2015
DOI: 10.1515/gospo-2015-0018
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Petrographic and mineral variability of the rocks accompanying selected coal seams of the Poruba beds and their influence of the trace elements content / Zróżnicowanie Petrograficzno-Mineralogiczne Skał Współ Występujacych Z Wybranymi Pokładami Węgla Z Warstw Porębskich I Jego W Pływ Na Zawartość Pierwiastków Śladowych

Abstract: Streszczenie Skały współwystępujące z węglem w wybranych pokładach warstw porębskich (610, 620, 630) reprezentowane są najczęściej przez iłowce oraz iłowce syderytyczne, a rzadziej przez mułowce i mułowce syderytyczmne. Sporadycznie występują piaskowce. Stwierdzono także występowanie przerostu z tonsteinem. Zależnie od odmiany petrograficznej skał stwierdzono w nich zróżnicowanie zawartości pierwiastków śladowych (Ba, Zn, Mn, V, Cr, Cu, Ni. Pb, As, Ga, B, Co, Ge, Be, Li, Cd, Ag, Sr - w kolejności malejące… Show more

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“…It is also important to determine the chemical composition of rocks accompanying coal seams in terms of the storage or potential management of mining waste. The geochemical investigation of the presence of trace and major elements in the sedimentary rocks of the coal-bearing succession from the USCB has primarily focused on rocks from the roof and floor or interlayers of coal seams [28,29]. The USCB's geochemical research in recent years has been mainly focused on the critical elements, particularly rare earth elements, Energies 2024, 17, 642 3 of 21 found in coal, coal ashes, and coal mining waste.…”
Section: Introductionmentioning
confidence: 99%
“…It is also important to determine the chemical composition of rocks accompanying coal seams in terms of the storage or potential management of mining waste. The geochemical investigation of the presence of trace and major elements in the sedimentary rocks of the coal-bearing succession from the USCB has primarily focused on rocks from the roof and floor or interlayers of coal seams [28,29]. The USCB's geochemical research in recent years has been mainly focused on the critical elements, particularly rare earth elements, Energies 2024, 17, 642 3 of 21 found in coal, coal ashes, and coal mining waste.…”
Section: Introductionmentioning
confidence: 99%
“…Geochemical research concerning the presence of trace and minor elements in the sedimentary rocks of the Carboniferous coal-bearing series from the USCB has primarily been concerned with rocks from interlayers or from the roof and floor of the coal seams (e.g. Hanak and Kokowska-Pawłowska 2006;Hanak et al 2011;Kokowska-Pawłowska 2015;Parzentny and Róg 2020). In recent years, geochemical research related to the USCB has mainly focused on the possibility of obtaining critical, especially for rare earth elements from coal, coal ashes, and coal mining waste (e.g.…”
Section: Introductionmentioning
confidence: 99%