High arsenic (As) content in the Upper Miocene coal matter from TER-1/03 borehole (Terbegovci – Sveti Jurij ob Š~avnici, NE Slovenia)

A composite sample of coal cuttings (depth: 141.0–155.5 m) from the TER-1/03 water supply well in northeastern (NE) Slovenia (Slovenske gorice; locality Terbegovci – Sveti Jurij ob Š~avnici) was analysed for its coal quality (proximate analysis – percent moisture, volatile matter, fixed carbon, as...

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Main Authors: Miloš Markič, Mihael Brenčič
Format: Article
Language:English
Published: Geological Survey of Slovenia 2014-07-01
Series:Geologija
Subjects:
Online Access:http://www.geologija-revija.si/dokument.aspx?id=1194
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spelling doaj-95b236b2203a4aa286145381f35d5ac42021-07-02T05:09:54ZengGeological Survey of SloveniaGeologija0016-77891854-620X2014-07-01571152610.5474/geologija.2014.002High arsenic (As) content in the Upper Miocene coal matter from TER-1/03 borehole (Terbegovci – Sveti Jurij ob Š~avnici, NE Slovenia)Miloš MarkičMihael BrenčičA composite sample of coal cuttings (depth: 141.0–155.5 m) from the TER-1/03 water supply well in northeastern (NE) Slovenia (Slovenske gorice; locality Terbegovci – Sveti Jurij ob Š~avnici) was analysed for its coal quality (proximate analysis – percent moisture, volatile matter, fixed carbon, ash), calorific value, and major (C, H, O, N, S)-, minor (Si, Al, Fe, Mg, Ca, Na, K, Ti, P, Mn – as oxides)- and trace-elemental (43 elements) chemical composition. The coal was classified as a “normal” humic, high-grade metalignite, similar to coals in the Mura Formation of the Mura-Zala Basin. Unusually high arsenic (As) content of more than 100 µg/g was determined in the investigated coal matter, whereas the Clarke value for the world coals is between 5 and 10 µ g/g, as cited by different authors. Besides As, also Sb, V, Mo, U, and W have been found to be enriched in the studied coal.http://www.geologija-revija.si/dokument.aspx?id=1194coalarsenic (As)trace elementsUpper MioceneTerbegovciNE Slovenia
collection DOAJ
language English
format Article
sources DOAJ
author Miloš Markič
Mihael Brenčič
spellingShingle Miloš Markič
Mihael Brenčič
High arsenic (As) content in the Upper Miocene coal matter from TER-1/03 borehole (Terbegovci – Sveti Jurij ob Š~avnici, NE Slovenia)
Geologija
coal
arsenic (As)
trace elements
Upper Miocene
Terbegovci
NE Slovenia
author_facet Miloš Markič
Mihael Brenčič
author_sort Miloš Markič
title High arsenic (As) content in the Upper Miocene coal matter from TER-1/03 borehole (Terbegovci – Sveti Jurij ob Š~avnici, NE Slovenia)
title_short High arsenic (As) content in the Upper Miocene coal matter from TER-1/03 borehole (Terbegovci – Sveti Jurij ob Š~avnici, NE Slovenia)
title_full High arsenic (As) content in the Upper Miocene coal matter from TER-1/03 borehole (Terbegovci – Sveti Jurij ob Š~avnici, NE Slovenia)
title_fullStr High arsenic (As) content in the Upper Miocene coal matter from TER-1/03 borehole (Terbegovci – Sveti Jurij ob Š~avnici, NE Slovenia)
title_full_unstemmed High arsenic (As) content in the Upper Miocene coal matter from TER-1/03 borehole (Terbegovci – Sveti Jurij ob Š~avnici, NE Slovenia)
title_sort high arsenic (as) content in the upper miocene coal matter from ter-1/03 borehole (terbegovci – sveti jurij ob š~avnici, ne slovenia)
publisher Geological Survey of Slovenia
series Geologija
issn 0016-7789
1854-620X
publishDate 2014-07-01
description A composite sample of coal cuttings (depth: 141.0–155.5 m) from the TER-1/03 water supply well in northeastern (NE) Slovenia (Slovenske gorice; locality Terbegovci – Sveti Jurij ob Š~avnici) was analysed for its coal quality (proximate analysis – percent moisture, volatile matter, fixed carbon, ash), calorific value, and major (C, H, O, N, S)-, minor (Si, Al, Fe, Mg, Ca, Na, K, Ti, P, Mn – as oxides)- and trace-elemental (43 elements) chemical composition. The coal was classified as a “normal” humic, high-grade metalignite, similar to coals in the Mura Formation of the Mura-Zala Basin. Unusually high arsenic (As) content of more than 100 µg/g was determined in the investigated coal matter, whereas the Clarke value for the world coals is between 5 and 10 µ g/g, as cited by different authors. Besides As, also Sb, V, Mo, U, and W have been found to be enriched in the studied coal.
topic coal
arsenic (As)
trace elements
Upper Miocene
Terbegovci
NE Slovenia
url http://www.geologija-revija.si/dokument.aspx?id=1194
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