会议强调，班组建设是安全生产稳定运行的基础和坚实后盾，各班组长要身先士卒，争当开路先锋，努 力成为班组成员的表率和榜样，不断培养班组成员的学习能力、沟通能力和操作水平，肩负起安全生 产"兵头将尾"的重要职责。座谈会上，班组长们围绕当前各项重点工作轮流发言，并从现场作业、设备 可靠性、员工培训、技术改造等方面提出多项合理化建议。 中化新网讯 近日，天能化工有限公司召开班组长座谈会，该公司20名班组长聚焦安全生产、日常管 理、员工诉求等热点话题畅所欲言、凝聚共识，为企业高质量发展注入新思路和新方向。 ...

中化新网讯 9月17日，中国工业清洗协会在郑州举行第三次会员代表大会，完成换届工作。中国石油和 化学工业联合会党委常委、副会长孙伟善出席。大会选举产生了第三届理事会负责人，黄文渊当选理事 长，王琥、陈毅强、杨林、范敏等11人当选副理事长，杜斌当选秘书长。 图为投票现场。(瞿庆华 摄) 大会听取了协会二届理事会工作报告。二届理事会副理事长兼秘书长赵智科做工作报告并寄语新一届理 事会，进一步加强协会自身建设，充分发挥资源整合优势，扛起引领行业发展重任。大会审议通过《中 国工业清洗协会章程(2024版)》等文件，投票选出第三届理事会和第一届监事会。 新当选的理事长黄文渊表示，三届理事会将继续带领广大会员单位，在中国石油和化学工业联合会的领 导下，深入践行"服务国家、服务社会、服务群众、服务行业"理念，推动协会工作迈上新台阶，带领行 业再创新辉煌。 随后，大会召开了三届一次常务理事会会议和三届一次理事会会议，审议通过《第三届理事会发展目标 及重点工作》《管理制度汇编》等文件，以及聘任协会副秘书长、高级顾问，确定秘书处机构设置，发 布《刚性骨架清管器》《管壳式热交换器管程高压水射流机械化清洗作业安全规范》两项团体标准等 ...

Core Insights - The 23rd China International Rubber Technology Exhibition opened in Shanghai on September 17, showcasing over 60,000 square meters of exhibition space with participation from more than 800 exhibitors from over 40 countries and regions [1] - The exhibition spans three days and covers various sectors including rubber machinery, rubber chemicals, raw materials, tires, non-tire rubber products, and rubber recycling [1] - Notable exhibitors include leading global companies such as VMI from the Netherlands, H-F from Germany, and representatives from major Chinese and international firms like Sinopec, SIBUR from Russia, and Shandong Huatai [1][4] Industry Highlights - The exhibition features dedicated areas for inorganic salt industrial functional materials and tire recycling, expanding its coverage compared to the previous year to enhance interaction across the entire industry chain [4] - A comprehensive event called "RubberTalk" is introduced, which includes a rubber technology summit forum, information release sessions, a forum on elastomer technology and engineering, and talent exchange meetings, facilitating collaboration among domestic and international brands and academic research teams [4]

国务院国资委9月17日正式发布《中央企业中试验证平台对外开放服务手册（2025年版）》，推动 中央企业中试验证服务共用共享。 三次采油先导中试验证平台 稠油开采先导中试验证平台 长输油气管道中试验证平台 手册共对外开放中试验证平台134个、服务项目291项，覆盖资源开发、能源利用、制造工程、信息 网络、先进材料、生命健康、绿色环保、公共安全等产业技术领域，提供技术熟化、工程化放大、可靠 性验证、小批量试制、性能评价等方面能力。 涉及到石油和化工领域的平台包括： 航天动力节能环保技术中试验证平台 氢液化装备中试验证平台 物探技术中试验证平台 钻井工程技术中试验证平台 加氢催化剂与工艺工程中试验证平台 催化裂化催化剂及制备工艺中试验证平台 化工催化剂制备工艺及性能评价中试验证平台 苯加氢均相催化剂制备及评价中试验证平台 二元醇催化剂与工艺工程中试验证平台 高分子材料改性加工中试验证平台 加氢和临氢催化剂中试验证平台 聚乙烯（淤浆）催化剂与工艺工程中试验证平台 聚烯烃催化剂与工艺工程中试验证平台 石油工程井下工具及油田化学助剂中试验证平台 石油炼制中试验证平台 石油化工阻火阻爆中试验证平台 钻采新工具新工艺中试验证 ...

