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Our Earth Cannot be Replaced

“The New Look of Energy!” The world is our environment and
it needs our help to survive. We must break away from past
destructive procedures. A new beginning is in order.

The Trident Energy Power Plant was part of a larger project
and when it was completed, we began the task of separating
the two parts. When I say (we) I discovered a person who
beside my wife Dee, wanted to build this complete project as
much as I did.

Rosario Mike Mannina, an expert on concrete became my
partner. Together, we patented the larger project, which is
patent number 4210304. A vastly expanded and self
contained “Domed City” for optional future habitation.

I am blessed with the ability to see what lies ahead for our
world and the approximate time when several things would
begin to happen…such as:

1.The massive pollution and changes to our climate
throughout the world.
2. The industrial surge in several countries and the fast
consumption of fossil fuels.
3. The procrastination of our world leaders and their inability
to cope with the certain destiny that awaited our world,
should their inaction become the norm.
4. Many individuals figured that nuclear power would become
the great solution to our energy problem; forgetting that all
nuclear material must be stored and that any contamination
to our world from that material was un-reversible and that
portion of our earth could no longer be used.
5. Effects of our climate; the increased melting of our
snowcaps and the increased rising of our oceans. How much
of our earth would no longer be habitable? I earnestly feel it
is significant to acknowledge a required transformation.

I could see a time, after coal was exhausted, when there
would be a lack of energy and man would resort to the last
fuel on our planet. Also, I saw the unnecessary depletion of
our trees and green plants that give us our oxygen for life, for
breathing and proliferation.

Most people laughed at me and said to stop worrying, our
energy supply would last forever, but I knew better. I wrote an
article, which was later put on a web site. In this article after
careful evaluation, I came to a conclusion that a solution had
to be in place before the year 2024, which I called “The Point
of No Return.” They that have oil will keep it and they that
have none will have to pay extreme prices for it or do without.
So what about the people with limited income? They would be
left to suffer or perish.

My patent attorneys recently told us that “The Trident Energy
Power Plant” is known all over the world. In the United
States, over 40 Senators know of this project, including the
President and Vice President…and from the UK, Toney Blair
replied to my letter acknowledging my information to him and
said it is an interesting project.
Australia also has acknowledged our offer to the world.
However, presently I have contact with a representative in
India for the construction of the Trident Energy Power plant
there.

This Concept/Design is based upon proven methods of
producing low yield amounts of energy. However, the Trident
Energy Power Plant has brought together all of the aspects of
each into a project that uses only a small area of land to
create vast amounts of energy. Yet, only with the Triple
Aspects together does this become a Grand Production.

TRIDENT ENERGY POWER AND ITS IMPACT ON OUR WORLD
"Energy To Better Serve Mankind"

Because we are up-grading our infrastructure, we will be
able to produce at least 104 gigawatts of low cost electricity.

Some of the impacts:
Low cost electricity
......No Pollution........
Underground Transmission of Power.
* Production of abundant Hydrogen for North America.
* Millions of gallons of steam distilled drinking water per day.
Creates a system that will take every American family off
Welfare.
Makes Social Security a solid supplement to our future
generations.
Saves American Car industry.
Economical Airline Industry.
Creates over 2 million American Jobs.
Note: All water creating Hydrogen and Clean drinking water
will be obtained from the Ocean!

