4号炉等离子体点火系统搭载新型智能化仪表装置，可实时监测载体风参数并自动调节至设定数值。相 较传统点火方式，该系统避免了人工操作的误差风险，等离子体载体风稳定性大幅提高。在近40小时点 火过程中，载体风风压未出现异常波动，智能化仪表与等离子体系统的协同运作确保了燃烧过程的均匀 性和可控性。 该装置通过取消吹扫风旁路等冗余设计，实现硬件集成化，设备成本压缩1万元（按锅炉单层4角测 算），打破传统仪表系统"堆叠式"设计惯性，为工业设备"瘦身增效"提供思路；搭载智能流量调控系 统，载体风可根据工况自主调节，摆脱母管压力波动干扰；采用流量监测替代传统压力指标，构建"数 据-工况"实时映射关系，以更精准的数据反馈机制实现水风参数异常的快速预警；预留模块化智能接 口，为后续系统数字化升级、智能诊断等深度开发提供拓展空间。 该厂锅炉为亚临界压力一次中间再热控制循环炉，采用3台BBD4060C型双进双出球磨机直吹式制粉系 统。为进一步加强调峰能力，提升机组灵活性，本次改造在B1层增加一层等离子体点火系统，实现助 燃和低负荷稳燃需要。 中化新网讯 近日，科环集团烟台龙源承接的华电青岛发电有限公司4号炉等离子改造项目完成点火调 ...

Core Viewpoint - The first demonstration device for new pollutant treatment technology in Yunnan Province has been put into operation, providing an innovative solution for improving water quality in the Dianchi Lake basin [1] Group 1: Project Overview - The device is a key demonstration project promoted by the Yunnan Provincial Department of Ecology and Environment, relying on the "National Pilot Project for Early Warning and Comprehensive Management of New Pollutants in the Dianchi Lake Basin" [1] - The project is a collaboration between the Kunming Municipal Ecology and Environment Bureau and the Yunnan Provincial Solid Waste Management Center, utilizing technology developed by Nanjing University [1] Group 2: Technology and Capacity - The device employs a "filtration-oxidation-adsorption" combination process, with a daily treatment capacity of 30 cubic meters [1] - It effectively removes phosphorus while also addressing new pollutants such as perfluorinated compounds, endocrine disruptors, antibiotics, and pesticides [1] Group 3: Future Plans - The project team will continue to monitor the operational effectiveness of the device, focusing on the removal efficiency of new pollutants [1] - There are plans to optimize process parameters and enhance the feasibility and economic assessment of the technology for future large-scale applications [1]

中化新网讯 近日，湖南省工业和信息化厅等五部门联合印发《湖南省应急装备产业高质量发展三年行 动计划（2025—2027年）》（以下简称《计划》）。 《计划》以应急处置装备为主体、监测预警装备和安全防护装备为两翼，打造具有湖南特色优势的"一 体两翼"应急装备产业体系。《计划》强调，要发挥新能源、新材料产业优势，大力发展应急能源装 备。重点发展新能源安全、生产设备设施安全、危险化学品安全等监测预警装备和系统，推动数字技术 在风险监测预警中的应用，推广人工智能视频分析预警装备和系统，提高生产安全监测预警的及时性和 准确性。促进安全防护装备特色发展，面向矿山、冶金、化工、电工等安全生产场景，大力发展智能安 全侦检装备、安全智能防护系统和智能综合管控平台等产品，提高安全生产防护水平。 《计划》提出实施技术创新行动、实施应用牵引行动、实施产业培强行动三项主要任务。《计划》表 示，要加强重点装备攻关，围绕安全防护装备领域，如先进适用危化品智能安全防护装备和系统、智能 化无人化安全作业装备等，加强技术研发攻关和突破，研制认定一批省级首台(套)、首批次、首版次产 品。 聚焦石化化工、危化品安全等领域 《计划》强调，要推动5G、 ...

