THE LIFE PATH AND SCIENTIFIC ACTIVITY OF PROFESSOR BEATA KOWALSKA

EP.
2020;
: pp.
1
Lublin University of Technology,  Department of of Water Supply and Wastewater Disposal,  Faculty of Environmental Engineering, 

In the article the main scientific activities and the main stages of the work of professor Beata Kowalska has been presented. The main scientific research embracing  studies on the quality of potable water, studies aiming at devising the tools and methods facilitating water quality control in a water supply network, also studies aiming at devising the methods facilitating the operational activities, necessary for a correct functioning of water supply systems have been discussed.

[1] Kowalska B., Kowalski D., Rożej A.: J. Water Supply Research and Technol., AQUA, 2011,60, 137.

[2] Musz-Pomorska A., Widomski M., Kowalska B.: Envir. Protection Eng., 2015, 41, 5.

[3] Kowalska B., Kowalski D., Kwietniewski M, Musz A.: J. Sustain. Develop., 2013,6,2. 

[4] Musz A., Kowalska B., Widomski M.K.: Ecol. Chem. and Eng. S, 2009, 16, 175. 

[5] Kowalska B., Kowalski D., Suchorab P., Iwanek M.: Secondary water contamination in selected rural supply network [in:] I. Zimoch (Ed.), Current issues in water treatment and water distribution. Politechnika Śląska, Gliwice 2016, 161-172.

[6] Kowalska B., Kowalski D., Suchorab P., Iwanek M.: Water quality analysis in a selected rural water supply system [in:] H. Sobczuk, B. Kowalska (Ed.), Water supply and wastewater removal. Monographs. Lublin University of Technology 2016, 95-106.

[7] Kowalski D., Kowalska B.: 11th International Conference on Computing and Control for the Water Industry: "Urban Water Management - Challenges and Opportunities", University of Exeter, United Kingdom, 2011.

[8] Rożej A., Cydzik-Kwiatkowska A., Kowalska B., Kowalski D.: World Journal of Microb. & Biotech., 2015,31, 37.

[9] Musz-Pomorska A. Kowalska B.: Ecol. Chem. And Eng. S, 2015,22, 219.

[10] Widomski M., Kowalska B., Musz-Pomorska A.: Process. of Ecopole,2011, 5, 467.

[11] Wąsowski J., Kowalski D., Kowalska B., Kwietniewski M., Zaliwska M.: Applied Sci.-Basel, 2019, 9(7), 1348.

[12] Kowalska B.:  Polish Academy of Sciences in Monographs of the Envir. Eng. Committee Ser. Warsaw 2019, 158.

[13] Kowalska B., Musz A., Kowalski D.: Polish Journal of Envir. Studies, 2009, 18, 169. 

[14] Kowalski D., Kowalska B., Hołota E., Choma A.: Ecol. Chem. And Eng. S, 2015, 22, 401.

[15] Musz A., Kowalska B., Widomski M.K.:. Ecol. Chem. and Eng. S, 2009, 16, 175. 

[16] Widomski M., Kowalska B., Musz-Pomorska A.: Process. of Ecopole, 2011, 5, 467.

[17] Kowalski D., Kowalska B., Kwietniewski M.: Bulletin of The Polish Academy Of Sci.-Tech. Sci., 2015, 63,155. 

[18] Iwanek M., Kowalska B., Hawryluk E., Kondraciuk K.: Maintenance and Reliability, 2016, 18, 278.

[19] Suchorab P., Kowalska B., Kowalski D.: Rocznik Ochrona Środowiska, 2016, 18, 416.

[20] Kowalski D., Kowalska B., Bławucki T., Suchorab P., Gaska K.: Water,2019, 11, 480.

[21] Kowalski D., Kowalska B., Kuzioła E., Suchorab P., Iwanek M.: The assessment of the degree of water sources diversification as a part of the water system safety audit. In: Sobczuk H., Kowalska B. (Ed.), Water supply and wastewater disposal. Monographs. Lublin University of Technol. 2018, 75-83.

[22] Kowalski D., Kowalska B., Suchorab P., Iwanek M.: Proposition of fractal dimension application for the estimation of certainty of water delivery [in:] Hernández S., Mambretti S., Proverbs D., Puertas J.(Ed.), Transactions on The Built Envir. Vol. 184. Urban water systems & floods II, Southampton, Boston, UK: WIT Press 2018, 5-25.