Drilling in the Water by “Creating a Safe and Free Passage for the Movement of People and Equipment between the Surface and the Bottom”, Using Several Methods for Extracting Natural Resources and Scientific Research

Walid Nabil
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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 pow-er, 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”,
通过“在水面和底部之间为人员和设备的运动创造安全自由的通道”在水中钻探,使用几种开采自然资源和科学研究的方法
该研究开发了一个新的计划,该计划遵循一个精确的海底钻探系统,通过创建一个“挖掘走廊”,允许人们从河流或海洋表面的顶部移动到底部,允许所有巨大的机械设备下降,继续在底部垂直钻探,直到到达岩石土壤;为了改变钻探路径和“开发攻击”,建立长走廊以获得功能失调的经济财富,该项目可用于未来海底以下的科学研究和城市建设。由于水质、水流速度和自然土壤分析、侵蚀功率和侵蚀程度的不同,在淡水和咸水中钻孔有不同的特点。这项研究是分为简单的方法达到简单的深度(10 - 20米),使用各种廉价的手段,和策略建立“钻井走廊”媒介(超过20 -不到100米)和大深度(从100米,小于1公里),这取决于混凝土建筑,基地的建设,使其成功执行的角色,和在大深度(超过1公里)需要添加更多的支持,应急计划也已经制定好了。重要的是建立坚固的电子门来保护隧道通道,例如:在危险时关闭它们,准备疏散区域,以及出售“挖掘走廊”和隧道的可能性,或赠送给科学家,或移动它们并关闭或炸毁地下通道。总之,这项研究将有助于“打开一个新的环境”,
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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