Master in Chemical Engineering and Technology

Lanzhou University (LZU), founded in 1909 and located in the historic city of Lanzhou, is a nationally prominent comprehensive university supported by China’s Project 985 and Project 211. With roughly 30,347 students and an active international community, LZU combines deep academic traditions with modern research strengths across chemistry, physics, earth sciences, biology and clinical medicine. The university’s strategic location in northwest China also positions it as a center for regional development and international exchange along historic Silk Road links.

LZU offers a broad range of undergraduate and graduate programs, strong research output and collaborations with 189 institutions worldwide. It is noted for high-performing ESI disciplines and significant scientific publications. International students benefit from dedicated structures such as the School of International Cultural Exchange and established exchange pathways; the university supports study-abroad options, joint programs and research collaborations aligned with regional priorities in ecology, materials and medicine.

Campus life includes modern facilities, two main campuses and special international accommodation like Yuejin Building and the Guest House with private bathrooms and shared kitchen amenities. Lanzhou’s unique landscape, temperate climate and status as a transport and cultural hub make it an appealing base for students seeking a rigorous academic environment with active research opportunities and supportive services for international learners pursuing degrees or research in science, engineering and the humanities.

The Master in Chemical Engineering and Technology at Lanzhou University is a 4-year program for students who want to pursue a career in chemical engineering. This Master's degree helps students develop a strong foundation in chemical engineering principles and practices.

The curriculum includes subjects like chemical reaction engineering, process control, and chemical plant design. Students will develop skills in laboratory research, data analysis, and problem-solving, with hands-on experience in chemical engineering experiments and projects.

Graduates can work as chemical engineers, process engineers, or research and development engineers in industries like petroleum, pharmaceuticals, and food processing. They can also work as safety engineers, environmental engineers, or quality control engineers, and be employed by companies like Sinopec, PetroChina, or Coca-Cola.