本次"师带徒"活动实行双导师带徒机制，由1名生产师傅和1名专业技术师傅共同承担带教任务。生产师 傅由经验丰富的班组骨干担任，重点传授岗位"五懂五会五能"应知应会内容;专业技术师傅由工程师或 分部管理人员担任，系统指导工艺、设备、安全等专业知识。 中化新网讯 近日，福建古雷石化有限公司人力资源部与生产运行部联合举办2025年度新员工"师带 徒"签约仪式，27对师徒在《师徒协议》上郑重签名，正式签订师徒协议，确立师徒带教关系。 ...

"三废"上回收利用。化工企业生产过程中难免伴随"三废"产生，如何吃掉"三废"?答案就是回收利用。 潞安化工和山西坤源化工有限公司在废渣回收利用上的合作就是一个典型的案例。潞安化工煤基清洁能 源公司将年产180万吨煤制油项目产生的气化炉煤渣，转化为煤基固废充填材料，目前已销售1.4万余 吨，实现了变废为宝；在同一园区的坤源化工，每年消纳潞安化工排放的粉煤灰、炉渣等固废超10万 吨，用于生产净化材料聚合氯化铝，既解决了废渣处理难题，又减少了碳排放，还通过聚合氯化铝实现 了废水回用，可谓一举三得。 由此可见，原料、燃料、"三废"就像丝线，深耕细节的"绣花功夫"就像针法。只要把每个环节做细做 透，把每根丝线紧密交织，就能绣出一幅节能降碳的绿色发展图景，企业的绿色发展成效就能真正落地 生根。 提到化工企业节能降碳，"大投入、大动作"似乎成了"真作为"的代名词。但笔者认为，只要在原料、燃 料、"三废"上下足"绣花功夫"，就能取得节能降碳大成效。 原料上精打细算。煤化工企业用煤量大，原料环节作为能源消耗与碳排放的核心端口，精打细算正是节 能减碳的重要突破口。潞安化工寿阳有限责任公司作为煤制乙二醇企业，2025年1至8月副产 ...

Core Insights - The 2025 Shanxi (Taiyuan) Energy Industry Expo focused on "green low-carbon transformation development" and showcased the latest advancements in the energy sector, emphasizing the transition towards a "green, intelligent, and high-end" energy system [2] Group 1: Event Overview - The expo featured eight major exhibition areas, including international, green electricity, comprehensive energy enterprises, new energy, energy technology innovation, smart energy, and green equipment, with over 30 international and 400 domestic energy companies participating [2] - New exhibition areas for green electricity and energy technology innovation were introduced, highlighting local initiatives for green electricity resource conversion and low-carbon industrial transformation in Shanxi Province [2] Group 2: Highlights of the Expo - Five key highlights were identified: AI empowerment with drones and robots, intelligent collaboration showcasing energy digitalization, multi-energy integration with "wind-solar-hydrogen-storage vehicles," green low-carbon practices across the entire industry chain, and the gathering of industry giants to foster global energy cooperation [3] - Notable presentations included China Coal's "coal-electric-chemical-new" optimization, Meijin Energy's hydrogen equipment and technology, and PetroChina's coalbed methane and CCUS technology [3] - International companies such as Tesla, SEW, and ABB showcased cutting-edge achievements in green and intelligent technologies [3]

活动集中发布了重庆市2025年化工行业"劳模工匠助企行"30项企业需求清单，劳模工匠团走入重庆川维 化工有限公司和重庆建峰工业集团有限公司的工厂车间、创新工作室，针对企业班组管理、设备防腐、 管道结壁、废水处置等具体难题给出解决方案。 此次活动由中国能源化学地质工会、重庆市总工会、中国石油和化学工业联合会、化学工业职业技能鉴 定指导中心共同主办，旨在切实搭建起劳模工匠服务重庆市化工企业的平台，推动劳模工匠的绝技绝活 转化为解决企业实际瓶颈的"金钥匙"，持续助力企业突破生产难题、提升产品质量、锻造核心竞争力。 中化新网讯 近日，由中国能源化学地质工会牵头组建的化工行业劳模工匠团，赴重庆开展化工行业"劳 模工匠助企行"首场活动。来自中国中化、中国海油、中国石化、中国化学、山东能源、渤海化工等6家 企业的劳模工匠走入企业生产一线，解答技术难题，分享经验做法，并明确后续结对服务的系列举措。 参与首场活动的劳模工匠来自化工行业不同细分领域、各具技能特长，其中有深耕行业40年的专家，也 有获得首届全国"红旗杯"班组长大赛化工赛道第一名的生力军。活动中，劳模工匠分别围绕化工装置运 行、化工操作"三大核心能力"、聚乙烯醇制造 ...

