional packaging system caused a loss of 30 million yuan in orders due to failure to meet new customer green standards [8] Group 6 - Transitioning from "owning assets" to "using services" is essential for overcoming the operational dilemmas faced by manufacturing industries, with circular packaging systems emerging as a key driver for structural upgrades [10] - Circular packaging can reduce carbon emissions related to packaging by 22%-35%, aligning with international sustainability standards and enhancing corporate image [16] Group 7 - The circular packaging market is characterized by a competitive landscape of "international giants, regional leaders, and innovative pioneers," with companies like Chep and Loscam leading the way [18] - Innovative companies are leveraging technology such as IoT to enhance packaging asset management, significantly reducing loss rates and management costs [18] Group 8 - The core trends in packaging development include standardization, intelligence, and networking, which are crucial for achieving systemic circulation [20] - The integration of IoT and big data into circular packaging practices is expected to support global efforts in addressing climate change and achieving carbon neutrality goals [20]

Core Viewpoint - Guangzhou Zoo is introducing innovative products made from elephant dung paper to change public perceptions of recycling and sustainable resource utilization [10][23][24] Group 1: Zoo Overview - Guangzhou Zoo is one of China's three major urban zoos, established in 1962, and features a historical elephant pavilion that holds significant memories for local residents [3][5] - The zoo attracts over 5 million visitors annually, showcasing over 300 species of rare animals, including national treasures like giant pandas and South China tigers [5][7] Group 2: Elephant Exhibit - The elephant exhibit is the largest in the zoo, covering approximately 10,000 square meters, and has recently undergone upgrades [1][3] - The zoo currently houses four elephants, three of which are Asian elephants, and they are popular attractions among visitors, especially children [8][10] Group 3: PUPU Green Low-Carbon Experience Hall - The newly opened PUPU green low-carbon experience hall sells eco-friendly products made from elephant dung and recycled materials, aiming to promote environmental awareness [10][16] - Initial resistance from parents regarding the use of dung in products has decreased as awareness of safety and sustainability has increased [12][21] Group 4: Sustainable Business Model - The experience hall represents a blend of cultural experience, circular economy, and urban renewal, aiming to balance public service with ecological product value realization [10][22][24] - The project is seen as a pilot for promoting sustainable development and changing consumer perceptions towards recycled products [22][23] Group 5: Educational and Community Engagement - The zoo's staff engages in educational activities, using positive reinforcement training to build trust with the elephants, which enhances visitor interaction [14][21] - The experience hall aims to attract young consumers, who make up a significant portion of the zoo's visitors, by integrating sustainability with trendy product design [19][22]

Group 1 - The core viewpoint of the article is that Greeenmei Co., Ltd. is pursuing an H-share listing on the Hong Kong Stock Exchange to accelerate its global expansion in the circular economy sector [1][2][4] - Greenmei's business encompasses two main areas: the production of ternary precursor materials and resource recycling, establishing a comprehensive value chain in the new energy lifecycle [2][3] - In the first half of 2025, Greenmei achieved a revenue of 17.561 billion yuan, a year-on-year increase of 1.28%, and a net profit attributable to shareholders of 799 million yuan, reflecting a growth of 13.91% [2] Group 2 - The H-share listing faces dual challenges: intensifying competition in the global new energy supply chain and the immature valuation logic of circular economy companies in the Hong Kong market [3] - Successful H-share IPO would be a critical step in Greenmei's global capital layout, with significant funding needed for its nickel production expansion in Indonesia and the deployment of intelligent dismantling equipment [3] - The listing represents a deep engagement of a circular economy leader with the capital market and reflects the transformation and upgrading of China's manufacturing industry [4]

当前，我国工业固废交易市场正释放万亿级潜力，以电厂粉煤灰、炉渣、石膏为代表的大宗固废成为资 源化利用核心。 生态环境部《2023年全国大、中城市固体废物污染环境防治年报》显示，我国煤电行业年产生粉煤灰、 炉渣、脱硫石膏等固废超6亿吨，且粉煤灰产量呈年5%的增长趋势。其中建材领域应用占比超60%，环 保、农业及高值化利用需求正在快速攀升。 同时，在政策层面，"无废城市"建设目标叠加增值税即征即退、碳交易收益等财税激励，区域协同机制 如"西灰东运"正破解供需失衡难题，这些都在推动企业加速资源化转型。 上海交易集团相关负责人表示，固废资源化利用，是打通循环经济"关键一环"、推动"无废城市"建设、 促进降碳减污的核心抓手。建设固废资源交易中心，是上海交易集团和上海联交所主动发挥权益交易、 资源配置等方面的能力优势，服务国家"双碳"战略的具体实践。中心将致力联通上下游产业，通过公 开、公平、公正的市场化运作，发现价值、发现价格，促进固废资源在更大范围、更高效率上的优化配 置，成为连接产废、利废企业的重要枢纽和信任桥梁。 新华财经上海9月29日电（记者李荣） 记者29日从上海交易集团获悉，上海联合产权交易所（下称上海 联 ...

Core Viewpoint - The article discusses the advancements and offerings of Ruifeng Technology (Ningbo) Co., Ltd. in the solid-state hydrogen storage industry, highlighting its innovative products and technologies aimed at enhancing hydrogen energy applications [4][7][10]. Company Overview - Ruifeng Technology (Ningbo) Co., Ltd. is a high-tech enterprise focused on the research and production of solid-state hydrogen storage alloy materials, providing integrated solutions for hydrogen separation, purification, and storage [4]. - The company has established a deep collaboration with Central South University and possesses a complete R&D and production system, including high-precision equipment for alloy material preparation and hydrogen storage tank activation [4][11]. Product Offerings - The company has launched a series of solid-state hydrogen storage products, including solid-state hydrogen bottles suitable for small mobile applications and modular hydrogen storage systems ranging from 2kg to 100kg [7]. - The solid-state hydrogen alloys developed by the company, primarily titanium-manganese based, have a hydrogen storage capacity of 1.5-1.8wt% and can endure over 3000 charging and discharging cycles, with a production capacity exceeding 1000 kg/day [8]. Technological Advantages - Ruifeng Technology offers methanol-water catalytic reforming hydrogen production equipment with a hydrogen production scale of 25–200 Nm³/h and a purity of up to 99.999% mol, suitable for various industrial applications [10]. - The company emphasizes the importance of technology R&D, having developed over ten types of solid-state hydrogen storage alloys tailored for different application scenarios [11]. Economic and Environmental Benefits - The solid-state hydrogen bottles priced between 1500-2000 yuan demonstrate significant advantages in circular economy, with the recovery value of the materials accounting for about 30% of the selling price [13]. - The company is exploring sourcing raw materials from mining tailings to reduce costs, which could support the large-scale and low-cost adoption of solid-state hydrogen technology [13].