The PhD program in Chemical Engineering and Technology is designed to cultivate high-level researchers with innovative capabilities and interdisciplinary research skills. By focusing on cutting-edge fields such as adsorption separation, material chemical engineering, resource chemical engineering, and energy chemical engineering, the program emphasizes both theoretical innovation and practical application, aiming to provide solutions to significant scientific challenges in the field of chemical engineering.

Program Features

1. Innovative Interdisciplinary Research Platform
   The program establishes an interdisciplinary research platform that integrates chemical engineering with materials science, environmental engineering, and other disciplines. PhD students will have the opportunity to participate in research projects across various fields, driving the innovative application of chemical engineering technology in environmental protection, renewable energy development, and other areas. Through interdisciplinary collaboration, students will better understand and solve complex problems in chemical engineering.

2. Advanced Experimental and Engineering Technology Support
   The program is supported by state-of-the-art experimental platforms and engineering facilities, providing comprehensive technical support for PhD students. Collaboration with industry partners allows students to apply their knowledge in real-world engineering projects, solving practical problems and enhancing their engineering practice skills. Several experimental courses and field visits are designed to deepen students' understanding of theory and technology and strengthen the integration of academia and industry.

3. Research Focus on Green and Sustainable Development
   The program places a strong emphasis on green chemistry and sustainable development. PhD students will explore green chemical processes, circular economy, and energy conversion technologies, studying how to achieve efficient resource utilization and waste t...