Groundwater in Katowice - center of a large urban and deep coal mining area in Poland
Accepted: 27 September 2024
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The paper presents the groundwater resources of Katowice and the results of studies conducted to identify prospective areas in aquifers with sufficient water resources for the location of public water intakes. The city of Katowice is the capital of Upper Silesia, the largest urban-industrial area in Poland, the region with a highly developed hard coal mining and many other different industries covering almost the entire scope of the economy. Due to long term drainage of mines causing the depletion and deterioration of groundwater and surface water resources, the main municipal water intakes have been located outside Katowice. Most of the pumped mine water is discharged into surface waters, causing significant salinity of water and disallow its use for municipal or industrial purposes in Katowice. The water collection and supply system is very extensive and covers a significant part of the Silesian agglomeration which is why Katowice is supplied with water from surface water intakes located outside the city. According to older published materials, such as the Hydrogeological map of Poland, there were no aquifers in the city that could have been used to supply the city with drinking water, however recent studies have shown that groundwater in the Quaternary aquifers in the western part of the city can be used to supply the city with public water. Less productive, Quaternary aquifers in north-eastern parts of the city may constitute the basis for drinking water supply in emergency situations, when surface intakes cannot be used, such as toxic, radiological or viral contamination or damage to the water supply network eg. as a result of an earthquake or warfare.
Chmura, A., Jureczka, J., Krieger, W., Ługiewicz-Mołas, I., Piotrowski, A., Sikora, R., Stachura, A., Szulik, J., Wilanowski, S. (2011) Rejestr zawierający informacje o zagrożeniach powierzchni ziemina obszarze Katowic. “Register containing information on threats to the earth’s surface in Katowice”. Archive Katowice City Office.
Chmura, A., Wagner, J. (1997) Mapa hydrogeologiczna Polski. Skala 1:50 000. Hydrogeological map of Poland at a scale 1:50 000. Sheet Zabrze. https://baza.pgi.gov.pl/resources.html?type=map50&id=942
Firlit, G., et. al. (2015) Dokumentacja hydrogeologiczna określająca warunki hydrogeologiczne w związku z ustanawianiem obszarów ochronnych Głównego Zbiornika Wód Podziemnych nr 329 Bytom. “Hydrogeological documentation specifying hydrogeological conditions for the delimitation of protective areas of the Major Groundwater Basin No. 329”. Bytom. Unpublished. Archive of PROXIMA S.A. Wrocław.
Jackowicz-Korczyński, J. (1996) Studium uwarunkowań hydrogeologicznych dla potrzeb zagospodarowania przestrzennego miasta Katowice. Biuro Rozwoju Miasta Katowice. “Study of hydrogeological conditions for the spatial development of the city of Katowice”. Unpublished. Archive. Katowice City Development Office.
Kupka, R., Pełka-Gościniak, J., Szczypek, T. (2010) Nature protection in the area of industrial city (a case study of Katowice). Anthropogenic aspects of landscape transformations. 6: 52-56.
La Vigna, F. (2022). Review: Urban groundwater issues and resource management, and their roles in the resilience of cities. Hydrogeol J 30, 1657–1683. https://doi.org/10.1007/s10040-022-02517-1 DOI: https://doi.org/10.1007/s10040-022-02517-1
Nowak, R., Piotrowska, K., Dobrzański, P., Sobczak, A., Szymańczuk, J. (2015) Dokumentacja hydrogeologiczna określająca warunki hydrogeologiczne w związku z ustanawianiem obszarów ochronnych Głównego Zbiornika Wód Podziemnych nr 331 Dolina kopalnarzeki Górna Kłodnica. “Hydrogeological documentation specifying
hydrogeological conditions for the delimitation of protective areas of the Major Groundwater Basin No 331 Upper Kłodnica river buried valley”. Unpublished. Archive. PROXIMA Wrocław
Paczyński, B., Sadurski, A., (red.). (2007) Hydrogeologia regionalna Polski. Regional hydrogeology of Poland. PGI. Warsaw. Pałys, J. (1971). Pochodzenie słonych wód w karbonie ważniejszych zagłębi węglowych Europy na tle ich geologicznego rozwoju. “The origin of salt waters in the Carboniferous of the major Ruropean coal basins
in relation to their geological development”. Wydawnictwa Geologiczne. Warsaw. 66.
Pluta, I., (2005) Wody kopalniane w Górnośląskim Zagłębiu Węglowym – pochodzenie, zanieczyszczenie i metody oczyszczania. “Mine waters in the Upper Silesian Coal Basin – origin, pollution and treatment”. Scientific Work of CMI no. 865. 169.
