從廢棄寶特瓶發展PET跟新一代PEF的化學回收製程及循環經濟(1/3)

Keyphrases

1. Azeotrope 100%
2. Energy Saving 100%
3. Glutamic Acid 100%
4. Curcumin 100%
5. Polymorph 100%
6. Water Removal 100%
7. Reactive Crystallization 100%
8. Ethanol 57%
9. Drying Methods 50%
10. Drying Equipment 50%
11. Carboxylate Anions 50%
12. L-Glu 50%
13. Agglomerates 50%
14. Solid Products 50%
15. Hydrogen Bonds (H-bonds) 50%
16. Manufacturing Process 50%
17. Energy Utilization 50%
18. Strong Interaction 50%
19. Initial Moisture Content 50%
20. Ammonia 50%
21. Energy Use 50%
22. Energy-intensive 50%
23. Interactions with Water 50%
24. Energy Consumption 50%
25. Cooling Crystallization 28%
26. Ethyl Acetate 28%
27. Scale Purification 14%
28. Curcumin Solubility 14%
29. Density Point 14%
30. Curcuminoids 14%
31. Induction Time 14%
32. Positive Trend 14%
33. Seed Crystals 14%
34. Boiling Point 14%
35. High Purity 14%
36. Crystallization Kinetics 14%
37. Acetone 14%
38. Single Solvent 14%
39. High Temperature 14%
40. Isopropyl Alcohol 14%

Engineering

1. Energy Engineering 100%
2. Energy Conservation 100%
3. Initial Moisture Content 25%
4. Strong Interaction 25%
5. Manufacturing Process 25%
6. Hydrophilicity 25%