My research interests lie in nutrient/metal dynamics at the mineral-water interface, with a special focus on the Iron redox processes. Currently I am a PhD candidate at UU geochemistry group and also a Early-stage-researcher of EU Marie Sklodowska-Curie ITN project P-TRAP.
As an EE(experi-/environ-) mental geochemist, I am interested in employing various laboratory techniques [spectroscopies(absorption, diffraction, Mössbauer, X-ray and synchrotron-based), isotopes(stable isotopes, radionuclides), microscopies(EM, TEM, AFM)] and modeling [kinetic, mechanistic, and Machine Learning] to study the mechanisms and kinetics of the adsorption, desorption and transformation processes in nature environments.
Check my publications(google scholar)
Phosphate has been an emerging issue both environmentally and agriculturally, as part of the EU P-TRAP project, my PhD thesis focuses on the mechanism and kinetics of how P interacts with Fe minerals, with a special emphasis on redox transformations of Fe oxides and a detailed exploration of Vivianite, a charming Fe(II) phosphate mineral.
The occurrence of natural processes relies on intricate interactions between different components, e.g., mineral-bacteria interactions, which could provide a fundamental understanding of key geochemical processes, such as mineral dissolution/transformation, nutrient/pollutant adsorption/desorption, organic carbon sequestration, etc. For this purpose, we used Atomic Force Microscopy (AFM) to study the adhesion of bacteria (P. putida) onto Goethite (α-FeOOH).
Lead(Pb), Cadmium(Cd) and Copper(Cu) are widespread metal pollutants, threatening human healty. Understanding the adsorption behavior of these heavy metals onto Fe minerals would provide comprehensive insights into environmental remediation strategies. In this part, surface complexation model was implemented to make a thorough understanding of the adsorption behavior.
The purposes of my research targeted the fundamental understanding of processes in the real natural environment, I aim at addressing environmental pollutions(heavy metal pollution, excessive nutrient pollution) and contribute to the nutrients recycling(phosphate recycling)
Developing effective methods for environmental cleanup.
Advancing understanding of natural process mechanisms for ecosystem health.
Enhancing techniques to purify and protect water sources.
Studying soil interactions to improve land rehabilitation.
Creating new approaches for environmental restoration and protection.
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Interested? Please feel free to contact me for possible collaborations, projects, or inspirations.