Waste recovery WB-IS-35-31
SCOPE OF LECTURES
1. Introduction to waste issues
2. Waste recycling
3. Types and properties of waste from agriculture and the agri-food industry
4. Organic waste recycling
5. Bulky waste (OWG),
6. Electrical and electronic equipment (EiE)
7. Recycling of refrigeration equipment
8. Recovery of petroleum waste.
9. Pesticide waste
10. Recycling of end-of-life vehicles
11. Waste from energy
12. Renovation and construction waste
13. Recovery and disposal of sewage sludge
14. Recovery and disposal of hazardous waste
15. Summary of waste issues
(in Polish) Grupa przedmiotów ogólnouczenianych
Learning outcome code/codes
Type of subject
Course coordinators
Learning outcomes
IS1P_W01 - knows and understands the basic processes occurring in the life cycle devices, facilities and technical systems used in environmental engineering
IS1P_W03 - knows and understands at an advanced level selected objects and phenomena as well as methods and theories related to them, explaining the complex relationships between them, constituting the basic general knowledge in the field of engineering environment
IS1P_W04 - knows and understands knowledge of mathematics, physics, chemistry and others areas relevant to the field of study being studied useful for explaining the complex relationships between them
ECTS points:
student activity (student workload in hours) - 30
participation in lectures
participation in exercises
consultations - 10
preparation of the exam / credit - 30
Total hours - 70
Number of ECTS points: 70/30 assigned 2 ECTS
IS1P_W05 - knows and understands the fundamental dilemmas of modern civilization
IS1P_W06 - knows and understands the basic economic, legal and other conditions for various types of engineering activities
IS1P_W07 - knows and understands the basic concepts and principles of industrial property rotection and copyright
IS1P_U01 - can use their knowledge and based on it formulate and solve complex and unusual engineering problems
IS1P_U02 - can perform tasks not fully predictable conditions by proper selection of sources and information derived from them
IS1P_U12 - can see using analytical methods, simulation and experimental, including computer, their system and non-technical aspects
IS1P_U14 - is able to make a critical analysis of how it works existing technical solutions and evaluate these solutions
IS1P_U17 - can use the acquired in the dealing environment professionally engineered experience related to the maintenance of equipment, facilities and technical systems typical for the field of study
ECTS points:
student activity (student workload in hours) - 30
participation in lectures
participation in exercises
consultations - 10
preparation of the exam / credit - 30
Total hours - 70
Number of ECTS points: 70/30 assigned 2 ECTS
Assessment criteria
BRIEF DESCRIPTION
The subject of the lecture is to learn methods, techniques and technologies for recovery, recycling and waste disposal.
EVALUATION CRITERIA
Exam / pass in writing. Assessment based on the content of lectures and literature. The assessment consists of 3 descriptive questions. For a full answer to each question you can receive 10 points, a total of 30 points.
• very good (5) ................... 27 - 30 points
• db plus (4.5) ........... 24 - 26 points
• db (4) ........................... 21 - 23 points
• dst plus (3.5) ........... ... 18 - 20 points
• dst (3) ........................... 15 - 17 points
• ff. (2) ............... 27 - 30 points
100% activity in lectures raises the grade by 0.5 degree
Bibliography
LITERATURE
1. Rosik-Dulewska Czesława, Fundamentals of waste management, PWN Scientific Publishing House, 2019
2. Elżbieta Zębek, Legal and environmental principles of waste management, Kortowski Przegląd Prawniczy Monographs (KPP Monografie) Olsztyn 2018
3. Teresa Kupczyk, Mariusz Żebrowski, Katarzyna Sosnowska, Irena Tomys, Waste management - new challenges, benefits, proposed changes, University of Business in Wrocław, Wrocław 2015
4. Bernd Bilitewski, Georg Härdtle, Klaus Marek, Textbook of waste management: theory and practice, Warsaw: Wydaw. "Seidel-Przywecki", 2003
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: