Researchers and stakeholders are warmly invited to contribute to the symposium by presenting a poster. Posters will be displayed and discussed during the social breaks (coffee breaks, lunches, and walking dinner), offering an excellent opportunity to showcase research, share ideas, and connect with participants from across the hydrometallurgy community.
Authors are invited to submit an abstract not exceeding one A4 page. Submissions should address a topic within the scope of the symposium.
All accepted posters must be presented during the symposium by a registered presenting author.
Poster format: Accepted posters should be prepared in A0 size (portrait orientation).
A Best Poster Award will be presented to the poster selected by participant vote during the symposium. The award will be announced during the closing session of the symposium.
Submission deadline: 15 June 2026
Notification of acceptance: Within one week after submission
| ICHS2024 Posters | ||||
| Authors | Title | Affiliation | Downloads | |
| 01 | J. Ait Brahim, R. Beniazza | Unveiling the Opportunities of Rare Earths Recovery from Phosphate Byproducts and Waste Streams | Mohammed VI Polytechnic University (Morocco) | [DOWNLOAD] |
| 02 | J. G.P. Santos1, J. Lourenço2, S. Mendo1, J. A.P. Coutinho1, T. Caetano1, H. Passos2 | Combining bioleaching and liquid-liquid separation for metals recovery from low- grade matrices | 1University of Aveiro (Portugal) 2University of Porto (Portugal) | [DOWNLOAD] |
| 03 | A. Nogueira, F. Sosa, N. Schaeffer, J. A.P. Coutinho | Machine learning-driven framework for lithium-ion battery recycling | University of Aveiro (Portugal) | [DOWNLOAD] |
| 04 | N. Peeters, S. Riaño, K. Binnemans | Conversion of lithium chloride into lithium hydroxide using a two-step solvent extraction process in an agitated Kühni column | KU Leuven (Belgium) | [DOWNLOAD] |
| 05 | A. Nobahar1, F. N. Braga1, F. H. B. Sosa1, J. A. P. Coutinho1, H. Passos1, 2 | Innovative Bio-Based Adsorbents for Platinum Group Metals Recovery | 1University of Aveiro (Portugal) 2University of Porto (Portugal) | [DOWNLOAD] |
| 06 | M. Haberbauer, R. Früholz, S. Spieß | Phosphorus and metal recovery from sewage sludge ash by biohydrometallurgy | K1-MET GmbH (Austria) | [DOWNLOAD] |
| 07 | F. N. Braga1, A. Coelho1, A. R. F. Carreira1, F. H. B. Sosa1, N. Schaeffer1, H. Passos1, 2, J. A.P. Coutinho1 | Hydrometallurgical Recovery of Platinum Group Metals from Spent Catalytic Converters Using Water-in-Salt Leaching Solutions | 1University of Aveiro (Portugal) 2University of Porto (Portugal) | [DOWNLOAD] |
| 08 | T. Hanada1, 2, N. Schaeffer2, M. Katoh1, J. Coutinho2, M. Goto3 | Designing hydrophobic deep eutectic solvents for the selective leaching of critical metals | 1Tokushima University (Japan) 2University of Aveiro (Portugal) 3Kyushu University (Japan) | [DOWNLOAD] |
| 09 | J. Alajoki1, Björn Glaser2 Mari Lundström1,2 | Robust hydrometallurgical processing and recovery of metals from underutilized industrial side streams | 1Aalto University (Finland), 2KTH Royal Institute of Technology | |
| 10 | S. Teimouri, C. Ma, M. Svärd, and K. Forsberg | Augmenting deep eutectic solvent leaching and anti-solvent crystallization with density functional theory (DFT) for recycling of lithium-ion batteries | KTH Royal Institute of Technology (Sweden) | [DOWNLOAD] |
