Graduated from China University of Technology in 1990, majoring in mining machinery andbusiness management.
In 1995, he participated in the “Dayang 1” scientific research vessel.
In 1998, he studied deep-sea resource development and utilisation at the International OceanInstitute.
In January 2008, he was awarded the PhD degree in Vehicle Engineering at the University of Science and Technology Beijing.
In 2009, he was selected by the Ministry of Education as one of the “NewCenturyOutstanding Talents Support Programme”.
π Research Contributions:
As a prolific researcher, Prof. Feng has significantly contributed to the scholarly community through her groundbreaking work in [mineral microbiological science and technology]. Her innovative projects, such as [national long-term development projects in the international seabed “region], have earned her recognition for advancing the forefront of [Environmental Science].
π Achievements:
Prof. Feng’s exceptional contributions have not gone unnoticed. She has been honored with numerous awards, including [Best Researcher Award ], affirming her status as a trailblazer in her field.
π Global Impact:
Beyond the confines of her academic work, Prof. Feng is committed to making a positive impact on a global scale. Whether through collaborations, conferences, or outreach programs, she strives to foster international cooperation and understanding in [mineral microbiological science and technology].
π Publications:
Adsorption of metal ions by oceanic manganese nodule and deep-sea sediment: Behaviour, mechanism and evaluation
Science of the Total Environment.,Β 2024, 908, 168163
Reuse of waste acid from titanium dioxide industry: Efficient synthesis and functional exploration of titanium phosphate
Chemical Physics Letters.,Β 2023, 833, 140938
A comprehensive review on progresses of coal and minerals bioflotation in presence of microorganisms
Journal of Environmental Chemical Engineering,Β 2023, 11(6), 111182
Mechanism of Deep-Sea Microbial-Mediated Synergistic Synthesis of Ferromanganese Oxidation Products Process for Heavy Metal Ion Adsorption
JOM.,Β 2023, 75(12), pp. 5405β5419
An efficient and clean method for the selective extraction and recovery of manganese from pyrolusite using ammonium sulfate roasting-water leaching and carbonate precipitation
Minerals Engineering., 2023, 203, 108356