Catalytic Reaction Engineering is a specialized core course for students majoring in Chemical Engineering and Technology. It builds upon foundational knowledge gained from prerequisite courses such as Physical Chemistry, Organic Chemistry, Principles of Chemical Engineering, and Fundamentals of Catalysis. As a pivotal component of the modern chemical engineering curriculum, this course serves as a crucial bridge connecting fundamental catalytic theory with industrial application, playing a vital role in developing students' capabilities in process design and innovation.
The course delves into the core principles of catalytic reaction kinetics and reactor design. It further explores specific applications and cutting-edge developments, including the types and uses of industrial catalysts for olefin polymerization, emerging technologies in hydrogen energy and electrocatalysis, and essential catalyst characterization techniques. Through this curriculum, students are expected to master the methodology of applying natural scientific principles to analyze, explain, and solve practical problems in industrial catalytic processes.
Adhering to the educational philosophy of fostering comprehensive development, the course integrates the cultivation of professional ethics and a sense of social responsibility. It aims to guide students in understanding the significant role and essence of catalytic reaction engineering in the chemical industry. The ultimate goal is to enable students to comprehend the fundamental theories and characteristics of catalysis and to apply this knowledge to achieve enhanced industrial catalytic performance, thereby contributing to sustainable technological advancement.
催化反应工程是化学工程与技术专业学生的专业核心课程。它建立在物理化学、有机化学、化学工程原理和催化基础等先修课程中获得的基础知识基础之上。作为现代化学工程课程的核心组成部分，该课程是连接催化理论与工业应用的关键桥梁，在培养学生工艺设计和创新能力方面发挥着重要作用。
课程深入探讨催化反应动力学和反应器设计的核心原理。进一步探讨了具体应用和前沿发展，包括工业催化剂用于烯烃聚合的类型与用途、氢能和电催化的新兴技术，以及关键催化剂表征技术。通过该课程，学生应掌握应用自然科学原理来分析、解释和解决工业催化过程实际问题的方法论。
秉持促进全面发展的教育理念，课程融合了职业道德的培养和社会责任感。该课程旨在引导学生理解催化反应工程在化工行业中的重要作用和本质。最终目标是使学生能够理解催化的基本理论和特性，并运用这些知识以实现更强的工业催化性能，从而促进可持续的技术进步。