Gordon L. Head
{Inventor/Engineer/Consultant}

HOW THE TRIDENT POWER PLANT WORKS

Welcome to the new look in energy. The Trident Power Plant
utilizes three types of energy.
One: Hydroelectric
Two: Solar
Three: Steam Induction Heating
Before we get into detail on these three items, lets go to
where the system begins. Our system begins with a
180,000,000 gallon reinforced concrete water reservoir tank.
This water tank has very unique characteristics. The first
unique characteristic is its size. It stands 150 feet high and
400 feet square. The walls are 6 feet thick reinforced
concrete. The interior of this tank has a massive beam
structure inside. The reason for this strength is multiple. One,
being that the complete reservoir tank is solidly connected
on all walls, floor and roof. The second, being there is a large
condensation unit, compressor and 20 mw steam turbine
generator, which is stationed on the roof. This compressor is
pumping up to 650 psi. in to this tank. This tank acts just like
the pressurized water tank in most homes, but in a much
larger scale. The water exits from this tank with a force of up
to 650 psi., turning the blades of the 500-megawatt turbine
generator.
To compare this concept of great force with the Hoover Dam
which only supplies 312.5 psi at maximum water pressure at
the base. This Dam took 325,000,000 cubic yards of concrete
to create this water pressure. The Trident Pressure Tank
only takes 400.569 cubic yards of concrete to create over six
times more water pressure. This water pressure is a key
factor in starting this system running .It is enough water
pressure to create 500 megawatts of electricity. The formula
for this pressure is (1 pound per square inch (psi) of
pressure = 2.31 feet (head) of water) If the pressure in the
tank is one thousand psi, the water would be as falling from
2,310 feet into the turbine. This electricity will be used to.
supply the internal operations of this plant, one of them being
our Induction Heating. (This will be explained later)
After the water leaves the 500 megawatt turbine Generator, it
flows through our 5' insulated concrete pipe into the solar
field or has the option to bypass directly to the pump station.
The solar field reduces the water pressure to 65 psi and
heats the water to 212 degrees F. Each solar panel will hold
276 gallons of water. We only need to use 7.2% of the solar
field for the system to flow; 30 % will be used for the
hydrogen and clean drinking water plants. The remainder is
available for expansion, backup and reservoir capacity.
The solar field empties back into a 5' insulated concrete pipe
which brings us to our pump station. The pumps bring the
water pressure up to 2,000 psi. We exit again into a 5'
concrete insulated pipe.
Lets sum up where we are. We have created 500 megawatts
of Hydroelectricity and 212 degrees of preheated water
under 650 psi (using existing technology that has been
proven). Now hold that thought! We now introduce the main
key factor of this energy system. The Main Injection Chamber.
Here are some facts when understanding the main injection
chamber. The higher the temperature and pressure, the less
energy is needed. Here is a quote from a good web site
(http://www.narowgage.inf.comau/steam4.html) "As the
pressure on the surface of the water increases, it has the
effect of increasing the temperature at which the water boils.
While at atmospheric pressure (101.3 Pa) water boils when it
reaches the temperature of 100deg C. We find that at a
pressure of, for example, 690 kpa, the boiling point has gone
up to 169.95 degrees C. You will readily see that to keep the
water boiling (and giving off steam) at this higher
temperature it has to be supplied with a greater proportion of
Sensible Heat Units. On the other hand, at the higher
pressure and temperature, the quality of Latent Heat Units
needed to convert the boiling water into steam is reduced.
Another key factor is that after 705.47 degrees F. there is no
distinction between liquid, water and steam. A good web site
on this subject is
(http://dbhs.wvusd.k12.ca.us/GasLaw/Gas-Boyle.html) Having
a vessel to hold the temperatures and pressures necessary
to be used requires our unique patented strong tank. The
tank will be poured with a waterproof concrete.
Now lets pick up where we left off. Remember that we have
500 Megawatts of Hydroelectric Power and 212 degrees of
preheated water under 650 psi. This enters a 5' concrete
pipe which leads to the main injection tank. The main
injection tank has two chambers. The first chamber is heated
water under pressure. The second chamber can super heat
this water up to 2,000 degrees. This is done by induction
heating.
Induction heating is a method of providing fast, constant heat.
The process relies on electrical currents within the material
to produce heat. Although the basic principals of induction
are well known, modern advances in solid-state technology
have made induction heating a remarkable, simple,
cost-effective heating method.
The base components of an induction heating system are an
AC power supply, induction coil and work piece (material to
be heated or treated) The power supply sends alternating
current through the coil, generating a magnetic field. When
the work piece is placed in the coil and enters the magnetic
field, eddy currents are induced within the work piece,
generating precise amounts of clean, localized heat without
any physical contact between the coil and the work piece.
Heat is developed directly and instantly to (2,000 degrees F. in
>5 seconds» inside the work piece. Induction heating is a
clean, non-polluting process. It produces no harmful
emissions, exhaust gases; smoke, loud noise or wastes heat
to alter the surrounding environment
The main injector chamber produces steam up to 2,000
degrees F. and up to 2,000 psi. This super heated and
pressurized gas (for now call it a gas) exits through a 3' pipe
into a 1,300 megawatt turbine generator which is inside a
concrete building. After the 1,300 megawatt turbine
generator, there is a 30% to 48% loss in energy. At this point,
still using a 3' pipe we enter the sub injection chamber. The
sub injection chamber act like the main injection chamber,
but in a smaller way. The loss in energy from going through
the first 1,300 turbine needs to be replaced. This is done by
sending it through the first side of the sub injection tank
using a metallic funnel system, channeling it to the second
chamber where the induction heating system brings it back
up to 2,000 degrees and 2,000 psi. The induction heating on
the injection tanks are done by using injection rods. They are
placed at the bottom of the main injection tank and placed
vertically in the sub injection tanks.
The 500 megawatt hydroelectric turbine generator supplies
the electricity for the induction coils by first sending the
electric to an electrical distribution building.
The first heat introduced to the injection rods come from
Parabolic Dishes. Parabolic dishes track the sun along two
axes, which concentrate the energy at the focal point. The
dishes can concentrate rays quite intensely and can reach
temperatures in excess of 1,500 degrees C. The parabolic
dishes we will be using will be 50' in diameter and use liquid
metal, which heats up and converts to a vapor. This dish can
reach temperatures of up to 2,000 degrees F. After the
parabolic dish delivers the first influx of heat, it is sent into
the main injection chamber using a 4" outside special steel
pipe(already on the market). It than makes a complete return,
sending it outside the tank into a concrete vault. It than
makes a complete return again, but on this return, the pipe is
reduced to a 1" inside diameter. This is where the induction
heating takes place. Reheating it back up to 2,000 degrees F.
and the pipe will take it back into the tank. The pipe then
increases back to a 4" outside diameter.
It completes this process five times before returning back to
the parabolic dish for another solar injection and movement
of the gas.
Every parabolic dish is assigned to five injection rods utilizing
the sun to its great potential. There is an induction coil on
every rod. Once again, the energy, for the induction coils
come from the 500- megawatt turbine generator turned by
the massive reservoir tank.
After we go through all 1,300 megawatt turbine generators
and sub injectors, we return to the main reservoir tank. This
is a closed system, so in order to return to the top of the main
reservoir tank, the super heat and pressure needs to convert
back to water.
However, before the high pressure steam enters the
condensation tubes, it must first pass through a 20 mw
steam turbine generator. The purpose behind this is; to slow
down the pressure, second is to bring down the temperature
and last to produce more low cost electricity to operate the
facility.
A large condensation unit does this on the top of the main
reservoir tank. The condensation unit utilizes nine 12"
nitrogen cooled pipes. Using 6 chillers also mounted on the
roof cools these pipes. By the time these nine pipes complete
their loops, they are completely full of water. Imagine nine
12" pipes gushing with tremendous water pressure. The
pipes enter into a 15' x 10' stainless steel tube. This tube
goes down to within 15' of the bottom of the tank and has a
2,500 psi valve at the bottom of the tube acting as a check
valve. As the tube fills up to a certain level it then is released
into the reservoir tank, regulated by the pressure valve.
The water returning to the main reservoir tank is still at a hot
temperature of 200 degrees F. Before the high-pressure
steam reaches the condensation unit, there is a
condensation return line for steam that may condensate up
to that point. This line leads back to the pump station so it
can repeat its process starting with the main injection tank.
The system can flow from 250 to 500 gallons per second.
After the water returns to the main reservoir tank, we have
completed our process in our hydro, solar and steam
induction energy system.
Take a look at our infrastructure, you will find it interesting.
The main heart and sole of the system is the control room.
Our control room will be using new technology and new
computer software. The control room is located in the center
of the plant.
Our tunnel system services the entire plant. Starting from the
maintenance building, these tunnels go to the hydroelectric
turbine buildings. You can actually drive right up inside these
buildings with an electrical maintenance truck. From the
500megawatt turbine generator buildings, you can drive to
the control room and park the vehicle and monitor the
system. While monitoring the system, you can send someone
to do maintenance on something in the control room, the
solar field, any of the generator buildings, injection tanks,
electrical distribution houses for the induction coils, all of the
1,300 megawatt turbine generator buildings and the pump
station.
On page ( ) is a picture of what a service tunnel looks like for
maintenance, service monitoring and accessibility. Our
tunnels will be bigger and very complex. They will have
elevators leading down to the bottom of the main injection
tank. The main injection tank has tunnels surrounding three
sides of it. These service tunnels are for a vault which is built
with our insulated concrete to retain heat from the injection
rods.

