基于 CFD 的催化反应器建模的过去、现在和未来
了解 CFD 建模如何改变对催化填充床的理解和未来研究趋势
催化填充床是化工和加工行业的主力军，可实现大规模的化学生产。虽然催化填充床坚固耐用，但设计复杂。了解它们的行为也具有挑战性，并且很难以可控的方式操作它们。
在本次网络研讨会中，两位杰出的化工及过程工业专家将概括介绍用于催化反应器建模的颗粒解析计算流体力学 (CFD) 方法的过去、现在和未来。
注册参加本次网络研讨会，了解：
- 过去二十年建模研究中有关催化填充床的关键见解和行为理解
- 使用基于 CFD 的方法如何通过颗粒直径比帮助准确模拟小管的催化填充床
- 需要克服的关键挑战，包括代表性床层结构、高质量计算网格生成以及使用 CFD 数据解释反应行为和改进当前工艺
- 未来的催化填充床研究需求，包括多尺度建模和这种方法在工艺强化中的应用
主讲嘉宾
Dr. Gregor Wehinger
Professor and Head of the Institute of Chemical Process Engineering
Dr. Gregor Wehinger is a distinguished expert in chemical and process engineering, currently serving as Professor and Head of the Institute of Chemical Process Engineering at Karlsruher Institut für Technologie (KIT), Germany. With a Ph.D. from Technische Universität Berlin, Dr. Wehinger's pioneering research focuses on catalytic reactor modeling, process intensification, and the electrification of catalytic reactor technology. His expertise spans modeling, experimentation, and reactor design, enabling a fundamental understanding of complex chemical systems.
Dr. Ravindra Aglave
Director- Energy & Process industries
Dr. Ravindra Aglave is the Director for Energy and Process Industries in the Simulation and Test (STS) subsegment of Siemens PLM Software. In this role, he is responsible for bringing new modeling and physics knowledge into CFD simulation code that can be deployed in the industry.