3543304702

WASTE MANAGEMENT 1

• Course codę:    ISS2027

•    Course title:    Waste management 1

•    Language of the lecturer:    polish

Course form	Lecture	Classes	Laboratory	Project	Seminar
Number of hours/week*	2		2
Number of hours/semester*	30		30
Form of the course completion	Exam		Grade
ECTS credits	3		2
Total Student’s Workload	90		60

•    Level of the course (basic/advanced):

•    Prerequisites:

•    Name, first name and degree of the lecturer/supervisor: Ryszard Szpadt, Ph.D.

•    Names, first names and degrees of the team’s members: Marta Sebastian, Ph.D.

•    Year: I Semester: 1

•    Type of the course (obligatory/optional): obligatory

•    Aims of the course (effects of the course): recognizing the detailed problems of selected waste streams management system (municipal, packaging, end-of-life vehicles, WEEE), recycling, recovery and disposal of waste

•    Form of the teaching (traditional/e-leaming): traditional

•    Course description: Qualitative and quantitative characteristics of waste generation and methods for prediction its changes will be presented. Main rules and waste management hierarchy will be described with special focus on waste avoiding and minimization. The rules of waste management planning and optimization will be formulated in reference to quantitative and qualitative targets of national and European waste policy. Technical Solutions of selected waste collection, transport and transfer will be presented on local and regional levels. Organizational and technical Solutions of recycling will be described. Technical Solutions of biological and thermal treatment plants for selected waste streams will be presented, with a special focus on emerging technologies. Mechanical-biological technologies will be presented as well as manufacturing of substitute fuels from waste and energy recovery from waste.

• Lecture:

Particular lectures contents	Number of hours
1.    Quantitative and qualitative characteristics of selected waste 2.    Qualitative and quantitative targets in waste management resulting	2
from law and ecological policy and possibilities to achieve them,	2
3.    Waste management planning and optimization 4.    Selective and non-selective collection, transport and transfer of	2
municipal and packaging waste	2
5. Collection of end-of-life vehicles and WEEE	2