Core Insights - China National Petroleum Corporation's Baoshi Pipe Industry Co., Ltd. has achieved a contract pipe production of 1 million tons by July 24, 2023, setting a record for the fastest time to reach this milestone in nearly 12 years [1] Production and Supply - As of July 24, 2023, Baoshi Pipe Industry has supplied over 200,000 tons of steel pipes for the national pipeline network and nearly 400,000 tons of oil casing for major domestic oil fields such as Changqing and Xinjiang [1] - The company has also provided over 60,000 tons for international projects in Saudi Arabia and the UAE [1] Product Performance - The production of transportation pipes has increased by 37.7% year-on-year, specialized pipes by 22.9%, and continuous pipes by 6.8% [1] Operational Efficiency - The company's steady production growth is attributed to the flexible application of lean production strategies [1] - Baoshi Pipe Industry implements a "1+N" management system to enhance coordination across production, supply, sales, and storage, ensuring efficient execution of orders [1] - The company has adopted a "production is efficient" organizational model, establishing a production service supply model that is led by management, flexible in organization, and accountable [1] Internal Management - Each production unit follows the Amoeba management model to refine internal accounting units, which has led to improved production efficiency, enhanced quality control, and significant cost savings through positive employee incentives [1]

Core Insights - The Yan'an natural gas storage and peak shaving project has successfully completed the installation of all eight process compressor units, marking a significant milestone in the project development [1] - The project adheres to a strict QHSE management system, achieving a welding first-time acceptance rate of over 98.3%, indicating high-quality standards in construction [1] - The project team has developed comprehensive safety and technical measures to address challenges related to limited space and the complexity of large equipment lifting operations, ensuring successful first-time lifting of core equipment [1] Project Progress - The next focus will be on key processes such as LNG storage tank pressure testing and compressor linkage trial runs, which are critical for the project's advancement [1] - All project participants are committed to maintaining quality and safety standards to meet the planned milestones for project handover [1] Impact on Supply Capacity - Upon completion and commissioning, the project is expected to significantly enhance the winter natural gas peak shaving supply capacity in the Shaanxi, Gansu, and Ningxia revolutionary old areas [1]

据悉，中润新德材料科技（上海）有限公司由复旦大学技术转移孵化，联合复旦大学超组装功能材料研 发团队，专注于超组装气凝胶材料的研发、生产与产业化应用。与此同时，华仕达拥有智能型钢管内外 环氧树脂防腐生产线、一步法喷涂缠绕管生产线、真空定径保温管生产线等五项山东省技术装备首台 （套）认定设备，多项技术达到国际先进水平。 合作各方将发挥各自优势，通过将超组装新材料与华仕达的高端管道设备相融合，共同推进超组装气凝 胶复合材料在管道保温、防腐中的规模化应用。 中化新网讯 近日，青岛华仕达机器股份有限公司与中润新德材料科技（上海）有限公司签署战略合作 协议。通过本次合作，华仕达将"牵手"复旦大学孔彪教授专家团队，迈出将超组装新材料应用于防腐钢 管设备、保温钢管设备的关键一步。 ...

Group 1 - The project involves the successful installation of a 82.5-ton THF product refining tower for the BioPTMEG project, which has a capacity of 500,000 tons per year [1] - The installation utilized a single main hoisting method with a 400-ton crawler crane and a 150-ton crawler crane, ensuring efficient progress despite adverse weather conditions [1] - The project is located in the Jiangsu Qidong Lusi Port Economic Development Zone, covering an area of 650 acres, and aims to produce 500,000 tons of bio-based polytetramethylene ether glycol and 20,000 tons of tetrahydrofuran annually [1] Group 2 - The project uses corn husks to produce furfural as the main raw material, employing a self-developed BioPTMEG process [1] - Compared to traditional petroleum-based PTMEG, the project can reduce raw material costs by over 30% and decrease carbon emissions by 40% [1]

