Mineral Processing and Recycling
Our research areas:
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Process engineering in service of the circular economy of raw materials
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Green chemistry for mineral froth flotation
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Physical separation technologies for recycling
Our current research activities include:
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Fundamental understanding of interfacial phenomena in mineral froth flotation
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Green chemical systems in mineral froth flotation
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New physical separation operations for battery waste
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Statistical entropy analysis supported by process simulation as a parameter of materials circularity
The Research Group for Mineral Processing and Recycling is led by Prof. Rodrigo Serna. Our approach is to study the underlying phenomena responsible of the performance of mineral processing operations. Of particular interest is the study of the interfacial phenomena occurring during mineral enrichment, in order to gain a practical understanding on the correlation between adsorptive or surface chemical reactions and the macroscopic performance of the operations. Through the understanding of the phenomena involved, it may be possible to propose novel chemical systems that could further improve the efficiency of currently used enrichment operations, or even propose new processing methods altogether. The research group also counts with expertise in computational fluid dynamics with which alternative processing systems or new designs of mechanical components can be tested.
Our current research projects deal with the exploration of green chemicals for flotation and the quality and potential cross-contamination in water circuits. Our research group is also responsible for the courses related to mineral processing and recycling, including fundamentals, unit operations and plant design.
Research group members:
Join us!
- We are constantly looking for opportunities to improve the way in which we produce raw materials. We believe there is a better way for mining and recycling, both with new technologies and the active involvement of society. If you would like to know more about our group’s activities, please contact us ([email protected]).
- Are you already a student at Aalto looking for thesis topics or internships? Please enquire directly with us about opportunities ([email protected])
- Interested on Doctoral studies in our team? Please check Aalto careers website for available positions
Related content:
New Academy Projects to be launched in September
New Academy Projects funded by the Academy of Finland involve expertise from all six Aalto schools
Ecofriendly chemicals can actually improve mineral processing
Nontoxic and biodegradable cellulose-based compound accelerates the mineral separation processes and reduces the use of other chemicals
Get to know us: Assistant professor Rodrigo Serna
Assistant professor Rodrigo Serna’s goal is to find new ways to produce sufficient raw materials for our modern society. Let’s hear more!
A joint laboratory of circular economy was opened in Otaniemi
The Geological Survey of Finland, VTT and Aalto University work together with industry to develop solutions for the needs of a carbon-neutral and resource-efficient society.
EIT-labelled course generates new talent and future leaders in the mining industry
The European Mining Course demonstrates a remarkable quality in terms of internationalization, educational innovation, entrepreneurship and societal impact.
Latest publications:
Leaching strategies for the recovery of Co, Ni, Cu and Zn from historical tailings
Bubble Size Characterization in the HydroFloat® Fluidized-Bed Flotation Cell Using Tap Water and Seawater
Enhanced electrochemical discharge of Li-ion batteries for safe recycling
Towards Integration of Ni-Slag Cleaning Process and Lithium-Ion Battery Recycling for an Efficient Recovery of Valuable Metals
Innovations in Li-ion Battery Recycling: Advanced Physical Separation, Characterization, and Industrial Process Integration
Quantifying the degree of selectivity in a Flocculation-Flotation process of LiCoO2 and graphite using scanning electron microscopy and image processing analysis
A study on recovery strategies of graphite from mixed lithium-ion battery chemistries using froth flotation
Circular And Sustainable : Evaluating Lithium-Ion Battery Recycling using a Combined Statistical Entropy and Life Cycle Assessment Methodology
A grave-to-cradle analysis of lithium-ion battery cathode materials using material and energy circularity indicators
A simple methodology for the quantification of graphite in end-of-life lithium-ion batteries using thermogravimetric analysis
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