Prof. Meng Ni was awarded the Innovation Award 2022 (First Prize) by China Energy Research Society in recognition of his contributions to the mathematical modelling of fuel cells and electrolyzers.
Prof. Ni has been focusing his research on theoretical analysis and mathematical modeling of fuel cells for clean power generation and electrolyzers for hydrogen production for 18 years. In particular, he developed a series of multi-scale models for high temperature electrolyzers, from electrode microscale model to single cell model, and to stack model and system model. His research results offered insights into design optimization of electrode microstructure and stack macroscale configurations.
Established in January 1981, the China Energy Research Society launched the Innovation Awards to recognize researchers for their significant contributions to energy science and technology.
Prof. Ni’s recent research study on ceramic fuel cell green technology was published on Nature Energy. The study demonstrates a new strategy to facilitate ceramic fuel cell development for clean power generation and carbon neutrality.
Prof. Ni has been focusing his research on theoretical analysis and mathematical modeling of fuel cells for clean power generation and electrolyzers for hydrogen production for 18 years. In particular, he developed a series of multi-scale models for high temperature electrolyzers, from electrode microscale model to single cell model, and to stack model and system model. His research results offered insights into design optimization of electrode microstructure and stack macroscale configurations.
Established in January 1981, the China Energy Research Society launched the Innovation Awards to recognize researchers for their significant contributions to energy science and technology.
Prof. Ni’s recent research study on ceramic fuel cell green technology was published on Nature Energy. The study demonstrates a new strategy to facilitate ceramic fuel cell development for clean power generation and carbon neutrality.
For more: https://polyu.hk/ciPFO ; https://polyu.hk/xMixp
