표제지
목차
I. 서론 9
II. 유화용 시험 설비의 메커니즘과 특성 12
2.1. 유화 설비 12
1. 유화용 시험 설비의 공정 메커니즘 12
2. 유화용 시험 설비의 특성 15
3. 유화용 시험 설비 제어부의 운전 및 DB 19
III. PE 플라스틱의 유화특성 평가 및 고찰 24
3.1. 폐멀칭비닐 24
3.2. 폐호스 29
3.3. 폐보온비닐 34
3.4. 펠릿 38
3.5. 폐오일통 42
3.6. 정제유의 성분 분석 50
IV. 결론 54
참고문헌 55
Abstract 57
감사의 글 59
Table 1. Waste plastic status of the production and collection 11
Table 2. Specification of pilot emulsification system 15
Table 3. Data log 22
Table 4. Temperature environmental log 22
Table 5. Experiment environmental log 23
Table 6. The emulsification results of waste mulching vinyl 28
Table 7. The emulsification results of waste horse 33
Table 8. The emulsification results of waste keeping warm vinyl 37
Table 9. The emulsification results of pellet 41
Table 10. The emulsification results of waste oil can (before optimization) 45
Table 11. The emulsification results of waste oil can (after optimization) 49
Table 12. The refinement fuel standard of the Ministry of Environment 50
Table 13. Test results of refinement fuel oil 51
Table 14. Test results of refinement gasoline 52
Table 15. Test results of refinement diesel oil 53
Fig. 1. Flow chart of an emulsification process 12
Fig. 2. Flow chart of the pyrolysis furnace 13
Fig. 3. A mechanism of pilot emulsification system 14
Fig. 4. A control mechanism of pilot emulsification system 15
Fig. 5. Parts of pilot emulsification system 17
Fig. 6. Pilot emulsification system 18
Fig. 7. Control system 19
Fig. 8. A basic screen of a control system 20
Fig. 9. Data log window 21
Fig. 10. Non-condensation gas and paraffin 25
Fig. 11. An emulsification process of waste mulching vinyl and extracted refinement oil 26
Fig. 12. Variation of the temperature and extraction quantity with emulsification time of waste mulching vinyl 27
Fig. 13. An emulsification process of waste horse and extracted paraffin (before optimization) 30
Fig. 14. An emulsification process of waste horse and extracted refinement oil (after optimization) 31
Fig. 15. Variation of the temperature and extraction quantity with emulsification time of waste horse 32
Fig. 16. An emulsification process of waste keeping warm vinyl and extracted refinement oil (after optimization) 35
Fig. 17. Variation of the temperature and extraction quantity with emulsification time of waste keeping warm vinyl 36
Fig. 18. An emulsification process of pellet and extracted refinement oil (after optimization) 39
Fig. 19. Variation of the temperature and extraction quantity with emulsification time of pellet 40
Fig. 20. An emulsification process of waste oil can and extracted paraffin (before optimization) 43
Fig. 21. Variation of the temperature and extraction quantity with emulsification time of waste oil can (before optimization) 44
Fig. 22. An emulsification process of waste oil can and extracted refinement oil (after optimization) 47
Fig. 23. Variation of the temperature and extraction quantity with emulsification time of waste oil can (after optimization) 48