The vision for Project WAPS4 is to be the largest clean-energy producer in the world creating up to
28,000 megawatts of clean energy per unit. We plan to create a safe and secure energy-producing
reservoir that is more efficient and effective compared to dams. The mission of Project WAPS4 is to provide clean and renewable energy with innovative ways through hydropower and wind.
WAPS4 stands for Water, Air, Power, and Sand. These four elements make up the inventions created to produce energy. These inventions are clean energy reservoirs that can be built utilizing rivers, oceans, and lakes.
They can be built inside a large body of water or in the ground further inland to hold large amounts of salt or fresh water while supplying energy. A single reservoir can be built up too or as big as a football stadium and can hold over 162 turbines.
We also have an invention called the “air-bubble turbine.” An air-bubble turbine is a turbine that when placed under water uses the bubbles caused by released air pressure from the valves in the column under the propellers which traps the bubbles causing it to turn the turbines under water. If the air-bubble turbines are above the water the air pressure released from the valve turns the turbines with or without the use of wind. Several air-bubble turbines are placed on a column which extends from the bottom of the body of water to a few feet past the water level. The air-bubble turbine column can be placed in or outside
the body of water and does not need the use of wind or water movement to produce power. Why?
Because, it runs off self-perpetual motion.
Figure 3: This is built in-ground or in water. Water flows into the canals through the entrance (138). Inside the canals are penstock that contains many turbines (130a). The penstock (122) curves around the reservoir, and gravity pulls the water through the penstock and into the middle of the reservoir (126). The canal can be expanded so more penstock can be added, therefore more energy can be produced. An air pump pushes air and water through the middle (150) creating a geyser effect, causing water to flow out through the sluice gates (116) back into the canals (120) then back into the penstock. (Recycles the water).
This reservoir is built in-ground and the water from the source of the ocean, gray water, or river flows into the middle of the reservoir. The water fills up to the inner wall of the reservoir (718), then the sluice gates (716) open and release the water into the canal (710). Penstock is located between the outside
and inner wall of the canal.
The water flows through the penstock (713) and within the penstock are located many turbines (722, 745, and 752). The canals can also be expanded to add more penstock and turbines if needed for more energy. The penstock curves around the reservoir, and gravity pushes the water out through the lower canal (715) back into the water source. If this reservoir is used as water storage, the lower canal will be shut and the air pump will help circulate the water by pumping air into the middle of the reservoir.
This causes bubbles in the center which turns
the air-bubble turbines (730). This creates a geyser effect, causing water to flow out into the canals through the sluice gates into the penstock. This carries 162 plus turbines.
This can be used to provide power and water to desalinization plants and cities. It can be used as water storage or it can release water back into the river through the canal (715). Figure 9 shows a close-up of what the penstock looks like and how the water flows.
Figure 8 shows how the penstock curves around the reservoir.
The air-bubble turbines are located on columns either placed in the center of the reservoir to produce more power or on land as another type of wind power generator. Wind spins the propeller on the top of the column to get the air compressor located at the top of the turbine (732) started initially.
The air compressor pumps air into the column (741). Bubbles are produced by the compressed air that is pushed out through valves (733), above and under water, which push the turbines to create energy.
The propellers attached to the turbines are spoon-shaped to capture the bubbles causing the propellers to turn.
Once the system is started all the valves will release pressure throughout the entire column so there will be no need for wind to turn the propeller. This causes self-perpetual movement.
With or without wind the air compressors create their own energy while creating excess for storage. These air-bubble columns also can be used on land as separate units for wind energy.
Bubbles are produced by the compressed air that is pushed out through valves (733)
Wind spins the propeller on the top of the column to get the air compressor located at the top of the turbine (732)
The air compressor pumps air into the column (741)
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