Issues related to the subject matter of the Engineering diploma:

H. Obarska-Pempkowiak, DSc. Eng., ProfTit.
  1. Treatment of wastewater in non-urbanized areas.
  2. Natural (environmental) water and wastewater treatment systems.
  3. Disposal of sewage sludge using natural methods.
  4. Investments in renewable energy in the household - innovative technological solutions.
  5. Types of renewable energy, its sources and assessment of their resources.

M. Gajewska, DSc. Eng., Assoc. Prof.

1. Issues related to the protection of the waters:

  • assessment of the ecological and chemical status of single bodies of water
  • methods of reclamation of water bodies
  • reduction of priority substances in the aquatic environment

2. Issues related to water and wastewater management in industrial plants:

  • best available technologies
  • models of water management in industrial plants and closing of circuits

3. Water treatment for industrial purposes and wastewater treatment.

4. Issues related to monitoring and management of the environment.

5. Environmental, i.e. water and energy-saving installations in single- and multi-family buildings:

  • ways to reuse rain water, gray water - individual sewage treatment systems

A. Łuczkiewicz, DSc. Eng., Assoc. Prof.
  1. Nanotechnologies in water and wastewater treatment and in the production of specific materials.
  2. Functional bacteria in wastewater treatment processes and in aquatic ecosystems.
  3. Disinfection of sewage.
  4. Biofilms.

R. Bray, PhD. Eng.
  1. Conceptual design of the modernization of an existing water treatment plant (project).
  2. Conceptual design of a water treatment plant (project).
  3. Water quality in small rural water supply systems in a selected district in the Pomeranian Voivodeship (possible in another voivodship, e.g. according to the residence of the diplomat).
  4. Evaluation of water quality in selected water supply systems in the Pomeranian Voivodship (possible in another voivodship, e.g. according to the residence of the diplomat).
  5. Technological analysis of the functioning of the selected water treatment plant.
  6. Review of selected topics and technologies used in water treatment.
  7. Review of selected equipment used for water treatment (e.g. aerators, filters, disinfection equipment, mixers, reaction chambers, etc.).
  8. Review of technical solutions in water management in passive construction (ecological).

K. Czerwionka, DSc. Eng., Assoc. Prof.
  1. Sewage management for dispersed buildings.
  2. Technological calculations of equipment and facilities of sewage treatment plants.
  3. Analysis of the functioning of the selected sewage treatment plant.
  4. Analysis of the water and wastewater management of the industrial plant.
  5. The concept of water and wastewater management for the separated area of ​​the municipality.

K. Jankowska, PhD.
  1. Nanotechnologies in water and wastewater treatment and in the production of specific materials.
  2. Functional bacteria in wastewater treatment processes and in aquatic ecosystems.
  3. Disinfection of sewage.
  4. Biofilms.

K. Kołecka, PhD. Eng.
  1. Biogas plants as alternative energy sources.
  2. Emissions of pollutants into the air and ways of reducing them.
  3. Alternative solutions of sediment economy.
  4. Any subject after agreement with the tutor.

E. Kulbat, PhD. Eng.
  1. Assessment of the protection zones of water intakes (underground and surface water).
  2. Assessment of ecological status of small reservoirs and watercourses in accordance with the Water Framework Directive.
  3. Management of waste in the Tri-City and utilization of landfill leachate.

A. Sokołowska, PhD. Eng.
  1. Evaluation of the effectiveness of purification methods for water intended for consumption in terms of its biological and physicochemical stability.
  2. Microorganisms in water distributed in the water supply system.
  3. Emergency (incidental) pollution of surface water in the aspect of urban water intake hazards.
  4. Application of membrane processes for purification of water for municipal purposes.
  5. The problem of removing iron from groundwater with regard to operating problems. Subject proposed by the student (to be agreed with the tutor).

A. Wargin, PhD. Eng.
  1. Water quality, water treatment stations (surface water, underground water, disinfection, microbiology, hydrobiology, physicochemistry, monitoring).
  2. Air quality (parameters, measurements, monitoring, e.g. ARRMAG Foundation).
  3. Soil quality.
  4. Renewable energy (biogas, hydropower, wind, solar, etc.).
  5. Waste (waste management, etc., e.g. automotive industry, used cars).
  6. Waste incineration.
  7. Impact of investments on the environment.
  8. Syndrome of "sick house".
  9. impact of chemical compounds on the environment and human health.
  10. Subject proposed by the student (to be agreed with the tutor).