FUNCTIONS IN SCIENCE
Daily session of the Polish Academy of Sciences from 2021 (member of the IV Department of the Polish Academy of Sciences of technical sciences)
Correspondent of the Polish Academy of Sciences since 2016 (member of the IV Department of the Polish Academy of Sciences in technical sciences)
Deputy Chairman of the Council of Curators of the IV Division of Technical Sciences of the Polish Academy of Sciences since 2019.
Member of the Presidium of the Katowice Branch since 2019
Audit Committee of the Polish Academy of Sciences from 2019
Discipline / Scientific specialty:
environmental engineering, mining and energy / technologies in waste management, protection of the Earth's surface
Membership and functions in professional and scientific organizations (selected):
Scientific Councils
Editorial committees of scientific journals - function
In addition, a representative of the Polish Academy of Sciences in:
was also, inter alia,
SCIENTIFIC ACCOUNT - over 265 items published
EDUCATION OF RESEARCH STAFF, REVIEWS AND TEACHING ACTIVITIES
CLASSES
OTHER TYPES OF PROFESSIONAL ACTIVITY, including
Committees:
THE MOST IMPORTANT DECORATIONS, including:
Prof. dr hab. Eng. Czesława Rosik-Dulewska- selected publication output
Mononographs
Editing of monographs
Chapter in a monograph
Environmental Protection for engineers, ed. J.Krzystek / Chap. Waste management Czesława Rosik-Dulewska, pp. 341-396 ed. PWN 2018
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Sequential extraction of heavy metals from sewage sludge according to the procedure of Community Bureau of Reference (now: Standards, Measurements and Testing Programme). |
Population growth and the development of new wastewater treatment technologies lead to an increase in the amount of generated sludge. Due to the threats that sludge pose to the environment and the economy, the importance of this group of waste is growing. Apart of the high content of organic substances and biogenic elements, the sewage sludge also includes heavy metals, the source of which are, i.a., industrial wastewater, surface runoff and corrosion of sewage pipes. Considering that the most preferred method of sewage sludge management in Poland is its natural use, this group of pollutants is a serious problem for the environment. The knowledge of the total content of metals in sewage sludge allows only to assess their quality or degree of contamination, but it is not synonymous with the possibility of releasing these elements to environment. The factor determining the mobility of metals is their speciation form, e.g. chemical form. The research conducted as part of the Project was aimed at demonstrating that the chemical form of heavy metals (Cd, Cr, Cu, Ni, Pb, Zn, and Hg) in which they are bound in sewage sludge, to a greater extent than their total concentration determines the level of the ecological risk. The above statement is important in the context of the threat that these metals may pose to the water and soil environment, and in the case of natural sludge management, also to living organisms, including humans. The conducted research showed that despite the fact that the concentrations of the analyzed heavy metals in sewage sludge do not exceed the permissible concentrations when used for natural purposes, they can still pose a potential threat to the natural environment and living organisms. The above conclusion is one of the tangible results of the Project. The results obtained under the Project indicate the need to include in the ecological risk analysis information on the chemical form of heavy metals in sewage sludge as the main element/indicator of this analysis. It is particularly important in the context of environmental protection against its secondary pollution with metals. The measurable effects of the Project also include the development of two author’s risk indices, i.e., Individual Ecological Risk (IER) and Global Ecological Risk (GER), which will be a valuable contribution to the tool base used to assess the potential ecological risk.
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scientific interests:
private interests:
scientific interests:
private interests:
scientific interests:
private interests:
scientific interests:
Doctorate (Dr. hab.) in 2018 at the Lublin University of Technology after submitting the dissertation entitled: Rehabilitation of the Pławniowice anthropogenic water reservoir by the method of hypolimnion extraction - limnological study. WORKS & STUDIES - WORKS AND STUDIES IPIŚ PAN, No. 84, 1-222, 2014
I graduated in natural sciences from the Faculty of Water Protection against Pollution at the University of Agriculture and Technology in Olsztyn in October 1980. Title of the dissertation: "Limnological study of the Tresna reservoir from the point of view of progressive eutrophication". Supervisor: Prof. Dr. hab. Eng. Tadeusz Januszkiewicz, The reviewers of the thesis were: prof. dr hab. Eng. Andrzej Grossman from the Silesian University of Technology in Gliwice and prof. dr hab. Eng. Antoni Tadajewski from the Agricultural University in Szczecin.
I graduated in 1969 from the Faculty of Animal Sciences - Department of Inland Fisheries, Faculty of Water Protection and Fisheries of the University of Agriculture in Olsztyn with a Master of Science degree in Fisheries Engineering in the field of water protection against pollution. "Hydrochemical studies on two selected lakes of the Legińska Group". I worked at the Department of Water Protection, under the scientific supervision of Prof. Dr. hab. Eng. Przemysław Olszewski.
My research interests focus on the protection of anthropogenic limnic ecosystems, which can also be called anthropogenic lakes. I study the functioning of anthropogenic water reservoirs under conditions of differential anthropogenic pressure. In particular, the effects of anthropopression and reclamation on reservoir heat-oxygen relations, describing the kinetics of processes within the reservoir - internal recharge, ammonification and denitrification - under new hydrological conditions resulting from changes in the method of water discharge from the reservoir, Evaluation of the effectiveness of the applied remediation method based on the balance of nitrogen and phosphorus compounds and demonstration of the onset of oligotrophication of the reservoir as a result of remediation and its impact on changes in selected water quality indicators over a long period of time. Recently, I have studied the temporal and spatial variability of the concentrations of speciation forms of phosphorus in the bottom sediments in relation to the granulometric structure with regard to the internal enrichment process.
private interests:
Private interests include literature, classical music, poetry, oil painting and photography. I like to grow bees and tomatoes. In my free time I go fishing and hunting.
IEE PAS, Zabrze, ul. M. Skłodowskiej-Curie 34
41-819 Zabrze, ul. M. Skłodowskiej-Curie 34
tel.: +48 32 271 64 81
tel.: +48 32 271 70 40
e-mail: ipis@ipispan.edu.pl
NIP: PL6480006720
