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1. HYDROGEN STORAGE IN CRYOGENIC TANKS M. Saygin Çakir
Arda Nalbant
Günhan Sertsari
Yigitcan Bircan
2. Hydrogen: Fuel of the Future Sustainable energy source
Renewable
Clean combustion
High combustion energy
3. Metal Hydride Tanks
Carbon Nanotubes
Glass Microspheres
Compressed Gaseous Hydrogen
Liquid Hydrogen
Dikkat: Bu slayti anlatan ek bilgi olarak Hidrojenin ayrica diger petrol ürünleri içersinde de depolandigini kisaaca söyler.Dikkat: Bu slayti anlatan ek bilgi olarak Hidrojenin ayrica diger petrol ürünleri içersinde de depolandigini kisaaca söyler.
5. Higher calorific energy per mass than fossil fuels
Higher calorific energy per volume than CH
7. High energy density at low pressure
8. Allows rapid (3 min) refueling and has reduced evaporative losses
10. Günhaninki bittiGünhaninki bitti
20. Prevents boil-off
Maintains the cryogenic conditions
Can be improved and adopted to automobile usage
22. Designed to reduced system complexity, design to manufac. Design to supplier competitionDesigned to reduced system complexity, design to manufac. Design to supplier competition
23. Central Body integration allows for:1) valuable space concept for pass.compartment, 2) minimized storage caused vehicle weigth increase, 3) high hydrogen safety level Central Body integration allows for:1) valuable space concept for pass.compartment, 2) minimized storage caused vehicle weigth increase, 3) high hydrogen safety level
24. Pressure & Temperature Cycling
25. Ultrasound
Burst Test
26. Ardaninki bittiArdaninki bitti
35. The ZBO concept will be improved and made compatible for automobiles
A great deal more research is needed before the Livermore project is ready for mass-produced hydrogen vehicles
Cheaper liquefaction system must be designed
36. Liquefaction energy should be obtained by renewable clean energy sources.
Transportation issues must be solved, especially for LH
Losses while refueling is near zero at present, can be reduced to zero