Research Areas of Environmental Engineering Faculty

  • Intensification of biogas production using anaerobic co-digestion, two-stage anaerobic digestion and bioaugmentation (e-mail: a.montusiewicz@pollub.pl; tel. number: +48 81 538-4325)
  • Pre-treatment of substrates leading to an increase in their biodegradability (e-mail: a.montusiewicz@pollub.pl; tel. number: +48 81 538-4325)
  • Outdoor air quality (e-mail: b.polednik@pollub.pl; tel. number: +48 81 538-4403)
  • Perceived air quality, odorants in air and their threshold concentrations (e-mail: L.Guz@pollub.pl; tel. number: +48 81 538-4784)
  • Fabrication and characterization of thin film solar cells (e-mail: a.zdyb@pollub.pl; tel. number: +48 81 538-4747),
    - Life cycle assesment (e-mail: a.zelazna@wis.pol.lublin.pl; tel. number: +48 81 538-4406)
  • The safety of water supply and wastewater discharges in the aspect of interactions between water and sewage infrastructure as well as land and water environments – analysis of water and sewage flow in the ground and investigation of soil structure changes due to network leakage (D. Kowalski@pollub.pl, tel. number: +48 81 538-4778; B. Kowalska@pollub.pl, tel. number: +48 81 538-4430)
  • Development of bioindication methods enabling a rapid detection of the substances in wastewater which could disturb the process conducted with the activated sludge or biofilm (g.lagod@pollub.pl; tel. number: +48 81 538-4322)
  • Assessment of the possibility of using various types of substances in wastewater and industrial waste for intensifying the removal of biogenes, performed by means of the standard physicochemical and bioindicator methods (g.lagod@pollub.pl; tel. number: +48 81 538-4322)
  • Assessment of the possibility of managing potentially hazardous industrial wastewater and leachates in co-treatment with municipal or food-production wastewater, carried out with the physicochemical and bioindicator methods (g.lagod@pollub.pl; tel. number: +48 81 538-4322)
  • Qualitative evaluation of solar collectors (e-mail: a.siuta-olcha@pollub.pl; tel. number: +48 81 538-4321),
    - Thermal energy storage systems for heating and hot water installations (e-mail: a.siuta-olcha@pollub.pl; tel. number: +48 81 538-4321)
  • Rationalization of energy consumption in buildings (e-mail: t.cholewa@wis.pol.lublin.pl; tel. number: +48 81 538-4424)
  • Heat exchange and steering in low temperature heating systems and high temperature surface cooling systems (e-mail: t.cholewa@wis.pol.lublin.pl; tel. number: +48 81 538-4424)
  • Heat consumption forecasting in buildings (e-mail: t.cholewa@wis.pol.lublin.pl; tel. number: +48 81 538-4424)
  • Sources, levels and transformation of semi-volatile and total volatile organic compounds in indoor air (e-mail: a.staszowska@wis.pol.lublin.pl; tel. number: +48 81 538-4404)
  • Unconventional techniques of indoor air purification (e-mail: a.staszowska@wis.pol.lublin.pl; tel. number: +48 81 538-4404)
  • Indoor air quality analysis (e-mail: s.dumala@wis.pol.lublin.pl; tel. number: +48 81 538-4411)
  • Research on heating, ventilation and air conditioning solutions in terms of indoor air quality formation (e-mail: s.dumala@wis.pol.lublin.pl; tel. number: +48 81 538-4411)
  • Application of UV radiation in air sterilization in flow systems (e-mail: s.dumala@wis.pol.lublin.pl; tel. number: +48 81 538-4411)
  • Ventilation and air conditioning systems analysis (e-mail: r.anasiewicz@wis.pol.lublin.pl; tel. number: +48 81 538-4424)
  • Heat exchangers analysis in terms of freezing (e-mail: r.anasiewicz@wis.pol.lublin.pl; tel. number: +48 81 538-4424)