Razowska, L. (2001) Changes of ground water chemistry caused by the flooding of iron mines (Czestochowa Region, Southern Poland). Journal of Hydrology. 244:17–32 DOI: https://doi.org/10.1016/S0022-1694(00)00420-0
Razowska-Jaworek L. (2007). Wody podziemne w Katowicach. Groundwaters in Katowice in: Nowicki Z., ed. Wody podziemne miast wojewódzkich w Polsce. Groundwaters in capital cities of the regions in Poland. PGI. Warsaw. 41-54.
Razowska-Jaworek, L., Chmura, A., Wagner, J., Wilanowski, S. (2005) Inwentaryzacja studni gospodarczych i ujęć wód podziemnych na terenie miasta Katowice. “Collecting data on wells and groundwater
intakes in the city of Katowice and creating a database”. Unpublished.
Archive Katowice City Office. Razowska-Jaworek, L. (2016) Emergency water supply for the population
from groundwaters in the Upper Silesia (Poland). Groundwater and society: 60 years of IAH. 43rd International Association of Hydrogeologists Congress. Book of Abstracts. Montpelier. France. 910.
Razowska-Jaworek, L., Cudak, J., Karpiński, M., Pasternak, M. (2018) Aktualizacja inwentaryzacji studni gospodarczych i ujęć wód podziemnych na terenie miasta Katowice. “Updating the database of
wells and groundwater intakes in the city of Katowice”. Unpublished. Archive. Katowice City Office.
Rogoż M., Posyłek E. (2000) Problemy hydrogeologiczne w polskich kopalniach węgla kamiennego. “Hydrogeological problems in Polish coal mines”. CMI. Katowice.
Różkowski A, Siemiński A, Rudzińska-Zapaśnik T., eds. (1997) Mapa warunków występowania, użytkowania, zagrożenia i ochrony wód podziemnych Górnośląskiego Zagłębia Węglowego ijego obrzeżenia. “Map of the occurrence, use, threat and protection of groundwater in the Upper Silesian Coal Basin and its margins”. PIG
Warsaw.
Różkowski A., Chmura A., Siemiński A. eds. (1997) Użytkowe wody podziemne Górnośląskiego Zagłębia Węglowego i jego obrzeżenia. “Usable groundwaters in the Upper Silesian Coal Basin and its margins”.
Prace PIG 159.
Różkowski A., Różkowski K. (2011) Wpływ działalności górnictwa węgla na kształtowanie się środowiska wodnego Górnośląskiego Zagłębia Węglowego w wieloleciu. “Long term impact of coal mining on the environment in the Upper Silesian Coal Basin”. Bulletin PGI. 445. 583-592.
Wagner J. (1998) Charakterystyka hydrogeologiczna karbonu produktywnego niecki głównej Górnośląskiego Zagłębia Węglowego. “Hydrogeology of the Carboniferous productive aquifer in the main trough of the Upper Silesian Coal Basin”. Bulletin PGI. 383.55-93
Wagner J., Chmura A. (1997). Mapa hydrogeologiczna Polski. Skala 1:50000. “Hydrogeologi-cal map of Poland at a scale 1:50 000”. Katowice sheet. https://baza.pgi.gov.pl/resources.html?type=map50&id=943
Wilanowski S., Krieger W., Żaba M. (2009) Szczegółowa mapa geologiczna Polski. Skala 1:50 000. “Geological map of Poland at a scale 1:50 000”. Zabrze sheet. https://baza.pgi.gov.pl/resources.
html?type=map50&id=942
Wilanowski S. (2016) Szczegółowa mapa geologiczna Polski. Skala 1:50000. “Geological map of Poland at a scale 1:50 000”. Katowice sheet. https://baza.pgi.gov.pl/resources.html?type=map50&id=943
Wilk Z. ed. (2003) Hydrogeologia polskich złóż kopalin i problemy wodne górnictwa. “Hydro-geology of Polish mineral deposits and water problems of mining”. UWN-D. AGH. Kraków. 1. 611.
Zaleska M., Bieroński J., Kempski G., Panek D., Wojciechowicz D., Bajcar D., Wcisło M., Szyszkowska B., Szyszkowski P. (2004). Dokumentacja zasobów dyspozycyjnych wód podziemnych wzlewni Kłodnicy. “Documentation of available resources of aquifers in Kłodnica Basin”. Unpublished. Archive. ARCADIS Ekokonrem. Wrocław.
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