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Course

Waste treatment technologies

Elective4 ECTSSemester 460 h teachingTaught in Croatian

Course description

The course description is available in Croatian only.

  • Uvod i upoznavanje sa sadržajem predmeta, obvezama studenata
  • Izvori, tokovi, proizvedene količine i fizikalno-kemijska svojstva miješanog komunalnog i opasnog otpada
  • Vrste otpada i klasifikacija otpada
  • Hijerarhija sustava gospodarenja otpadom
  • Obrada i rukovanje otpadom, biološke i termičke metode obrade, odlaganje otpada zbrinjavanje opasnog otpada
  • Odlaganje otpada, tipovi odlagališta
  • Opasni otpad
  • Provjera znanja
  • Polazne osnove za tehnološko dimenzioniranje objekata za obradu otpada (pretovarne stanice, sortirnice, postrojenja za recikliranje, postrojenja za mehaničko-biološku obradu, odlagališta otpada
  • Polazne osnove za građevinsko projektiranje i dimenzioniranje objekata za obradu otpada (pretovarne stanice, sortirnice, postrojenja za recikliranje, postrojenja za mehaničko-biološku obradu, odlagališta otpada
  • Polazne osnove za strojarsko projektiranje i dimenzioniranje objekata za obradu otpada (pretovarne stanice, sortirnice, postrojenja za recikliranje, postrojenja za mehaničko-biološku obradu, odlagališta otpada
  • Relevantni propisi na polju zaštite okoliša i gospodarenja otpadom u RH i EU
  • Pravna i ekonomska sredstva kontrole gospodarenja otpadom
  • Ekonomika gospodarenja otpadom
  • Provjera znanja

Learning outcomes

  1. Compare, state and describe key waste management legislation in the Republic of Croatia and the EU
  2. Identify and calculate the key process parameters for sizing the waste treatment plant
  3. Suggest and describe appropriate technical solutions for biological and thermal waste treatment. The student should also be able to present the shortcomings and preconditions for the chosen technical solution,
  4. formulating the processes to the extent necessary for dimensioning the drives and associated facilities
  5. Identify important concepts in the field of waste management, such as waste hierarchy, waste prevention, recycling and recovery, mixed communal waste, hazardous waste
  6. Identify key sources, generated quantities, composition and properties of mixed communal and hazardous waste

Reading list

Required reading

  • Hinrichs, R.A.; Kleinbach, M.: Energy – Its Use and the Environment, Harcourt College Publishers, 2002.

Course coordinators 2

Teaching staff 2

Exam dates

Exam dates for this academic year are not published yet. Last year's dates:

within 10 days within 30 days later past
Source: ISVU. Click a date to open Studomat and register; check it for changes too.