湖北兴瑞氯碱车间主任费信怀指出，传统人工监控模式高度依赖经验，即便最资深的工程师也难以保证 每次决策都是最优解，而FAOP的应用从根本上改变了这一困境。据悉，改造后，工厂定员由260人减至 80人，而FAOP成为生产团队中不可或缺的"第81号员工"。"通过全厂协同优化，高风险区域已实现无人 化作业，员工得以从现场操作中解放，转向更具价值的创新工作。"兴发集团总工程师李永刚强 调，"FAOP的应用，标志着我们实现了从自动控制到自主运行的根本性跨越。" "未来的智能化工新世界，是AI全面接管生产运行全流程，工厂像'有机体'一样自主适应市场与工艺波 动，人类则聚焦于新材料、新工艺、新模式的创新，最终实现'生产自主化、创新高效化、价值最大 化'的产业新生态。"吴玉成说。 中化新网讯 凭借在工业人工智能（AI）领域的重要突破，我国石油和化工行业从自动化向自主运行的 关键跨越宣告完成。《中国化工报》记者11月17日从中控技术股份有限公司（以下简称中控技术）获 悉，由该公司开发的全球首个全自主运行工厂系统（FAOP），在兴发集团（600141）旗下湖北兴瑞硅 材料有限公司（以下简称湖北兴瑞）首次实现产业化应用。该系统能够自 ...

Group 1 - The World Artificial Intelligence Conference 2025 (WAIC2025) highlights the accelerating integration of AI in various industries, particularly in manufacturing and chemical sectors, driving a shift towards intelligent and green transformations [1][2] - AI applications, such as the Time Series Model (TPT) and Plantbot solutions, have shown significant results in the chemical industry, reducing operational times and costs, with examples including a reduction in oil switching operation time to under 2 hours and waste liquid treatment time to under 1 hour [2][3] - The integration of AI with digital twin technology and industrial metaverse is expected to enhance decision-making across the entire chemical production chain, moving towards zero-carbon and zero-accident manufacturing [3][6] Group 2 - The conference showcased advancements in robotics, with companies like Shanghai Electric and Shenzhen Cyborg introducing humanoid and heavy-load robots that significantly improve operational efficiency and reduce labor intensity [4][5] - The collaboration between large models and smaller models in robotics is anticipated to advance the technology, making robots more capable and their actions more fluid and natural [4] - The conference also featured discussions on the intersection of AI and scientific discovery, emphasizing the importance of AI in enhancing research capabilities and innovation [5][6] Group 3 - Breakthrough innovations were presented, such as the ChemBOMAS framework, which optimizes chemical reactions and significantly improves yield while reducing catalyst usage [6] - Industry leaders, including the chairman of Innovation Works, emphasized that 2025 will mark a significant year for the large-scale application of AI, comparable to the Industrial Revolution [6]