Master's diploma | Faculty of Civil and Environmental Engineering at the Gdańsk University of Technology

H. Obarska-Pempkowiak, DSc. Eng., ProfTit.

1. Ecological cleaning of water and wastewater.
2. Bioenergetic technologies for the disposal of sewage sludge.
3. Water and wastewater management in industrial plants.
4. Individual (backyard) sewage disposal systems.
5. Purification of rainwater sewage.

M. Gajewska, DSc. Eng., Assoc. Prof.

1. Water treatment stations and wastewater treatment centers in industrial plants, assessment of water absorption in production processes, closing of circuits.
2. Sludge management in large wastewater treatment plants.
3. Protection and reclamation of water reservoirs.
4. Threats, collection and treatment of rainwater sewage from the urban agglomeration.
5. Renaturation of treated wastewater in natural systems.
6. Individual sewage treatment systems, passive and water-saving house.

R. Bray, PhD. Eng.

1. Water quality in small rural waterworks in a selected district in the Pomeranian Voivodship (also possible in other voivodship, e.g. according to the place of residence of a diploma).
2. Water quality assessment in selected waterworks in the Pomeranian Voivodship (also possible in other voivodship, e.g. according to the residence of the diploma).
3. Conceptual design of modernization of the existing water treatment plant (project).
4. Conceptual design of the construction of a water treatment plant (project).
5. Technological analysis of the operation of a selected water treatment station.
6. The use of hybrid processes (conventional processes + membrane technologies) in the treatment of groundwater (laboratory and experimental work).
7. Application of UV rays for water (or wastewater) disinfection (laboratory and experimental work).
8. Review work on selected issues and technologies used in water treatment.
9. Review work on selected devices used for water treatment (e.g. aerators, filters, disinfection devices, mixers, reaction chambers, etc.).
10. Water management in passive (ecological) construction (review work).
11. Technical solutions in water management in passive (ecological) construction (review work).

K. Czerwionka, DSc. Eng., Assoc. Prof.

1. A conceptual (or technological) project for the construction (or modernization) of a municipal (or industrial) wastewater treatment plant.
2. A multi-variant project of a household sewage treatment plant.
3. Assessment of the work efficiency of a selected municipal (or industrial) sewage treatment plant.
4. Assessment of the impact of industrial sewage discharge on the efficiency of municipal sewage treatment plant operation.
5. Analysis of water and wastewater management for public administration units (e.g. municipalities).
6. The effect of external carbon source dosing on the efficiency of the denitrification process.

K. Jankowska, PhD.

1. Research on the susceptibility of water distributed in the water supply network to the secondary growth of bacteria.
2. Research on drug resistance, virulence and genetic diversity of indicator bacteria in outflows from wastewater treatment plants and their receivers - in offshore waters.
3. Effect of groundwater efflorescence on microbial communities occurring in the shallow littoral zone of a sandy beach.
4. Innovative carbon source for the support of denitrification in municipal wastewater treatment plants.

K. Kołecka, PhD. Eng.

1. Solutions for water and wastewater management on non-urbanized area.
2. A variant project of a household sewage treatment plant.
3. Central systems for utilization of sludge from household sewage treatment plant.
4. Any subject after consultation with the teacher.

A. Sokołowska, PhD. Eng.

1. Research on the impact of mixing water from various sources on their biological and chemical stability.
2. Testing the susceptibility of water distributed in the water supply network to the secondary growth of bacteria.
3. Water disinfection processes and their impact on the quality of tap water.
4. Evaluation of the risk of water and derivative infection of Cryptosporidium parvum - present state in Poland and perspectives of change.
5. Biotests as a tool to assess the effectiveness of water disinfection.
6. Any subject after consultation with the teacher.

A. Wargin, PhD. Eng.

1. Water quality, Water Treatment Stations (surface water, underground water, disinfection, microbiology, hydrobiology, physicochemistry, monitoring).
2. Renewal of water - design of a water renewal station.
3. Air quality (parameters, measurements, monitoring, e.g. ARRMAG Foundation).
4. Soil quality.
5. Renewable energy (biogas, water, wind, solar, etc.).
6. Waste (waste management etc., e.g. automotive industry, used cars).
7. Waste incineration plant.
8. Impact of investments on the environment.
9. The "sick house" syndrome.
10. The impact of chemical compounds on the environment and human health.
11. The topic proposed by the student.