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A composite sample of coal cuttings (depth: 141.0–155.5 m) from the TER-1/03 water supply well in northeastern\ud(NE) Slovenia (Slovenske gorice; locality Terbegovci – Sveti Jurij ob Š~avnici) was analysed for its coal\udquality (proximate analysis – percent moisture, volatile matter, fixed carbon, ash), calorific value, and major (C,\udH, O, N, S)-, minor (Si, Al, Fe, Mg, Ca, Na, K, Ti, P, Mn – as oxides)- and trace-elemental (43 elements) chemical\udcomposition. The coal was classified as a “normal” humic, high-grade metalignite, similar to coals in the Mura\udFormation of the Mura-Zala Basin. Unusually high arsenic (As) content of more than 100 µg/g was determined in\udthe investigated coal matter, whereas the Clarke value for the world coals is between 5 and 10 µ g/g, as cited by\uddifferent authors. Besides As, also Sb, V, Mo, U, and W have been found to be enriched in the studied coal

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