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Research Excellence and Innovation
CER advances cutting-edge research addressing global challenges in sustainability, advanced materials, energy systems, semiconductor technologies, and environmental protection. Our interdisciplinary research environment integrates expertise across materials science, chemical engineering, and safty health and environmental engineering. Supported by advanced laboratories and strong collaborations with industry and international partners, CER translates fundamental research into practical technologies that contribute to green manufacturing, next-generation energy systems, and sustainable technological development.
- Research Highlights
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Energy Storage and Battery Technologies
Research focuses on high-performance energy storage systems, including lithium-ion batteries, next-generation battery materials, and energy conversion technologies for sustainable energy applications.
Green and Functional Materials
Faculty research explores innovative materials with enhanced functionality, including sustainable materials, nanomaterials, and advanced composites for energy, environmental, and industrial applications.
Environmental Sustainability and Resource Circulation
CER develops technologies for environmental protection, pollution control, and resource recycling, contributing to sustainable environmental management and circular economy solutions.
Semiconductor Materials and Processing Technologies
CER conducts advanced research on semiconductor materials, thin films, and processing technologies that support next-generation electronics and advanced manufacturing.
Industry-Driven Research and Innovation
Through strong collaborations with industry partners, CER promotes translational research that bridges fundamental discoveries with real-world technological applications and industrial innovation.
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Advanced Research Facilities and Instrumentation
CER provides a world-class research environment supported by advanced laboratories and high-end scientific instrumentation. These facilities enable interdisciplinary research across advanced materials, semiconductor technologies, energy systems, environmental science, and biotechnology.
- Strategic Research Infrastructure
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Energy Storage and Battery Innovation Platform
CER operates a comprehensive pilot-scale production line for lithium-ion batteries and solid-state batteries, supporting research in electrode materials, battery manufacturing processes, and next-generation energy storage technologies.
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Semiconductor Materials and Thin-Film Processing Platform
The college hosts advanced plasma processing systems, HiPIMS (High-Power Impulse Magnetron Sputtering) equipment, and Atomic Layer Deposition (ALD) systems for the fabrication of high-performance thin films and semiconductor materials used in advanced electronic and functional devices.
Environmental Monitoring and Ultra-Trace Pollutant Analysis Platform
CER maintains high-sensitivity analytical instruments capable of detecting ultra-trace environmental pollutants, enabling advanced research in environmental monitoring, pollution control, and environmental risk assessment.
Biotechnology and Natural Product Research Platform
The college provides research-grade and pilot-scale facilities for microbial cultivation, strain purification, and traditional herbal microorganism research, supporting biotechnology innovation and applications in environmental and bioresource engineering.
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Research Highlights
