WAR
It reduces our dependencies on carbon-
intensive fuels, or radioactive reactors.
It mimics the processes in our sun through
fusion which in smaller portion like the reactors,
doesn’t produce harmful emissions.
It offers
enhanced energy security for countries.
The geopolitical tensions and supply chain
vulnerabilities were our influencers in the last
centuries. This new energy offers security as
though it uses already available sources like
hydrogen which can be extracted from water.
Unlike nuclear reactors which produce large
amount
of radioactive waste, and has high
factor risks when accidents occur, fusion is
a self-limiting process.
When the reaction
becomes unstable it naturally shut-downs thus
preventing catastrophic failures. Although it
produces radio-active waste it’s minimal and
short-lived compared to nuclear reactor.
radio-active
When the self-producing reaction stabilises, it produces energy from within itself like the sun. Though has to be fed with hydrogen isotopes to be sustained, it makes a great source of energy.
The reactor is called tokamak which is an experimental machine designed to harness the
energy of fusion. Inside the building the reactor is a doughnut shaped vacuum vessel in
which fusion happens. The vessel absorbs the extreme heat of the reaction which occurs in a
plasma state of matter.
The plasma can be controlled and shaped by large magnetic coils that
are placed around the vessels. These help to confine the dough-nut shaped plasma and
distance it from the heat absorbing plates of the vessel.
Fusion happens in our sun and in all active stars in the universe. In their core confined by tremendous gravitational force and heat, hydrogen nuclei collide and fuse into heavier helium atoms thus realising unthinkable amount of energy. In the reactors the most efficient way of doing it is colliding two hydrogen isotopes, called: deuterium and tritium(D-T fusion). It produces the most energy on the lowest temperature of all other options
We need to acknowledge Fusion reactors have some of it’s difficulties. Tritium is quite rare and
it’s
a crucial part of the process. For this problem the vessel contains a blanket
surrounding
the plasma which is composed of lithium. When high-energy neutrons collide with lithium it
produces tritium and helium, and a neutron. This is called tritium plantation which has some of
it’s difficulties due to the radio-activeness of tritium and how to store it with it’s short
half-life. The vessel’s matter is under development due to the high temperature, and energy it
needs to absorb and withstand.
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Unfortunately, fusion power is not yet a reality. It's on the brink of a technological breakthrough, but there are still three crucial parts under development. First, the vessel's plates need to be polished to the right specifications to withstand extremely high temperatures and absorb energy efficiently. Second, we're working on technology to safely store tritium, given its radioactivity, while minimizing environmental impact and emissions. Finally, we're constantly testing ways to stabilize the fusion reaction and maintain a constant plasma state, which is essential to address all the challenges mentioned above.
You can cancel your subscription at any time. If you cancel before the end of your first year, we will refund your money based on the amount you have already paid. After one year, you will continue to enjoy all the listed benefits. However, if you decide to cancel after a year, we will send you an email detailing your subscription information and the specific benefits you can continue to access.
For your support throughout the project, you will receive first-hand access to the fusion reactor's energy line after it launches. In the support plan, the total supported or paid years will be multiplied by the number specified in your plan.
Fusion estimatedly will launch in 10 years in the future. In our worst estimation it will launch within 15-20 years, but we’re constantly working on finishing it and through the support of people we’re getting persistently closer.