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Tomasz Suponik

Observed names: Suponik, Tomasz, T Suponik, T. Suponik, TOMASZ SUPONIK
ORCID: 0000-0002-4251-4275
Observed ORCID: 0000-0002-4251-4275
OpenAlex ID: A5026923914
Impact of Grinding of Printed Circuit Boards on the Efficiency of Metal Recovery by Means of Electrostatic Separation
2021 · Tomasz Suponik, Dawid Franke, et al. · Minerals · 27
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Closed coal mine shaft as a source of carbon dioxide emissions
2016 · Paweł Wrona, Zenon Różański, et al. · Environmental Earth Sciences · 26
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Processes of Removing Zinc from Water using Zero-Valent Iron
2015 · Tomasz Suponik, Antoni Winiarski, et al. · Water Air & Soil Pollution · 25
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Removal of heavy metals from groundwater affected by acid mine drainage
2014 · Suponik, Tomasz, Blanco, Miguel · 17
Groundwater treatment with the use of zero-valent iron in the permeable reactive barrier technology
2013 · Suponik, Tomasz · 17
Adsorption and biodegradation in PRB technology
2010 · Tomasz Suponik · Environment Protection Engineering · 14
Evaluation of the efficiency of metal recovery from printed circuit boards using gravity processes
2021 · Dawid Franke, Tomasz Suponik, et al. · Physicochemical Problems of Mineral Processing · 13
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Recovery of Metals from Printed Circuit Boards By Means of Electrostatic Separation
2020 · Dawid Franke, Tomasz Suponik, et al. · Management Systems in Production Engineering · 12
Electrostatic and magnetic separations for the recovery of metals from electronic waste
2019 · T Suponik, D Franke, et al. · IOP Conference Series Materials Science and Engineering · 11
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Evaluation of the use of flotation for the separation of ground printed circuit boards
2022 · Dawid M. Franke, Umut Kar, et al. · Gospodarka Surowcami Mineralnymi - Mineral Resources Management · 10
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Coal recovery from a coal waste dump
2016 · Zenon Rozanski, Tomasz Suponik, et al. · E3S Web of Conferences · 10
Possibility of using permeable reactive barrier in two selected dumping sites
2009 · Tomasz Suponik, Marcin Lutyński · 10
Comparison of different pretreatment processes for lithium-ion battery recycling from a life cycle assessment perspective
2025 · Umut Kar, Ario Fahimi, et al. · Journal of Environmental Management · 9
A Study on the Hard Coal Grindability Dependence on Selected Parameters
2021 · Krzysztof Kogut, Vladimir Cablik, et al. · Energies · 9
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Zero-valent iron for removal of inorganic contaminants from low pH water
2015 · Tomasz Suponik · Environment Protection Engineering · 8
Selective Crushing of Run-of-Mine as an Important Part of the Hard Coal Beneficiation Process
2021 · Piotr Matusiak, Daniel Kowol, et al. · Energies · 7
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Assessment of the Suitability of Coke Material for Proppants in the Hydraulic Fracturing of Coals
2023 · Tomasz Suponik, Krzysztof Labus, et al. · Materials · 6
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Zastosowanie barier z węgla aktywnego do ochrony wód podziemnych przed odciekami ze składowisk odpadów przemysłowych
2004 · A. Lutyński, Tomasz Suponik · Ochrona Środowiska · 6
Prediction and Potential Treatment of Underground Contaminated Water Based on Monitoring of pH and Salinity in a Coal Mine Waste Heap, Southern Poland
2022 · Tomasz Suponik, Dawid M. Franke, et al. · Minerals · 5
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Stability of green tea nanoscale zero-valent iron
2016 · Tomasz Suponik, Marcin Lemanowicz, et al. · E3S Web of Conferences · 5
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Hydrocarbons removal from underground coal gasification water by organic adsorbents
2014 · Lutynski, Marcin, Suponik, Tomasz · 5
Parametry chemiczne depozytów mułów węglowych. Baza danych DMW
2012 · I. Baic, B. Witkowska-Kita, et al. · Polityka Energetyczna – Energy Policy Journal · 5
Ensuring permeable reactive barrier efficacy and longevity
2010 · Tomasz Suponik · 5
Financial and Technological Potential of Eco-Efficient Recycling of Waste Electronic Equipment
2025 · Tomasz Suponik, Paweł Friebe, et al. · Minerals · 4
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Sustainable Recovery of Rare Earth Elements from Hard Disks: Grinding NdFeB Magnets and Financial and Environmental Analysis
2025 · Paweł Friebe, Tomasz Suponik, et al. · Materials · 4
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Works count: 76
Citation count: 349
H-index: 10
I10-index: 12
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