Looking at page ( ), you will see a close up. Look at the
returns on the injection rods. These returns connect at the
wall using a titanium plate and special gaskets. They connect
in these areas for easy replacement. The rods returning to
the dish climb straight up to ground level and then continue
along on ground level still enclosed inside the concrete vault
all the way to the dish.
These service tunnels will have multiple elevators located in
strategic places. Certain areas of the tunnels wiD have large
rooms supplying spare parts, tools, emergency equipment,
maintenance offices, cafeteria, and vending
accommodations.,
There will be manual emergency escape routs located in
numerous areas. These tunnels will not only serve as great
monitoring capabilities and maintenance accessibility, it will
also protect the internal operations of this plant.
Looking over the whole project from a top view (seen on page
(1), you will see an area of approximately 2,500' x 850' or
more. This entire area will be paved in concrete except for a
few small areas of grass, trees, park benches or
landscaping as to what the climate will accommodate. Large
semi trucks and cranes will have access to all buildings. The
1,300 megawatt turbine generator buildings will have their
own overhead crane systems capable of lifting the turbines
and generators off semi trailers and placing them in the
buildings or putting them on semi trailers for major repair.
The entire solar field will have a concrete slab with pre cast
footings on top to support the solar panels. A decorative
concrete fence will surround the entire solar field. Another
unique characteristic about the solar field is that the solar
panels move up, down, and tilt on 4" hydraulic extensions.
This is to track the sun from east to west. Only because the
sun rises and sets in such sharp angles.
The parabolic dishes will be located outside the 2,500' x 850'
area. Parking and other necessary operations like the
transmission lines and substations will be located outside
this area.

TRIDENT ENERGY POWER

Austin Texas

Trident Energy Power