The arc reactor is some kind of fusion reactor that has the ability to generate an electromagnetic field. Arc reactor technology is based on the cold fusion reaction. Using this technology we can produce electricity which is beneficial to our world.

2. OUTLINE
 INTRODUCTION
 REQUIRED PARTS AND ELEMENTS
 EXPLANATION ABOUT ARC REACTOR TECHNOLOGY
 WORKING OF ARC REACTOR
 PRODUCTION OF ENERGY BY ARC REACTOR
 ADVANTAGES
 DISADVANTAGES
 CONCLUSION

3. INTRODUCTION
 The arc reactor is some kind of fusion reactor that has
the ability to generate an electromagnetic field.
 Arc reactor technology is based on the cold fusion
reaction.
 Using this technology we can produce electricity which
is beneficial to our world.

4. REQUIRED PARTS
 The parts in the arc reactor are
1. Containment ring
2. Electromagnetic coils

5. REQUIRED ELEMENTS
 The elements used in the arc reactor are
1. Palladium
2. Deuterium or Tritium

6. EXPLANATION ABOUT ARC REACTOR
TECHNOLOGY
 Arc Reactor technology is based on the cold fusion
reaction.
 Cold fusion is nothing but when the concentration of
deuterium is high compared to palladium reaction will
takes place and Helium is produced with large amount
of heat.

7.  The Arc reactor is donut shaped.
 The reactor pictured, ITER, is under construction and is
planned to be the first fusion reactor large enough to
produce a net gain of energy. Basically it has two
isotopes of hydrogen, deuterium and tritium, together
at such high energies that they combine into one atom.
When they fuse, the reaction produces helium and
large amount of heat.
 That energy can be captured
as heat

8. WORKING OF ARC REACTOR

9.  Arc reactor contains a palladium core with specific
isotope is important. The two isotopes of palladium
are palladium-103 and palladium-107.
 When the external power supply is given to the
electromagnetic coils the gas present in the
containment ring or glass tube ionizes which is
hydrogen.
 When the gas ionizes it goes into plasma state.
 Due to this gamma rays will be produced and
concentrated at the centre.

10.  When the gamma rays concentrated at the centre
the palladium-107 gets reacted and starts emitting
electrons.
 It is a self-sustainable reaction.
 After completion of the total reaction by-products
will be formed and are non radioactive elements.

11. PRODUCTION OF ENERGY BY ARC REACTOR
Arc
reactor
Heat
exchanger
Turbine
Generator
Condenser
Hot gas
Cooled
gas
Steam
Load

12. ADVANTAGES
 There are no radioactive elements produced during
this process.
 It is pollution free.
 It gives high amount of energy.

13. DISADVANTAGES
 There are no disadvantages about Arc Reactor.
 Only one disadvantage is present and it is about
cost only.

14. CONCLUSION
 By using this we can generate large amount of heat than the
nuclear reactor. So we can utilize this heat efficiently to
generate more power.