Core Insights - Envision Group is leading the charge in carbon neutrality by establishing the world's first zero-carbon industrial park in Ordos and the largest green hydrogen ammonia project in Chifeng, making significant strides in the green energy sector [1][4]. Group 1: Zero-Carbon Industrial Park in Ordos - The Ordos Zero-Carbon Industrial Park is a collaboration between Envision Group and the Ordos Mongsu Economic Development Zone, utilizing local wind and solar resources to create a fully integrated renewable energy system [2]. - The park's energy supply is composed of 80% from local wind, solar, and storage, with the remaining 20% sourced from the grid, ensuring 100% green energy for sustainable development [2][3]. - The park has attracted companies like Huajing and Longi, with its renewable energy output projected to reach 20.09 billion yuan in 2024, marking a doubling in value [3]. Group 2: Green Hydrogen Ammonia Project in Chifeng - The Chifeng Zero-Carbon Hydrogen Industry Park is a joint venture between Envision Group and the Chifeng Municipal Government, designed to produce green hydrogen and ammonia using 100% green electricity [4]. - The project has successfully completed the first phase, producing 320,000 tons of green hydrogen ammonia, making it the largest and lowest-cost project of its kind globally [4]. - The park has received international recognition, including the Energy Transition Innovator Award at the 28th UN Climate Change Conference, highlighting its contributions to energy transformation [4]. Group 3: Future Developments and Global Expansion - Envision Group plans to expand its green hydrogen production to include green methanol and sustainable aviation fuel, aiming for large-scale industrialization of clean energy [6]. - The company is also establishing a zero-carbon hydrogen industry park in Spain, which will include hydrogen equipment manufacturing and a complete green hydrogen supply chain [7]. - Envision Group's initiatives are creating a global framework for zero-carbon industrial parks, providing replicable models for other countries to follow in their green development efforts [8].

能源保供"顶梁柱"作用更加凸显。中国石油持续加大油气勘探开发力度，国内油气产量当量持续增长， 形成国内原油、国内天然气、海外油气权益产量当量"三个1亿吨"油气供应新格局。广东石化、塔里木 和长庆乙烷制乙烯等一批标志性炼化项目建成投产，乙烯产能历史性突破1000万吨/年，"炼化生精 材"产业结构初步构建。覆盖全国的近2万座加油站，日夜不息地为经济社会运转和民生需求提供着可靠 保障。 绿色低碳转型迈出坚实步伐。中国石油将新能源业务纳入主营业务发展，明确提出"清洁替代、战略接 替、绿色转型"三步走战略，加速从传统的油气生产商向"油气热电氢"综合性能源公司转型。2024年， 中国石油新能源开发利用能力占公司国内能源供应比例已达7%。 科技创新"国家队"实力彰显。面向国家重大战略需求，中国石油加快建设国家战略科技力量和能源与化 工高地、人才高地，深地油气勘探技术进入世界领先行列，在页岩油气革命、超深钻探、高端化工新材 料等领域取得一系列突破性进展。 社会责任"践行者"本色不改。无论是在抢险救灾一线，还是在脱贫攻坚、乡村振兴的主战场，抑或是北 京冬奥会、成都世运会等国际盛事的服务保障中，中国石油始终挺身在前，助力地方经济 ...

Core Viewpoint - The conference emphasized the importance of surveying and design as the "source link" in engineering construction, advocating for its role in leading and controlling the industry to address internal competition issues [1] Group 1: Industry Optimization - The industry should utilize scientific design to guide the optimization of industrial layout, strictly adhering to national industrial policies and regional resource endowments to prevent the design of low-end capacity projects [1] - By optimizing project site selection and process design, the industry can promote park-based and intensive clustering, enhancing regional industrial complementarity and reducing homogeneous competition [1] Group 2: Technological Advancement - The focus should be on using technical design to drive breakthroughs in industrial upgrades, particularly in high-end fields such as new chemical materials and specialized chemicals [1] - Innovative design should facilitate the transformation of research achievements into engineering solutions, helping companies overcome key technological bottlenecks and upgrade products to higher value and technical content [1] - The industry is encouraged to shift from "price competition" to "value competition" through intelligent and green design, improving energy efficiency and environmental standards in existing capacities [1] Group 3: Standardization and Regulation - Surveying and design companies must strictly adhere to national and industry standards, integrating quality, safety, environmental protection, and energy efficiency requirements throughout the design process [1] - The industry should avoid cost-cutting through lowered design standards that lead to low-price competition [1] - Associations are urged to collaborate with surveying and design units to accelerate the establishment of a design standard system covering the entire industry chain, thereby standardizing market behavior and ensuring fair competition [1]

