Abstract
The research develops a new plan that follows a precise system for drilling at the bottom of the water, by creating a “digging corridor” that allows people to move from the top of the surface of rivers or seas and oceans to the bottom, allowing all the huge mechanical equipment to be lowered to continue drilling at the bottom vertically, until reaching rocky soil; in order to change the drilling paths and “develop the attack”, and establish long corridors to obtain the dysfunctional economic wealth, the project can be used in scientific research and the establishment of cities in the future below the seabed. There are different characteristics of drilling in fresh and salt water, due to the difference in water quality, current speed and nature soil analysis, erosion power, and erosion. The research was divided between easy ways to reach simple depths (10 - 20 meters), using various cheap means, and strategies for establishing “drilling corridors” at medium (more than 20 - less than 100 meters) and large depths (from 100 meters - less than 1 kilometer), which depends on the construction of a concrete building with a large base, which enables it to successfully perform its role, and at great depths (more than 1 kilometer) require adding more supports to the building, and emergency plans have been taken care of. It is important to establish strong electronic doors to protect tunnel passages, such as: closing them at the time of danger, preparing sectors for evacuation, and the possibility of selling the “digging corridor” and tunnels, or gifting them to scientists, or moving them and closing or blowing up the underpasses. In conclusion, this research will contribute to “opening a new environment”, to the activity of Wan Humans divorce in the future.
Highlights
BackgroundCut and separate it from each other, and prevent its parts interconnected?”, and many gains after safe access to the bottom, and the continuation of drilling to achieve great success in the exploration of natural resources, and awe may encounter some prehistoric relics, the digging tunnels may be used to construct tunnels and roads below the sea, and to contribute to the establishment of cities below the water
Fourth Stage: Preparing 4 to dig at the bottom of the tent. We believe that this strategy is one of the best successful tools to reach the bottom with confidence and safety, and it reduces many other problems caused by the use of balloon or concrete rings with layers of rubber, and is suitable for fresh and salt water environments, and medium depths up to 100 meters below sea level
It is possible to manufacture or construct a few rings of salt-resistant concrete, to be very effective in reaching the bottom, so if we assume, for example: The water depth required for safe access is 20 meters, what is required is the creation of 3 rings, the height of one ring is 8 meters, Which means that the total is 24 meters
Summary
Cut and separate it from each other, and prevent its parts interconnected?”, and many gains after safe access to the bottom, and the continuation of drilling to achieve great success in the exploration of natural resources, and awe may encounter some prehistoric relics, the digging tunnels may be used to construct tunnels and roads below the sea, and to contribute to the establishment of cities below the water This scientific paper is one of the possible attempts to stop the bonding of water and neutralize its role to reach the bottom, and we still have a lot of convictions that man will make many successful attempts in this regard using other technological methods, including centrifugation, and magnetic repulsion, and the use of electricity to achieve a repulsion between water molecules, to cause the water to diverge from each other, appearing like gaps in the water, and perhaps science can expand it to the maximum depth until it reaches the bottom. It may be necessary to provide a “submarine equipped for drilling”
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