Burcak Ebin
Dr. Burçak Ebin's background in Metallurgy and Material Engineering, coupled with his extensive research in process development for recycling and material recovery from various waste streams. He is also an expert in nano- and micron-size powder production from primary and secondary sources. His current research focuses on; (i) reclaiming electrolytes, and organics (binder, separator, etc) from spent batteries by supercritical fluid extraction, (ii) waste management and valuable metal recovery from solar modules/cells and waste electronics (WEEE) by pyro- and hydrometallurgical methods, (iii) characterization of municipal solid waste incinerator ashes, metal recovery from them, and ash stabilization, (iv) metal recovery from industrial waste, (v) thermodynamic modeling to understand the underlying chemical principles involved in material recycling and production, and optimizing processes. The combination of his knowledge in process metallurgy, materials, and thermodynamic modeling enables the development of innovative and sustainable recycling solutions. His work addresses critical challenges related to waste management, resource sustainability, and the development of advanced materials. His research is instrumental in fostering sustainable and feasible recycling processes, which are essential for a more environmentally responsible and resource-efficient future.
Showing 44 publications
Zinc speciation in fly ash from MSWI using XAS - novel insights and implications
Silver cementation mechanism for leaching silicon solar cells in nitric acid
Disordered Crystal Structure and Anomalously High Solubility of Radium Carbonate
Valuable metal recycling from thin film CIGS solar cells by leaching under mild conditions
One step production of silver-copper (Agcu) nanoparticles
Major Challenges and Opportunities in Silicon Solar Panel Recycling
Production of energy saving materials from the waste mixtures of REEs
Major challenges and opportunities in silicon solar module recycling
BizMet: Competitive sustainable business from metal recycling - Bizmet academy
Considerations when Modelling EV Battery Circularity Systems
Recovery of industrial valuable metals from household battery waste
Chemical Transformations in Li-Ion Battery Electrode Materials by Carbothermic Reduction
Spent Pot Lining -CYCLE - novel zero waste technology
Options for sustainable battery recycling systems
Pyrometallurgical Processes for the Recovery of Metals from WEEE
Production of zinc and manganese oxide particles by pyrolysis of alkaline and Zn–C battery waste
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Showing 21 research projects
Recycling of critical and strategic metals from solar cells
Exploring strategies for recycling polymer-based solid-state batteries during their development
Recycling of critical metals from thin-film solar modules by electrochemistry
Unlocking the potential of fly ash as a secondary raw material through the use of LSRI
Saving the future of Indium: Recycle integrated greenproduction (Indium)
High temperature corrosion and ash research, part 2
Challenges and needs in future circular material systems for electric and autonomous vehicles
Competetive Sustainable Business from Metal Recycling (BizMet)
SPL‐CYCLE: Closing the loop of the Spent Pot‐line (SPL) in Al smelting process
Production of nanostructured metal particles from various electronic waste
Recycling of silver from CIGS solar cells
Zinc metal extraction from alkaline battery waste by pyrochemistry
Recovery of valuable metals from EAF steel making dust by hydrometallurgy
Recycling Processes for Alkaline and Zn-C Batteries
Hydrochemical and pyrochemical recycling of metals from batteries