Faculty of Engineering Mechanical Engineering Department Design of

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Faculty of Engineering Mechanical Engineering Department Design of a Cooling System for Recycling Copper

Faculty of Engineering Mechanical Engineering Department Design of a Cooling System for Recycling Copper Wires Using Pyrolysis Process Presented by: Allan Shaar Al-Motasem Abu-Halimi Mohannad Shakhshir Mohammad Jaber Advisor: eng. Ramez khaldi

Outline Goals Introduction Literature Review Methodology Applications Benefits Conclusion

Outline Goals Introduction Literature Review Methodology Applications Benefits Conclusion

GOALS EXTRACT PURE COPPER IN AN ENVIRONMENTALLY FRIENDLY WAY PROPER UTILIZATION OF PALESTINE’S LANDFILLS

GOALS EXTRACT PURE COPPER IN AN ENVIRONMENTALLY FRIENDLY WAY PROPER UTILIZATION OF PALESTINE’S LANDFILLS UTILIZATION OF OIL PRODUCED

What is Pyrolysis? • Heating with the absence of Oxygen

What is Pyrolysis? • Heating with the absence of Oxygen

Shell And Tube Heat Exchanger • Cheap • Effective • Easy to construct •

Shell And Tube Heat Exchanger • Cheap • Effective • Easy to construct • Simple

Literature Review Pyrolysis of PVC De-chlorination

Literature Review Pyrolysis of PVC De-chlorination

Pyrolysis of PVC = 57% chlorine + 43% Hydrocarbons Producing high HCL acid

Pyrolysis of PVC = 57% chlorine + 43% Hydrocarbons Producing high HCL acid

De-chlorination Calcium carbonate (Ca. CO 3) Sodium bicarbonate (Na. HCO 3)

De-chlorination Calcium carbonate (Ca. CO 3) Sodium bicarbonate (Na. HCO 3)

Design of Cooling System

Design of Cooling System

How does it work?

How does it work?

Real-life Footage

Real-life Footage

Thermal Simulation Gas Temperature (Phase one) Tin (Cº) Tout (Cº) 350˚C 186. 54˚C to

Thermal Simulation Gas Temperature (Phase one) Tin (Cº) Tout (Cº) 350˚C 186. 54˚C to 209. 96˚C Water Temperature (Phase one) Tin (Cº) Tout (Cº) 22. 6 116. 3˚C to 139. 71˚C

Thermal Simulation Gas Temperature (Phase two) Tin (Cº) Tout (Cº) 180˚C 113 ˚C to

Thermal Simulation Gas Temperature (Phase two) Tin (Cº) Tout (Cº) 180˚C 113 ˚C to 90. 602 ˚C Water Temperature (Phase two) Tin (Cº) Tout (Cº) 23. 4 68. 203˚C to 79. 403˚C

Applications

Applications

Benefits? Ø Relatively clean Ø Various applications Ø Beneficial for Palestine Ø Pure copper

Benefits? Ø Relatively clean Ø Various applications Ø Beneficial for Palestine Ø Pure copper production

Conclusion

Conclusion