Symposium: Organization of ISCRE 15

摘要- Tsotsis - 9714377 化学反应工程（CRE）是处理化学反应系统的设计和工程方面的领域。 它最早出现在20世纪40年代和50年代，以满足石油和化学工业的技术需求。 CRE的目的是将化学反应器的性能与进料特性和操作变量联系起来。 从重质石油馏分的催化加氢裂化以生产汽油和其他燃料，到用于微电子应用的薄膜的化学气相沉积，CRE是一个活跃的，多产的研究领域。 国际CRE社区的主要会议是两年一度的化学反应工程国际研讨会（ISCRE）会议。 这些会议在欧洲和北美轮流举行。 这些会议为期三天，汇集了来自学术界和工业界的国际从业人员。 ISCRE 15定于1998年9月13日至16日在加利福尼亚州的纽波特海滩举行，其主题是“化学反应工程为更清洁的环境，先进的材料加工和增加利润。“虽然ISCRE 15将强调基本面，但同样重要的是目前正在塑造该领域未来的技术进步。 专题领域将包括： o材料处理反应器o废物最小化和补救o环境友好处理反应器动力学o反应器控制和安全o反应器放大和经济评估o反应/反应器工程的计算和建模方面o流体-固体催化和非催化反应系统o催化、聚合和生物化学反应器

Abstract - Tsotsis - 9714377 Chemical Reaction Engineering (CRE) is the field which deals with the design and engineering aspects of chemically reactive systems. It first arose in the 1940s and 1950s to meet the technical needs of the petroleum and chemical industry. The objective of CRE is to relate chemical reactor performance to feed materials characteristics and operating variables. From the catalytic hydrocracking of heavy petroleum fractions to produce gasoline and other fuels, to the chemical vapor deposition of thin films for microelectronics applications, CRE is an active, productive research area. The primary meetings for the international CRE community are the biennial International Symposia in Chemical Reaction Engineering (ISCRE) conferences. The location of these meetings alternates between Europe and North America. These conferences bring together for three days international practitioners of the field from both academia and industry. ISCRE 15 is slated to take place in Newport Beach, CA on September 13-16, 1998 and its theme is "Chemical Reaction Engineering for a Cleaner Environment, Advanced Materials Processing and Increased Profitability." Though ISCRE 15 will emphasize the fundamentals, of equal importance will be the technological advances that are currently shaping the future of the field. Topical areas will include: o Reactors for Materials Processing o Waste Minimization and Remediation o Environmentally Benign Processing o Reactor Dynamics o Reactor Control and Safety o Reactor Scale-up and Economic Evaluation o Computational and Modeling Aspects of Reaction/Reactor Engineering o Fluid-Solid Catalytic and Non-Catalytic Reaction Systems o Catalytic, Polymerization and Biochemical Reactors