just an other presentation..

2. 1890
1
2005
Alaska, Muir Glacier

3. Alaska, R
eidGlacie
rd
1899
2003

4. DominicanR
Haiti epublic

5. C A
I
H R
P
A O
L
I L
U
N T
I
A O
N

6. NUCLEAR TE
CH
NO
LO
energy GY
FOR
THE
FUTURE

7. MENU
BIG reactors
Interestingfacts
Smallreactors
Interstingfacts
Advantagesanddisavantages

8. BIG REACTORS

9. INTERESTING FACTS:
JET
PARTICIPANTS
ENERGY 24 MW 16 MW
PRODUCTION 65% OF RATIO
1983

10. ITER
INTERESTING FACTS
PARTICIPANTS
50 MW 500 MW
ENERGY
1000% RATIO
PRODUCTION
2019

11. ONE 1000
MW
HOMES

12. -8MW 450MW
8000 500.000

13. SMALL REACTORS

14. TOSHIBA 4S REACTOR
DESAIGNER
LIFE THERY YEARS
HEAT SUPPLAY
ADVANTA ENERGY
GES STEAM
DESALINIZATION

15. 83.800
50 MW 135 MW THERMAL
33.800
50.000

16. HYPERION
DESAIGNER
LIFE TEN YEARS
ADVANTAGES HEAT SUPPLAY
ENERGY
DESALINIZATION
TRANSPORTATION

17. 42.500
70 MW THERMAL
25 MW ELECTRICITY
25.000
17.500

18. THORIUM REACTOR (SSTAR)
DESAIGNER
DESAIGNER
LIFE THERY YEARS
ADVANTAGES
TRANSPORTATION
PRICE
LOW NUCLEAR WASTE
NO NUCLEAR WEAPONS

19. 10-100 MW
100.000

20. P
R
O
B
L
E
MS

21. 20.000.000.000.000
euros
46.000.000.000
.000.000
Colombian pesos

22. POLICY