Core Viewpoint - The phenol ketone industry is expected to recover from losses as the supply-demand balance improves after a peak in production capacity expansion [1][5]. Supply Side Analysis - Since 2007, domestic phenol ketone capacity has consistently increased, with effective capacity rising from 1.039 million tons to 1.126 million tons by July 2025 [2]. - Major expansions occurred in 2012, 2015, and 2023, with a net increase of 7.87 million tons over the past decade [2]. - The trend towards larger and integrated production facilities has been noted, with significant projects like Zhejiang Petrochemical's 650,000-ton facility becoming the largest single-unit capacity in the country [3]. - The period from 2022 to 2023 saw a rapid development phase for phenol ketone facilities, reaching a peak in 2023 [4]. - Capacity growth is expected to slow down in 2024, with only 130,000 tons of new capacity projected [5]. - The supply side is anticipated to improve due to the slowdown in planned capacity expansions and the shutdown of older facilities [6][12]. Demand Side Analysis - The demand for phenol ketone's downstream products, particularly polycarbonate (PC) and bisphenol A, is expected to grow steadily, with a compound annual growth rate (CAGR) of 17.95% for PC from 2019 to 2024 [14]. - Bisphenol A is positioned as a critical link in the phenol ketone supply chain, with a projected CAGR of 28.93% during the same period [14]. - Despite the anticipated growth in demand, the bisphenol A sector faces challenges due to intense competition, which may lead to project delays or cancellations [14]. Industry Outlook - The industry is transitioning into a phase of supply-demand structure optimization following years of rapid capacity expansion [14]. - The implementation of "anti-involution" policies is expected to further eliminate outdated capacities and enhance the industry's profit margins [10][13].

Core Viewpoint - The Guangxi government's "Action Plan for the Development of the Petrochemical Industry (2025-2027)" aims to establish Guangxi as a green chemical industry base facing ASEAN and to create a national-level Beibu Gulf green chemical industry cluster [1] Group 1: Industry Development Goals - By 2025, the plan targets an output value of 240 billion yuan and 800 large-scale enterprises; by 2026, an output value of 280 billion yuan and 900 enterprises; and by 2027, a target of 350 billion yuan and 1,000 enterprises [1] - The plan outlines three major development sectors: the Beibu Gulf green chemical industry cluster, the Pan-Guangxi industrial collaborative belt, and the Pan-Guangxi northern characteristic industrial area [1] Group 2: Industry Chain Upgrading - The plan emphasizes expanding the basic raw material industry chain, strengthening the chemical new materials industry chain, and optimizing the specialized chemicals and fine chemicals industry chain [2] - It aims to address the shortfalls in ethylene and PX, adding 20 million tons of refining capacity and 15 million tons of raw coal conversion, while extending downstream to develop high-end polyolefins and biodegradable plastics [2] Group 3: Technological Innovation - Technological innovation is highlighted as a core driver for industrial transformation, with plans to establish innovation platforms and accelerate the construction of the Qinzhou Petrochemical Industry Technology Innovation Center [2] - The plan includes a focus on AI breakthroughs, developing specialized AI models for the chemical industry, and creating six benchmark applications to promote digital and intelligent technology implementation [2] Group 4: Green and Low-Carbon Development - The plan promotes green low-carbon development by encouraging companies to adopt advanced technologies for energy-saving renovations and to build a circular economy industrial chain [3] - It supports the development of bio-based materials and aims to enhance the capacity of chemical parks, particularly in coastal and river cities [3] Group 5: Project Construction and Enterprise Cultivation - Guangxi will implement a list-based approach to advance major project construction and conduct targeted investment attraction [3] - The focus will be on cultivating leading enterprises across the entire industry chain and enhancing industrial innovation vitality [3] Group 6: Open Cooperation - The plan aims to build cross-regional and cross-border industrial chains, leveraging the advantages of the Western Land-Sea New Corridor and Beibu Gulf Port [3] - It seeks to expand exports of chemical products to ASEAN countries under RCEP rules [3] Group 7: Support Measures - To ensure the achievement of goals, Guangxi will strengthen resource guarantees in land, energy, and emission indicators, and increase industrial investment through financial and special bonds [3] - The plan emphasizes creating a favorable development environment and leveraging industry organizations to promote the petrochemical industry towards high-end, green, and intelligent transformation [3]

