Department Head – Assoc. Prof. Izabela Bartkowska, DSc, PhD, Eng.
i.bartkowska [at] pb.edu.pl
Department Office:
Elżbieta Stachniewicz, MSc, Eng.
Wiejska 45E street, 15-351 Białystok, Poland
room: 3/10
+48 85 746 95 63
wb.kwik [at] pb.edu.pl
Scientific and didactic employees:
| Degree/title, Name and surname |
Room |
Phone/mobile |
Email |
| Assoc. Prof. Izabela Bartkowska, DSc, PhD, Eng. |
4/36 |
+48 85 746 96 49 |
i.bartkowska [at] pb.edu.pl |
| Assoc. Prof. Izabela Tałałaj, DSc, PhD, Eng. |
4/34 |
+48 571 443 162 |
i.talalaj [at] pb.edu.pl |
| Assoc. Prof. Joanna Kazimierowicz, DSc, PhD, Eng. |
4/8 |
+48 571 443 143 |
j.kazimierowicz [at] pb.edu.pl |
| Assist. Prof. Jacek Dawidowicz, DSc, PhD, Eng. |
4/7 |
+48 571 443 145 |
j.dawidowicz [at] pb.edu.pl |
| Dariusz Andraka, PhD, Eng. |
4/5 |
+48 571 443 144 |
d.andraka [at] pb.edu.pl |
| Paweł Biedka, PhD, Eng. |
4/5 |
+48 571 443 144 |
p.biedka [at] pb.edu.pl |
| Wojciech Kruszyński, PhD, Eng. |
4/8 |
+48 571 443 143 |
w.kruszynski [at] pb.edu.pl |
| Joanna Gwoździej-Mazur, PhD, Eng. |
4/4 |
+48 797 995 965 |
j.mazur [at] pb.edu.pl |
Didactic employees:
Works for the development of young scientists and participants of doctoral studies
| No. |
Title |
Work manager |
| 1. |
Research and modeling in water and sewage systems and waste management |
Assoc. Prof. Izabela Bartkowska, DSc, PhD, Eng. (Dzienis L., Hurynovich A., Tałałaj I., Dawidowicz J., Andraka D., Biedka P., Gwoździej-Mazur J., Walery M., Kazimierowicz J., Kruszyński W., Trębicka A.) |
Services and research offer
Evaluations of existing water supply and sewerage networks and facilities:
- optimization and increased reliability of water supply and sewerage systems,
- Reliability testing of networks and facilities,
- analyses of water losses in water supply system,
- diagnostics of existing condition, analysis of water supply network capacity in terms of changes related to water distribution, analysis of exceptional conditions (failures, fire expenses),
- hydrodynamic modeling of water distribution and sewage disposal systems,
- model building and hydraulic simulations of sewage network operation in dynamic conditions using available software,
- modernization and implementation of network monitoring systems,
- supervision over implementation of GIS type databases,
- hydraulic analyses of water distribution systems,
- expert opinions for technical condition assessment.
Developing and assessing the effectiveness of household, municipal and industrial wastewater treatment technologies and sewage sludge disposal:
- physical and chemical analyses of sewage and sewage sludge,
- Selection of the optimum technology for sewage treatment and sewage sludge disposal,
- concepts and designs of sewage treatment plants,
- Concepts and designs for modernization of sewage treatment plants,
- supervision of sewage treatment plant start-ups,
- Expert opinions on the effectiveness of existing wastewater treatment facilities.
Development and assessment of the effectiveness of water treatment technologies for household and industrial purposes:
- physical and chemical analyses of underground and surface waters.
- Selection of water treatment technologies,
- development of concepts and designs of underground and surface water treatment stations,
- supervision of equipment start-up,
- expert opinions on the effectiveness of existing treatment stations.
Studies in the field of disposal and treatment of rain water sewage:
- physical and chemical analyses of rain water sewage and rain water sewage sludge,
- functional analysis of existing rainwater discharge systems,
- Evaluation of the possibility of using rainwater treatment devices.
Municipal waste management studies:
- development of a waste management plan,
- expert opinions on the functioning of municipal waste landfills,
- physical and chemical analyses of leachates,
- concepts for treatment of leachate,
- assessment of the possibility of using reverse osmosis in wastewater and landfill leachate treatment.
Studies in the field of odour deodorisation from municipal management facilities:
- measurement of odour intensity and intensity,
- concepts of odour disposal.