| 11 | M. Drzazga, M. Ciszewski, S. Kozłowicz, S. Kulawik, A. Radoń, I. Maj, S. Kasierot, P. Kowalik, K. Goc, K. Klejnowska, W. Mikołajczak | Management of zinc production wastes for recovery of germanium | Institute of Non-Ferrous Metals (Poland) | [DOWNLOAD] |
| 12 | L. M. Martelo, M. A. D. Silva, H. A. M. Bacelo, M. M. S. M. Bastos, H. M.V.M. Soares | Zero-waste recycling of all raw materials from liquid crystal displays screens of smartphones through a circular physic-hydrometallurgical strategy | University of Porto (Portugal) | |
| 13 | N. Snehashis, N. Osmanbegovic, M. Svärd, and K. Forsberg | Comparison of antisolvent and eutectic freeze crystallization for recovery of Ni, Co and Mn methanesulfonate hydrates | KTH Royal Institute of Technology (Sweden) | [DOWNLOAD] |
| 14 | E. Seftel1, E. Balomenos2, C. Dittrich3, B. Orberger4, C. Mangunda5 | VALORE PROJECT – VANADIUM AND GALLIUM RECOVERY FROM BAYER LIQUOR | 1VITO Belgium; 2MYTILINEOS (Greece) 3MEAB (Germany) 4Catura Geoprojects (France) 5KTH (Sweden) | [DOWNLOAD] |
| 15 | S. Rahmati, P. Romano, R. Adavodi and F. Veglio’ | Evaluation of Hydrometallurgical Methods for Designing Rare Earth Elements Recovery Plant | University of L’Aquila (Italy) | [DOWNLOAD] |
| 16 | J. J.M.M. van de Ven, Y. Yang and S. T. Abrahami | A Closer look on Synergetic Leaching of LiFePO4- and LiNixMnyCozO2- Containing Lithium-ion Battery Waste | Delft University of Technology (The Netherlands) | [DOWNLOAD] |
| 17 | A. Kumari1, S. Kumar Sahu2 | Hydrometallurgy for sustainable recovery of rare earths from waste NdFeB magnets | 1Indian Institute of Technology (India) 2 CSIR-National Metallurgical Laboratory (India) | [DOWNLOAD] |
| 18 | R. Marin Rivera, K. Binnemans | Coupled reaction and solvent extraction process for HCl regeneration from a CaCl2- based solution | KU Leuven (Belgium) | [DOWNLOAD] |
| 19 | C. R. Souza1, C. N. Silva1, G. C. Silva1, A.L.A. Santos1, D. B. F. Neto1, F. M. Penha2 and S. D. F. Rocha1 | Niobium Circularity: Linking the Chain Aiming at Sustainable Innovation | 1Universidade Federal de Minas Gerais (Brazil) 2 KTH Royal Institute of Technology (Sweden) | [DOWNLOAD] |
| 20 | H. Salehi[1], S. Maroufi, R. K. Nekouei, V. Sahajwalla | Tailored Separation of Light Rare Earth Elements using Combined Oxidative Precipitation and Multi-Stage Solvent Extraction Techniques | Centre for Sustainable Materials Research and Technology, SMaRT@UNSW (Australia) | [DOWNLOAD] |
| 21 | F. Kukurugya1, O. Renier1, J. Spooren1, E. Brau Cerdá2, A. Lopez Buendia2 | Microwave-assisted leaching of precious metals from end-of-life products | 1VITO, Belgium 2 CEINNMAT (Spain) | [DOWNLOAD] |
| 22 | V. Muthukumar, W. C. Kwok, P. Venkatesan | Extraction of lithium from Pegmatite mine tailings via microwave-assisted leaching and chemical precipitation | Université Libre de Bruxelles (Belgium) | [DOWNLOAD] |
| 23 | D. Pino-Herrera | Numerical modelling developments on bioleaching process | BRGM (France) | [DOWNLOAD] |
| 24 | C. Pucci Couto1, P. Venkatesan2, Y. Yang1, J. Ustarroz2, 3, S. T. Abrahami1 | An innovative approach to study local dissolution mechanism of NdFeB permanent magnets by scanning electrochemical cell microscopy (SECCM) | 1Delft University of Technology (The Netherlands) 2 Université Libre de Bruxelles (Belgium) 3 Vrije Universiteit Brussel (Belgium) | [DOWNLOAD] |
