Industry Overview - The epoxy propylene industry is facing challenges such as supply structure contradictions and increasing environmental pressures, necessitating a shift towards high value-added and green development through technological innovation [1][2] - Epoxy propylene is a crucial downstream raw material for propylene, significantly impacting industrial chain security and consumer welfare [1] Market Dynamics - China's epoxy propylene production capacity is projected to reach 7.47 million tons by 2024, accounting for nearly one-third of global capacity, with a self-sufficiency rate increasing to 96% [1] - The hydrogen peroxide direct oxidation process (HPPO) is becoming the mainstream technology, expected to represent 33.5% of production capacity by 2024, driving the industry's green transformation [1] Technological Innovations - Traditional chlorohydrin methods for producing epoxy propylene are under significant environmental pressure, leading companies like Ruihua to develop three core technologies: epoxy propylene-styrene co-production method (POSM), isopropylbenzene method, and isobutane method, holding over 20 core patents [2] - China Global Engineering Company has made significant progress in the research and engineering optimization of POSM technology, with multiple projects in various stages of development [2] Future Directions - The industry should focus on high-end development paths, such as electronic-grade propylene glycol, semiconductor-grade solvents, and biodegradable materials, to accelerate upgrades towards high value-added and low-carbon solutions [1] - Collaboration among technology, market, talent, and environmental sectors is essential to avoid homogenized competition and build a more vibrant industrial ecosystem [1]

Industry Overview - The hydrogen peroxide production capacity in China is rapidly expanding, with 122 existing acid-base alternating fixed bed production units, which pose significant safety risks due to the potential for hydrogen peroxide decomposition and explosions [1] - The Ministry of Emergency Management has issued guidelines to eliminate the acid-base alternating process and prioritize the use of fluidized bed technology to enhance the inherent safety of hydrogen peroxide production [1] Technological Innovations - Jiangsu Zhongxu Technology Co., Ltd. has developed over 60 proprietary technologies for hydrogen peroxide production, successfully transferring more than 70 units domestically and internationally [2] - The company has replaced the traditional acid-base alternating process with a fully acidic fixed bed process, which operates in a weakly acidic environment, significantly reducing the risk of hydrogen peroxide decomposition and explosions [2] - The new process also features a comprehensive protective system and full automation, improving production safety, efficiency, and reducing waste and material consumption [2] Research and Development - China National Chemical Corporation and Tsinghua University have collaborated to develop a micro-reactor technology for enhancing the anthraquinone method of hydrogen peroxide production, achieving a 100% conversion rate of hydrogen and oxygen [2] - The core reactor's size has been reduced to one-tenth of traditional reactors, with minimal or no tail gas emissions, and a pilot test for continuous production at a scale of hundreds of tons has been completed [2] - The research team is working on designing modular distributed production units and developing process packages for larger-scale studies [2] Key Components - Alkyl anthraquinone is a critical element in the anthraquinone method for hydrogen peroxide production, influencing technological advancements [3] - The research team at Sinopec Petroleum and Chemical Research Institute has identified the solubility and stability issues of anthraquinone, leading to the development of a new high-performance anthraquinone structure through alkylation-oxidation methods [3] - This new anthraquinone shows significantly improved solubility and stability compared to pentyl anthraquinone, with plans for industrialization and platform technology development [3]

复合集流体：产业化已近在咫尺！固态电池：开启电池送 样测试，向中试迈进 20250606 摘要 复合铜箔降本约 2%，但成本分配在铜箔厂、电池厂和车企间存在博弈， ATL 在批量供应上领先，比亚迪预计 Q3 量产车型订单，宁德时代推进 较慢。比亚迪应用有望促进行业整体创新成本降低。 复合铝箔因新国标提升电池安全性，允许更极限的三元体系应用，渗透 率或超预期，实际出货和表现领先于复合铜箔，放量预期可能更高。宝 明、东威和英联股份是优选标的。 全固态电池产业化加速，需产业链协同合作以实现规模化生产和降本。 工信部要求参与补贴企业进行全固态电池样品测试，能量密度需达 400Wh/kg 以上，循环次数超 300 次。 2025-2026 年，电池企业和主机厂将推动固态电池中试，材料厂和设 备厂等供应链企业重要性凸显。干法设备领域如纳克诺尔等公司，以及 硫化物电池和硫化锂相关企业值得关注。 先惠技术主营业务预期良好，智能装备在手订单 33 亿元，70%来自海 外收入，毛利率提升。计划交付清陶能源中试设备，与清陶能源有战略 合作，预计今年利润 3 亿元。 Q&A 今年锂电板块在技术进展方面有哪些重要变化？ 今年（2025 ...

