Terminated in academic year 2024/2025
Construction of Machines for Waste Treatment
| Type of study | Doctoral |
|---|---|
| Language of instruction | Czech |
| Code | 340-0933/01 |
| Abbreviation | SSZO |
| Course title | Construction of Machines for Waste Treatment |
| Credits | 10 |
| Coordinating department | Department of Machine and Industrial Design |
| Course coordinator | doc. Dr. Ing. Ladislav Kovář |
Subject syllabus
1. Metal waste as secondary raw material. Sources of metal waste and
requirements for its treatment. Aggregates for the heat treatment and recycling
(remelting) of scrap metal.
2. Individual treatment technology for scrap metal. The design of races
treatment of scrap metal.
3. Mechanical treatment of waste metal paketováním. Theory packing. Design and calculation of selected parameters baling presses.
4. Equipment for cutting scrap metal cutting and breaking. theory
shearing scissors structure and facilities for inserting scissors. Facilities
handling and sorting of cut waste.
5. Equipment for crushing scrap metal - crushing lines .
6. Treatment and processing of metal chips, briquetting presses and lines.
7. Mobile systems for the processing of scrap metal. Examples of design solution.
8. Machinery and equipment for mechanical size reduction of secondary raw materials. Basic concepts. Jaw crusher - different types of solutions selected
structural nodes , determining the main parameters of jaw crushers ,
conical , cylindrical. Impact crushers and shredders of special design .
9. Ball mills - the different types , conceptual solutions , performance assessments and power . Movement of grinding bodies , to determine their size and quantity. rod ,vibration , autogenous and tread mills.
10. Sorting of secondary raw materials. Screens - classification, design
embodiment. Determination of basic design parameters of vibrating screen .
11. An apparatus for treating lumps of raw materials . Equipment for briquetting
secondary raw materials.
12. Construction of machinery for treatment and mechanical processing of plastic waste
requirements for its treatment. Aggregates for the heat treatment and recycling
(remelting) of scrap metal.
2. Individual treatment technology for scrap metal. The design of races
treatment of scrap metal.
3. Mechanical treatment of waste metal paketováním. Theory packing. Design and calculation of selected parameters baling presses.
4. Equipment for cutting scrap metal cutting and breaking. theory
shearing scissors structure and facilities for inserting scissors. Facilities
handling and sorting of cut waste.
5. Equipment for crushing scrap metal - crushing lines .
6. Treatment and processing of metal chips, briquetting presses and lines.
7. Mobile systems for the processing of scrap metal. Examples of design solution.
8. Machinery and equipment for mechanical size reduction of secondary raw materials. Basic concepts. Jaw crusher - different types of solutions selected
structural nodes , determining the main parameters of jaw crushers ,
conical , cylindrical. Impact crushers and shredders of special design .
9. Ball mills - the different types , conceptual solutions , performance assessments and power . Movement of grinding bodies , to determine their size and quantity. rod ,vibration , autogenous and tread mills.
10. Sorting of secondary raw materials. Screens - classification, design
embodiment. Determination of basic design parameters of vibrating screen .
11. An apparatus for treating lumps of raw materials . Equipment for briquetting
secondary raw materials.
12. Construction of machinery for treatment and mechanical processing of plastic waste
E-learning
Literature
Study literature mainly for English speaking students will be recommended individually.
[1] SÝKORA M. et al. : Výrobní stroje a zařízení pro zpracování odpadu. Interní učební text VŠB-TU, 1996
[2] KSANDR J., JOHN M. : Zpracování ocelového amortizačního šrotu, SNTL Praha 1983, 412s.
[3] JASAŇ V., LEMESÁNYI L., Úpravnické stroje I..VŠT Košice 1987, 335s.
[4] ČEP, H. , ŠPÍRKOVÁ,R.: Technologie úpravy kameniva. Praha 1997, 145s.
[5] POLICKÝ, Z. , STRATILÍK,M.: Úpravárenské stroje I. VUT Brno 1976, 242s.
[1] SÝKORA M. et al. : Výrobní stroje a zařízení pro zpracování odpadu. Interní učební text VŠB-TU, 1996
[2] KSANDR J., JOHN M. : Zpracování ocelového amortizačního šrotu, SNTL Praha 1983, 412s.
[3] JASAŇ V., LEMESÁNYI L., Úpravnické stroje I..VŠT Košice 1987, 335s.
[4] ČEP, H. , ŠPÍRKOVÁ,R.: Technologie úpravy kameniva. Praha 1997, 145s.
[5] POLICKÝ, Z. , STRATILÍK,M.: Úpravárenské stroje I. VUT Brno 1976, 242s.
Advised literature
[6] NIJKERK A. A., DALMIJN W. L. : Handbook of recycling techniques [Rev. and
expanded ed.]. The Hague : Nijkerk Consultancy, 1998 - 216 s.: il. ISBN 90-802909-2-0
[8] Crushing and Screening Handbook. Metso minerals. Brochure No.2051-04-08-CBL.
Metso minerals 2008.
[9] DINTER, O: Drcení a mletí. SNTL Praha 1984, 244s.
[10] ŠPALDON, F.: Úprava nerastných surovin. SNTL Praha 1986, 484s.
expanded ed.]. The Hague : Nijkerk Consultancy, 1998 - 216 s.: il. ISBN 90-802909-2-0
[8] Crushing and Screening Handbook. Metso minerals. Brochure No.2051-04-08-CBL.
Metso minerals 2008.
[9] DINTER, O: Drcení a mletí. SNTL Praha 1984, 244s.
[10] ŠPALDON, F.: Úprava nerastných surovin. SNTL Praha 1986, 484s.