Dodbiba Research Group
Laboratory for Materials Processing, Recovery, and Recycling
Novel technologies are required for sustainable materials processing to cope with the depletion of natural resources and environmental challenges. In an attempt to design a more sustainable future, Dodbiba Research Group (DRG) is committed to finding innovative engineering solutions and developing materials or technologies. Our group identifies problems and works to solve them by pushing the boundaries of the current knowledge and expertise.
Reserch Topics
adsorbent
adsorption
arsenic
biosorption
bottom ash
chloride
coal ash
critical materials
density separation
e-waste
environmental purification
extraction
ferromagnetics
froth flotation
gallium
heat treatment
hydrometallurgy
image processing
indium
LCA
leaching
liquid-liquid separation
lithium
magnetic separation
mineral processing
molybdenum
nickel
palladium
particle size distribution measurement
PGM elements
phosphorus
rare earth elements
recycling
sewage sludge ash
shape factor
silver
size reduction
solvent extraction
sorting of plastics
spent batteries
synthesis
tribo-electic separation
waste plastics
wastewater
zeta potential
Evaluation of particle geometry by image processing analysis
Enhanced elution of chloride ions from incinerator bottom ash
Separation of Pd and Ag from waste semiconductor materials
Recovery of Cu, On, Ga, and Se from spent CIGS targets
Synthesis of iron-based adsorbents for the adsorption of molybdenum ions in nitric acid solution
Calcination of low-grade laterite for concentration of Ni by magnetic separation
Removal of As from wastewater using iron compound: Comparing two different types of adsorbents in the context of LCA
Comparing energy recovery with mechanical recycling of plastic wastes in the context of LCA
Next Upcoming Event
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2025
1st Graduate Program Information Session
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Dodbiba Research Group, UTokyo
Dodbiba Research Group, Laboratory for Materials Processing, Recovery, and Recycling,
Department of
At the heart of Venice, where timeless charm and elegance converge with cutting-edge innovation, the International Symposium Venice 2024 transformed the city into an innovation hub. From captivating presentations and discussions held in historic halls to exclusive networking opportunities, Venice 2024 is more than just an event — it’s an experience.![]()
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#Venice2024 #BusinessNetworking
🎉 Exciting news! Our master’s student has officially graduated and received his diploma! 🎓👏 ![]()
Congrats to Jiaheng WU on this amazing achievement! 🚀! 卒業おめでとうございます! #graduation #proudmoment![]()
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… with new #graduate after the AY2024 Autumn Semester Diploma Presentation and Commencement Ceremony (September 20, 2024).
Geologists found the world’s largest iron ore deposit
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@PLOSCompBiol #PhD #PhDlife #academics #AcademicChatter #AcademicTwitter #Postdocs #Research #Science
Interested in carbon pricing data? The @WorldBank Carbon Pricing Dashboard provides an up-to-date overview of existing and emerging carbon pricing instruments worldwide: http://wrld.bg/YsH950SAAmm #PriceOnCarbon
2024年4月より株式会社シンコーホールディングスとの間で「乾電池リサイクル技術の開発」というテーマで共同研究契約を締結し、現在共同研究を実施中です。
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