| 25 | D. Boom, E. Yilmaz, C. van Beek-Hagemans, S. van Berkum | THE OVERSEEN LINEAR PROCESSES IN A CIRCULAR ECONOMY | TNO, Netherlands Organization for Applied Scientific Research (The Netherlands) | [DOWNLOAD] |
| 26 | I. Hussain1, N. Dogan1, F. Schrama1, 2, R. Botinha L. Cancado1, 2, Y. Yang1 | Assessment of hydrometallurgical method for copper removal in steel recycling | 1Delft University of Technology (The Netherlands) 2Tata Steel Netherlands (The Netherlands) | [DOWNLOAD] |
| 27 | F.M. Kadisch, S.T. Abrahami, Y. Yang | Investigation of Advanced Techniques for Liberating Electronic Components for the Recycling of Printed Circuit Boards | Delft University of Technology (The Netherlands) | [DOWNLOAD] |
| 28 | U. G. Favero1, Y. R. Guimarães1, N. T. P. Martins2, N. P. Viana2, G. M. D. Ferreira2, R. C. Silva1, T. A. Silva1, M. C. Hespanhol1 | Sustainable copper extraction from chalcopyrite using deep eutectic solvent for sample dissolution, electrodeposition, and adsorbent modification | 1Federal University of Viçosa (Brazil) 2Federal University of Lavras (Brazil) | [DOWNLOAD] |
| 29 | S. Sadeghi, B. Dewulf, C. Vermoere, R. Lommelen1, S. Tampouris, K. Binnemans | Ni/Co recovery from ferronickel (FeNi) ores using an HCl-based route | KU Leuven (Belgium), LARCO (Greece) | [DOWNLOAD] |
| 30 | R. Barbano1, 2,T. Santori1, E. Billy1, G. Frajer1, H. Muhr2 | Understanding of chemical and catalytic mechanism of oxidative precipitation process applied for the lithium-ion batteries metals of interest recovery | 1University Grenoble Alpes (France) 2CNRS Université de Lorraine (France) | [DOWNLOAD] |
| 31 | S. Javanshir, L. Sundqvist Öqvist | Feasibility study of using bio-reductant for extraction of valuable metals from spent LIBs | Luleå University of Technology (Sweden) | [DOWNLOAD] |
| 32 | T. Abo Atia, S. Sadeghi, A. Olovcic, K. Binnemans | Modelling and validation of an ammonia-ammonium carbonate hydrometallurgical flowsheet for recovering zinc from electric arc furnace dust (EAFD) | KU Leuven (Belgium) | [DOWNLOAD] |
| 33 | D. Avdibegović, V. T. Nguyen, K. Binnemans | One-step process for purification of lithium chloride to battery grade | KU Leuven (Belgium) | [DOWNLOAD] |
| 34 | V. T. Nguyen, J. B. Habinshuti, C. A. Quintero, D. Avdibegovic, and K. Binnemans | Circular Hydrometallurgical Process for Extraction of Beryllium from Beryl Ore | KU Leuven (Belgium) | [DOWNLOAD] |
| 35 | M. Richard | Adionics: An exclusive technology to optimize Li Recycling from battery recycling | Adionics (France) | [DOWNLOAD] |
| 36 | M. O. Arman, C. Deferm, K. Binnemans | Electrochemical oxidation of copper(I) to make solvometallurgical recovery of PGMs circular | KU Leuven (Belgium) | [DOWNLOAD] |
| 37 | P. Xanthopoulos1, A. Charitos2, D. R. Martinez2, M. Rudolph2, A. Salces3, A. M. Moschovi4, I. Yakoumis4, D. Skentzou5 | ReLiFe – Recycling Lithium Ferrophosphate in the RIS area | 1Sunlight Group SystemsSystems Sunlight SA (Greece) 2TU Bergakademie Freiberg (Germany) 3Helmholtz-Zentrum Dresden-Rossendorf (Germany) 4MONOLITHOS Catalysts & Recycling Ltd (Greece) 5SE&C IKE (Greece) | [DOWNLOAD] |
| 38 | B. Dewulf | Circular hydrometallurgical approach using hydrochloric acid towards the valorization of domestic European nickel and cobalt resources | KU Leuven (Belgium) | [DOWNLOAD] |