Core Viewpoint - The successful implementation of the electric heating furnace at Lanzhou Petrochemical marks a significant advancement in the electrification of the refining industry, showcasing the safety, economic, and environmental benefits of electric heating technology [1][2] Group 1: Project Implementation - The first electric heating furnace of China Petroleum was put into operation at the Lanzhou Petrochemical acetone thermal medium furnace electrification renovation project [1] - The electric heating thermal medium furnace achieved stable operation with a temperature control precision of ±1°C and high thermal utilization, eliminating safety risks associated with fuel combustion and nitrogen oxide emissions [1] - The project involved comprehensive tasks including equipment installation, transformer setup, electrical cabinet installation, and system upgrades, overcoming challenges related to installation space and system compatibility [1] Group 2: Environmental Impact - The newly designed electric heating thermal medium furnace has an efficiency of over 98% and is expected to reduce carbon dioxide emissions by 3,500 tons per year [2] - The project will increase the electrification rate of the facility by 11%, providing a replicable model for the industry to promote green energy transformation [2]

项目作业区域位于海南岛南部莺歌海海域，平均作业水深约67米。该区域天然气储层具有高温、高压、 低渗透率的特点，经济开发难度极大。对此，中国海油（600938）项目团队对复杂油气储层进行精细地 质研究，部署6口天然气开发井，并大规模采用长水平井、多分支井等井身结构设计，显著提升油气产 量。 中化新网讯 近日，中国海上首个高温高压低渗天然气开发项目东方1-1气田13-3区（下称东方13-3区） 开发项目投产。 建井过程中，团队自主研发与地层特性高度匹配度的钻完井液，并运用控压钻井设备在地层压力"近平 衡"状态下高效钻进，刷新国内海上高温高压井作业水平段长度纪录，在确保安全的基础上实现钻井工 具在井眼内"快进快出"，更好保护低渗油气储层，最大限度提升油气采出率。项目创新作业模式， 以"陆地立式建造+海上吊装下水"的方式完成国内首个高度60米以上的导管架建造安装工作，形成立式 导管架设计、采办、建造、安装标准化技术体系，显著降低施工成本。新建的无人井口平台集成采用智 慧照明、智能视频巡检、化学药剂智能注入和远程电力恢复等多项数字化智能化技术，实现全遥控生 产。 此外，项目新建一座四腿四裙桩结构的导管架平台，铺设两条海 ...

Core Insights - The successful operation of the CO2 capture, utilization, and storage (CCUS) system at Daqing Oilfield's Aonan Oilfield marks the establishment of China's first million-ton non-miscible drive CCUS full industry chain demonstration base, filling a technological gap in the field [1][2] - The CCUS-EOR technology is viewed as a key solution for the oil and petrochemical industry to address the dual challenges of carbon neutrality and maintaining production efficiency in aging oil fields [2][3] Group 1 - The Aonan Oilfield, characterized by low permeability, faces challenges such as declining production and high water content after nearly 30 years of development, prompting the implementation of non-miscible drive CCUS technology [2][3] - The project has adopted a comprehensive approach involving optimization of layout, systems, and solutions, utilizing five technologies and three measures to establish a million-ton non-miscible drive CCUS technology system [2][3] Group 2 - The project aims to achieve effective CO2 displacement at a million-ton scale, which presents unprecedented challenges in parameters design, process control, and dynamic monitoring [3] - Innovative two-stage separation processes have been designed to address high gas content in produced fluids, ensuring stable pressure and smooth operation of the oil processing system [3][4] Group 3 - The project has implemented a strategy of alternating water and gas injection, which has effectively reduced gas production and increased oil output to 1.4 times the level before gas injection [4] - A digital monitoring platform has been established to ensure continuous high-quality operation of the oil wells, with a full-process control system in place [4] Group 4 - As of now, the CCUS project has injected 81,400 tons of liquid CO2, with an expected annual storage capacity exceeding one million tons, significantly improving oil recovery rates in the Aonan target area [4] - The project also provides a carbon capture outlet for Daqing Petrochemical's 400,000-ton carbon capture project, effectively integrating the entire industry chain from capture to storage [4]