长江商报消息 ●长江商报记者 江楚雅 智能清洁机器人龙头石头科技（688169.SH）拟赴港上市对接全球资本。 石头科技在公告中明确，募资将用于三大方向，国际化拓展方面，深化欧洲、亚太等区域市场布局，尤 其是东南亚新兴市场；产品研发方面，聚焦AI导航、多模态交互等核心技术升级；运营资金补充，应 对贸易摩擦下的供应链风险。 石头科技于2020年2月在A股上市，此次赴港若成功，将成为少数"A+H"双平台智能硬件企业之一。 从2024年开始，石头科技在海外市场采取了较为积极的产品及市场策略。此次赴港上市，公司可进一步 吸引更多国际投资者，提升全球品牌影响力，提高海外资金周转效率，提升抗风险能力。 近年来，石头科技因精益化的"走出去"战略，成功打造海外增长新引擎。不仅在出货量上首次登顶，更 在销额上实现了稳健蝉联。 据IDC数据显示，2024年石头科技智能扫地机器人全球量额双第一，全年全球销量市场份额16%，销额 市场份额达22.3%，出货量同比增长20.7%。公司在北欧、土耳其、德国、法国、韩国等市场，连续多 季度量额双第一。智能扫地机器人2024年营收达108.48亿元，占比90.8%。 截至目前，石头科技的产品 ...

Core Viewpoint - The Chinese automotive industry has seen a significant increase in production and sales, surpassing 10 million units in the first four months of the year, but overall profitability has declined, with profit margins dropping to 4.1%, below the average of 5.6% for downstream industrial enterprises. The industry is facing challenges due to chaotic price wars, prompting calls for fair competition and sustainable development [1][2]. Group 1: Industry Challenges - The chaotic price wars are impacting the entire automotive supply chain, leading to quality issues and operational difficulties for downstream dealers, which in turn affects after-sales service [2]. - Excessive price competition distorts market signals, resulting in reduced profits for many companies, weakening their innovation capabilities, and potentially lowering product quality [2][3]. - The automotive industry is undergoing a critical transformation towards electrification, intelligence, low carbon, and internationalization, requiring collaborative efforts to build a robust industrial ecosystem [2][4]. Group 2: Innovation and Quality - Technological innovation is essential for fostering industry advantages, with a focus on next-generation battery technology, smart chassis, and automotive chips [4][5]. - Quality management across all stages of production is crucial for building consumer trust, particularly in core areas like battery consistency and software stability [5]. - The industry must prioritize long-term strategies that consider overall benefits, as disorganized price wars could undermine the global brand influence of Chinese electric vehicles [6][7]. Group 3: Policy and Market Dynamics - The government is encouraging companies to innovate and manage costs effectively, while also increasing regulatory efforts to maintain a fair market environment [3][6]. - Policies such as trade-in programs are aimed at boosting domestic automotive consumption and achieving multiple goals of consumption and industrial upgrades [7]. - The automotive sector is recognized as a strategic and pillar industry for the national economy, with ongoing efforts to enhance consumer demand and address market constraints [7][8].

证券代码：688777 证券简称：中控技术 公告编号：2025-018 中控技术股份有限公司关于自愿披露 特此公告。 本公司董事会及全体董事保证公告内容不存在任何虚假记载、误导性陈述或者重大遗漏，并对其内容的 真实性、准确性和完整性依法承担法律责任。 中控技术股份有限公司董事会 根据《国家知识产权局关于第二十五届中国专利奖授奖的决定》（国知发运字〔2025〕20号），中控技 术股份有限公司（以下简称"公司"或"中控技术"）自主研发的《一种适用于流程工业预测控制的模型自 主学习方法》（专利号：ZL 2022 1 0861856.2）荣获"中国专利奖优秀奖"。 2025年6月9日 中国专利奖由国家知识产权局与世界知识产权组织共同评选，旨在引导和推进知识产权工作对创新型国 家建设，以及促进经济发展方式转变发挥重要作用；鼓励和表彰专利权人和发明人（设计人）对技术 （设计）创新及经济社会发展做出的突出贡献。根据《中国专利奖评奖办法》规定，经国务院有关部门 知识产权工作管理机构、地方知识产权局、有关全国性行业协会，以及中国科学院院士和中国工程院院 士等推荐，中国专利奖评审委员会评审，并向社会公示，第二十五届中国专利奖共授 ...

