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Fast Pyrolysis Process Converts Biomass into Bio-Oil
- 1. bio trol Ryan McEwen, Katie Passino, Ben Silva, and Ashley Slocum CHEU701 11 December 2008 FINAL DESIGN THE PATH TO GREEN ENERGY
- 2. Problem Gas Prices FINAL DESIGN Oil Supply
- 3. Path to Clean Energy FINAL DESIGN
- 4. Bio-oil from biomass FINAL DESIGN
- 5. Why Biomass? FINAL DESIGN
- 7. What is bio-oil? FINAL DESIGN www.dynamotive.com/assets/images/BioOil.jpg
- 8. Key Assumptions FINAL DESIGN
- 10. Process Considerations FINAL DESIGN
- 11. Process Considerations FINAL DESIGN
- 12. Process Considerations FINAL DESIGN
- 13. Equipment Details FINAL DESIGN
- 14. FINAL DESIGN
- 15. 3,780 kg/hr D=1.9 m L=8.2 m Feedstock To Grinder FINAL DESIGN 30% 7% H 2 O 140°C 40°C Air
- 16. 50 mm 2 mm FINAL DESIGN
- 17. Fast Pyrolysis Reactor 700°C 500°C 1.3 atm τ ~ 2 sec. V=3.8 m 3 2,845 kg/hr 10,300 kg/hr Reaction Products 75% Bio-oil vapor 12% Char 13% Non-cond. 7,455 kg/hr FINAL DESIGN Recycle Gas Blower 111 kg/hr
- 18. 340 kg/hr 9,960 kg/hr FINAL DESIGN
- 19. NCG From Cyclone 375°C 100°C 20°C 2,134 kg/hr V=6 m 3 V=4.3 m 3 FINAL DESIGN 500°C 30°C Bio-oil
- 20. FINAL DESIGN
- 21. Overall Energy Balance FINAL DESIGN
- 22. Safety Considerations FINAL DESIGN
- 23. Ecological Considerations FINAL DESIGN
- 24. Ecological Considerations FINAL DESIGN
- 25. Financial Assumptions FINAL DESIGN
- 26. Capital Required FINAL DESIGN
- 27. Total Product Cost FINAL DESIGN $4.3 million
- 28. Variable Charges FINAL DESIGN
- 29. Bio-oil Market Price Determination FINAL DESIGN $0.547/gal.
- 30. Bio-oil Price Scenarios FINAL DESIGN
- 31. Bio-oil Price Scenarios FINAL DESIGN
- 32. Bio-oil Price Scenarios FINAL DESIGN
- 33. Bio-oil Price Scenarios FINAL DESIGN
- 34. DETAILED DESIGN
Editor's Notes
- Good morning, My name is Ashley, and this katie, ryan, and Ben We are biotrol and today we’d like to present our detailed design for a path to green energy