Core Viewpoint - The petrochemical industry in China is focusing on high-end, green, and intelligent development during the 14th Five-Year Plan period, as emphasized by experts at a recent seminar organized by the Petrochemical Planning Institute [2][3]. Group 1: Industry Development Directions - High-end, green, and intelligent development will be the main themes for the petrochemical industry during the 14th Five-Year Plan [2]. - The Petrochemical Planning Institute is actively conducting industry research, optimizing production capacity, enhancing industrial parks, and validating projects to support policy formulation by national and local governments [2]. - There is a pressing need for the industry to transition towards fine chemicals and high value-added products due to rapid capacity growth of bulk organic raw materials outpacing demand and intensified homogeneous competition [2][3]. Group 2: Resource Management and Safety - China has a high dependence on foreign sources for key mineral resources such as potassium, phosphorus, and lithium, highlighting significant safety risks in the supply chain [3]. - The industry should enhance domestic resource exploration and green mining technologies, establish a stable and diversified overseas supply system, and strengthen strategic resource reserves and recycling mechanisms [3]. Group 3: Market Expansion Strategies - The petrochemical industry is actively seeking to expand into overseas markets, with China's petrochemical sector accounting for over 40% of the global market and having significant capacity advantages in refining [3]. - The industry should adopt a "dual-wheel drive" strategy to consolidate traditional market shares while exploring emerging markets for demand and profit growth [3]. Group 4: Technological Advancements - The development of a "smart management platform" for chemical parks is a key direction, which includes functions for investment management, emissions control, logistics management, safety risk diagnosis, and equipment maintenance [3]. - Establishing a carbon emission monitoring system for park enterprises is recommended to bridge data gaps and create a carbon budgeting mechanism [4]. - Future technologies such as steam collection and wastewater recycling will play a larger role in water conservation efforts [4].

Core Insights - The 2025 Zero Carbon Academic Seminar and the Third Humboldt Zero Carbon Forum highlighted the importance of zero carbon park construction, marking 2025 as a pivotal year for this initiative [1][2] - The Chinese government has progressed through three stages in zero carbon park development: early exploration, nurturing development, and key promotion, with various pilot projects launched [1] - Approximately 80,000 industrial parks exist in China, contributing 30% of the national GDP and 31% of industrial carbon emissions, necessitating a focus on energy saving, emission reduction, and pollution control [1] Group 1 - The construction of low-carbon and zero-carbon parks requires comprehensive carbon monitoring to establish a clear understanding of emissions, including direct, indirect, and associated emissions [2] - The electricity sector is leading the way in carbon market participation, with other industries such as steel, non-ferrous metals, building materials, petrochemicals, and chemicals expected to follow suit [2] - A multi-stakeholder approach is essential for zero carbon park development, involving government, management committees, enterprises, and service providers to create a collaborative governance model [2] Group 2 - The proposed four-step approach for advancing zero carbon park construction includes establishing a carbon ledger, transforming energy sources to green electricity, optimizing resource allocation through industrial structure adjustments, and planning for economic and ecological benefits throughout the lifecycle [3] - The zero carbon vision should be transformed into collaborative practices through a closed-loop mechanism that integrates concept-driven resource integration and feedback optimization [2]

中化新网讯 9月25—26日，全国石油和化工企业管理创新大会在京召开。会议以"管理创新驱动发展， 数智转型赋能未来"为主题，引导企业因地制宜发展新质生产力，推进管理创新，加快建设世界一流企 业。本届大会评定管理创新优秀成果231项、优秀组织单位15家。 中国石油和化学工业联合会(下称中国石化联)党委书记、会长李云鹏指出，管理是企业发展的核心要 素，在石油和化工企业高质量发展中发挥着举足轻重的作用。他建议，一要聚焦核心业务创新，增强企 业竞争力；二要加快绿色低碳转型，践行可持续发展；三要推进数字化赋能，提升运营效率；四要加强 供应链管理，构建协同发展生态；五要强化风险管理，应对不确定性挑战；六要深化管理创新，破解同 质化竞争与低效发展难题。 "中国化工企业管理协会已连续举办18届管理创新成果发布会议，对引导促进企业加快建设世界一流企 业意义重大。"中国企业联合会驻会副会长李冰表示，石化企业要持续加大创新力度，强化管理，通过 数字化、智能化、绿色化赋能，推动产业整体竞争力再上新台阶。 会上，来自清华大学、青岛科大、云天化、荣盛、渤化化工、京东集团、京博控股、青岛双星等单位的 代表进行了经验交流。《管理创新赋能石油 ...