Core Viewpoint - The research team from Dalian Institute of Chemical Physics has developed a new type of hydrogen negative ion electrolyte and constructed the world's first prototype hydrogen negative ion battery, marking a significant advancement from conceptualization to experimental validation [1][2]. Group 1: Development of Hydrogen Negative Ion Battery - The hydrogen negative ion battery is considered a crucial component of future clean energy systems, utilizing hydrogen in three forms: hydrogen positive ions (protons), hydrogen negative ions, and hydrogen atoms [1]. - Unlike conventional lithium-ion batteries, hydrogen negative ion batteries use hydrogen negative ions as the charge carriers, which have high electron density and strong reactivity, making them a unique and promising energy carrier [1][2]. Group 2: Research Progress and Innovations - The research team initiated the study of hydrogen negative ion conduction in 2018 and proposed a strategy in 2023 to suppress electronic conduction through lattice distortion, leading to the development of a room-temperature superfast hydrogen negative ion conductor [2]. - A new core-shell structured composite hydride was created using barium hydride with low electronic conduction and high stability, which exhibits rapid hydrogen negative ion conduction at room temperature, along with excellent thermal and electrochemical stability [2]. Group 3: Experimental Results - The prototype hydrogen negative ion battery was assembled using sodium aluminum hydride as the positive electrode and cerium dihydride as the negative electrode, achieving a discharge capacity of 984 mAh/g for the first time [2]. - After 20 charge-discharge cycles, the battery maintained a capacity of 40 mAh/g, and a stacked battery configuration was able to increase the voltage to 1.9 volts, successfully powering a yellow LED light, demonstrating its feasibility for electronic devices [2]. Group 4: Future Implications - The hydrogen negative ion battery represents a novel energy storage technology pathway, with potential applications in clean energy storage and conversion [2].

Core Insights - Dow Chemical is considering delaying the restart of its Path2Zero integrated polyethylene project in Canada by 1 to 2 years [1] - The CEO emphasized that the timing of project launch is crucial for maximizing returns, and the current market conditions are not favorable for starting the project [1] - The project was initially planned for phase one production by the end of 2027 and phase two by 2029 [1] Industry Context - The petrochemical market has entered a downturn since Dow made its final investment decision for the Path2Zero project at the end of 2023 [1] - The announcement of import tariffs by the U.S. on nearly all countries has further extended the market's low period, leading economists to lower growth forecasts [1] - Despite the delay, the project remains a viable investment due to Canada's abundant low-cost ethane resources, providing a significant cost advantage for ethylene producers [2] - The project's location in Alberta will utilize existing infrastructure, which can enhance investment returns [2]

Core Insights - The integration of artificial intelligence (AI) is transforming the new materials industry by enhancing research efficiency and reducing costs, as discussed in a recent roundtable at the China International New Materials Industry Expo [1] - AI is shifting material research from trial-and-error methods to more precise approaches, enabling faster achievement of research goals through forward design and reverse optimization [1] - Despite the promising outlook, the industry faces challenges such as data reliability, ethical concerns, and a shortage of skilled talent [2] Group 1: AI's Impact on Material Research - AI is deeply embedded in the entire new materials industry chain, allowing researchers to pursue the dream of forward materials design [1] - Companies like Huawei have reported significant cost savings and efficiency improvements through AI applications, such as a reduction of 7 million yuan annually for PetroChina's Jinzhou Petrochemical [1] - The transition from broad searches to precise matching in material development is extending from single applications to overall process optimization [1] Group 2: Challenges in AI Implementation - Data collection and cleaning are time-consuming processes that hinder research, with a lack of high-quality data for new materials like biomaterials and high-strength materials [2] - Ethical issues arise from the unclear delineation of contributions between algorithm providers and material developers, leading to potential disputes over knowledge ownership [2] - There is a pressing need for three types of interdisciplinary talent: AI tool developers, industry experts for validating results, and application personnel who can integrate AI into frontline operations [2] Group 3: Proposed Solutions - Experts suggest multi-level solutions, including enhancing national laboratory construction to support AI and materials design research, and establishing a national data-sharing mechanism [3] - The creation of "cloud laboratories" that integrate supercomputing and cloud resources is recommended to provide low-cost simulation services for small and medium-sized enterprises [3]

中化新网讯 日前，从海洋石油工程股份有限公司（以下简称海油工程（600583））传来消息，随着卡 塔尔ISND5-2项目最后一条10英寸海管铺设完成，我国自主研发的海洋工程冷金属过渡（CMT）全自动 焊设备完成首次应用。 据海油工程安装分公司海管作业中心经理李斌介绍，公司依托天津海洋装备产业（人才）联盟，成立了 CMT全自动焊设备专项工作组，联合国内知名高校和厂家进行研发，成功攻克20余项关键技术难题， 开展数百次模拟焊接试验，持续优化系统焊接参数、机械适配性和环境适应性。项目自主开发无衬垫焊 接工艺，有效解决裂纹、变形和氢致开裂等问题，显著提升焊缝耐腐蚀性与结构可靠性，为极端服役环 境下的长寿命海管建设提供了保障。 本次铺设的海管为强酸抗硫腐蚀管道，总长度约13千米，CMT全自动焊设备累计运行1200余小时，完 成超1000道焊口焊接，焊缝总长度约1000米，整体焊接一次合格率超97%，各项关键指标均达到设计水 平，全面验证了国产焊接装备在复杂工况下的可靠性与稳定性。 此前，由于技术壁垒、实验数据缺乏等因素，国产CMT全自动焊设备在海洋工程领域多局限于实验室 和车间验证环节，面临核心工艺参数库积累不足、稳定 ...