证券代码：688105证券简称：诺唯赞 公告编号：2025-025 南京诺唯赞生物科技股份有限公司关于 自愿披露获得中国专利优秀奖的公告 本公司董事会及全体董事保证本公告内容不存在任何虚假记载、误导性陈述或者重大遗漏，并对其内容 的真实性、准确性和完整性依法承担法律责任。 国家知识产权局于近日发布了《关于第二十五届中国专利奖授奖的决定》（国知发运字〔2025〕20 号），南京诺唯赞生物科技股份有限公司（以下简称"公司"）的发明专利"一种Taq DNA聚合酶突变体 Mut4及其应用"荣获第二十五届中国专利优秀奖，具体情况如下： 中国专利奖是由国家知识产权局与世界知识产权组织共同评选并授予的重要奖项。该奖项旨在遴选创造 质量优、运用效益好、保护能力强、管理水平佳的高价值专利，以表彰在技术（设计）创新和经济社会 发展中做出突出贡献的专利权人及发明人（设计人），推动科技创新与产业创新深度融合，促进发展新 质生产力。 此次获奖事项不会对公司近期业绩产生重大影响，敬请广大投资者注意投资风险。 特此公告。 南京诺唯赞生物科技股份有限公司 董事会 2025年6月9日 ● 专利名称：一种Taq DNA聚合酶突变体Mut4及其应 ...

Core Insights - The 2025 China Automotive Chongqing Forum focused on shaping the future of the industry amid transformation, emphasizing high-quality development in the context of new energy, intelligence, and globalization [1] Group 1: Industry Perspectives - Industry leaders stressed the importance of long-termism and technological innovation, advocating against disorderly competition driven by price cuts [2] - The automotive industry is viewed as a marathon, where endurance and fundamentals are more critical than short-term speed [2] - The need for a collaborative approach in the industry was highlighted, with a focus on quality and service to succeed in global markets [2][3] Group 2: Technological Advancements - Companies are transitioning from being followers to leaders in the automotive sector, with a focus on original technology to break through existing limitations [3] - The integration of AI in vehicles is seen as essential for enhancing user experience, with companies aiming to transform AI assistants from tools to family-like companions [4] - The importance of open-source technology and collaborative innovation within the industry was emphasized, with significant investments planned for research and development [4] Group 3: Globalization and Market Strategy - The forum discussed the shift of Chinese automotive brands from quantity to quality in international markets, with examples of successful pricing strategies in regions like Thailand [3] - The necessity for Chinese automotive companies to create emotional value for users was noted as a key competitive factor in the future [3] - Companies are planning to expand their technological capabilities and market reach, with specific goals set for new product launches and international market penetration by 2025 [3][4] Group 4: Future Outlook - The automotive transformation is described as a long-term journey, requiring a commitment to technological respect and collaborative ecosystem building [5] - The industry is encouraged to embrace a mindset of openness and cooperation to navigate the challenges posed by AI and energy revolutions [5]

撰 文 / 牛跟尚 设 计 / s h e l l y 6月5日，世界环境日、中国芒种，这天开始，从全球到中国，都出现空前的舆论躁动。 首先，美国总统唐纳德·特朗普（Donald Trump）与美国企业家、前"政府效率部"负责人、特斯拉 CEO埃隆·里夫·马斯克（Elon Reeve Musk）矛盾公开化。"世界上最有权的人"和"世界上最有钱的 人"从 亲 密无间到骂战不休，彻底撕破脸。 其次，当地时间6月5日晚，印度尼西亚雅加达，中国国家男子足球队客场0:1不敌印度尼西亚队， 中国男足提前一轮确定无缘2026年美加墨世界杯，也宣告国足自2002年韩日世界杯后连续6届冲击 世界杯的梦想破碎。 而在国内江苏，13个地级市的足球超级联赛（"苏超"）凭借独特的运营模式，营造出热烈的主场氛 围，实现赛事与文旅、消费的深度融合，展现出强大的凝聚力与活力。 这背后蕴含的"苏超""天时地利人不和"——看似"敌对"实在富有默契且不越界的竞技精神，是比赛 第一、团结协作的体育精神。 反观汽车产业，6月6日开幕的2025中国汽车重庆论坛上，众多行业大佬的激烈交锋，凸显出中国车 圈另一种"天时地利人不和"。 在这个关键时刻，中国车 ...

Group 1 - The core viewpoint of the articles highlights the advancements in rare earth materials and their applications, particularly through the establishment of the Rare Earth New Materials Technology Innovation Center [4][5] - The new fabric "Xi Bei Si," developed by Baogang Group, utilizes advanced green textile materials that provide a cooling effect, lowering temperature by 3-5°C compared to conventional fabrics [1] - The Rare Earth New Materials Technology Innovation Center has achieved breakthroughs in 11 technologies across various fields, including magnetic materials, fine chemical materials, and biometallurgy, with several results already in pilot testing and production [4] Group 2 - The center was established in February 2023, led by China Northern Rare Earth Group and China Steel Research Group, and aims to serve as a technology innovation incubator for the rare earth industry [4][5] - The center has initiated 43 research projects, obtained 32 patents, and established 14 various standards, demonstrating significant progress in a short period [4] - Baogang Group is focusing on emerging industries such as new energy, new materials, and intelligent manufacturing, aiming to support national strategies and the development of two rare earth bases [5]