JP2014037221A - Whole framework of large capacity continuous drainage in the vicinity of marine draft surface by juxtaposition utilization of storage water tank inside compression drainage and submarine space - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a submarine electric power generation ship for generating large capacity electric power by installation of a drainage inverse intrusion preventive submarine space part and a water tank inside compression water deep pressure combinational continuous drainage device.SOLUTION: [An open sea drainage storage water tank] is installed in an outside part of the submarine electric power generation ship, and its drain port drains water from a discharge port near a marine draft surface. A large quantity of intrusion sea drainage successively flows in and becomes gathered seawater of large capacity seawater in the storage water tank, the same as a land part installation receiving the influence of a strong attraction in an atmospheric pressure space naturally by the whole quantity when entering into this electric power generation ship. For favorably draining this large capacity seawater from a deep sea part, drainage inverse intrusion preventive submarine spaces (H)A, (H)B and (H)C are installed.

Description

The “outer sea discharge storage tank” portion is installed on the outer side of the subsea power generation vessel, and the internal drainage is kept at the same atmospheric pressure as the seawater near the upper surface of the outer sea during daily life.
And since the wastewater discharged from the “In-Vessel High Water Pressure Generation Control Room” via the “Reverse Drainage Prevention Underwater Space” can never return to the inboard tank, Along with the discharge vortex generated from the "device", it will be discharged one after another to the outside sea, and a large amount of drainage will be returned to ordinary seawater in a form that almost naturally dissolves into the sea surface underwater.

  This equipment “Underwater Drainage Prevention Underwater Space” (H) Due to the discovery and installation of part A, the drainage of the drainage water in the storage tank will be carried out very easily. Almost no need is required, and since the air pressure in the underwater space (H) A is only a few atmospheric pressures, the air volume can be easily increased and decreased, and once passes through the underwater space (H) A. The discharged seawater is sent out sequentially because the water pressure instantly becomes the same as that of the surface of the sea draft, and it is impossible to reversely enter the underwater drainage prevention underwater space. It is pushed out by the drainage from the “high water pressure generation adjustment chamber in the ship” and is discharged into the open sea as if it flows out naturally.

  This will be described with reference to FIG.

In order to install a rectangular submarine power generation ship in the middle part of Shanghai and continue to drain the generated large-capacity drainage of the power generation, first to shut off the deep sea pressure in the power ship interior and deep overseas sea part. In addition, an “outside sea discharge storage tank” will be installed and its outlet will be near the sea draft.
Based on this, drastic reduction and prevention of inboard drainage due to deep seawater pressure will continue, and much of the drainage will continue to the open sea with the help of the effluent discharge from the "exhaust seawater outboard discharge device" installed in the vicinity of the maritime draft line. It will be discharged.
In addition, the drainage in the storage tank in the power generation vessel at that time will flow into each of the “sea drain drop and discharge devices” that have been installed, but first the inflow to the planned water level reaches each discharge device. Then, the “drainage inflow adjustment shut-off device” is completely closed, and the “drainage pressure drop pressure lid” is lowered sequentially, so that the discharged wastewater is successively placed in the “high water pressure generation adjustment chamber in the ship” and the “water tank” installed on the bottom of the ship. Since it flows into the `` continuous discharge device with internal compressed water and deep pressure '' and is discharged to the outside sea through each installed `` underwater space '' part, there is no reverse intrusion at all, and it is always upward in this reservoir tank Drainage goes into the open sea one after another with a natural feeling due to the intense “discharge pressure” due to the synergistic effect of both the weight pressure of the large amount of drainage that flows in and the continuous drainage pressure of this “sea drainage discharge pressure device” It will be discharged.

Nothing in particular.

  If a large-capacity power generation is inevitably generated, a large amount of drainage will be generated. We thought that large-capacity power generation was almost tough because it became a discharge method, but this time we discovered that if you install a drainage channel near the sea water line, deep sea drainage will make a big progress. , And the greatest difficulty at that time, the method of preventing the reverse intrusion of the discharged seawater discharged to the upper surface of the sea will be completely eliminated due to the discovery and installation of the `` drainage reverse intrusion prevention underwater space '' part. Drainage from the “continuous discharge device combined with compressed water and deep pressure in the water tank” will be sufficiently performed, and the large-scale drainage, which is the biggest concern, will appear.

An “outside sea discharge storage tank” will be installed on the outer part of the subsea power generation vessel, and its drain will be drained from an outlet near the sea draft.
Naturally, it is very different from the drainage in the deep sea part, and the natural deep seawater pressure is a drainage that has no influence at all.
A large amount of invading sea drainage that flows in one after another will naturally become a collective seawater of large volume seawater in the same storage tank as the land part installation affected by the strong attraction in the atmospheric pressure range as a matter of course when entering the power generation ship .
It is how to discharge this large volume of seawater smoothly from the deep sea part, but it is easy to carry out each facility as shown in this application and bring the discharge port close to the surface of the sea, so it is easy to receive little water pressure. The discharge becomes possible.
And how to prevent the reverse entry of this large capacity drainage, "drainage reverse entry prevention underwater space" (H) A. (H) B. (H) Install C to prevent complete reverse intrusion, and drainage treatment at the bottom of the bottom of the ship will continue in the deep sea by installing a “continuous discharge device with compressed pressure in the tank”. Underwater wastewater treatment, which is the biggest concern due to the discovery and installation of the “Reverse Drainage Prevention Underwater Space”, will greatly advance.

  Due to the discovery and installation of "outer sea discharge storage tank", "water discharge reverse entry prevention underwater space", "continuous discharge device with combined compressed water and deep pressure in tank", etc., continued discharge into the deep sea part, and continued at the offshore waterline part There are no difficult equipment such as securing the pressure drainage required for continuous continuous drainage by installing several units of the `` sea drainage pressure reduction device '' that follows the large capacity discharge according to the scale of the submarine power generation ship Therefore, large-scale drainage that can be continued more easily than the biggest concern is sufficiently possible, and large-capacity subsea power generation facilities will appear one after another in the world.

It is the installation figure of each generator in a submarine power generation ship, and the whole installation drawing of each discharge device, and is a detailed view of various device installation according to the discharge method of each waste water.

[Fig.1] First, because of the invading drainage water that flows into the underwater power generation vessel one after another, vortex flow of the intruding drainage water is always generated in the storage tank, and high pressure air is ejected from the "high pressure air ejection device". It is a figure where drainage pressure is always suspended at each discharge port part in the storage tank due to the downcompression operation of the `` sea drainage pressure reduction device '' etc., especially the installation of `` outside sea discharge storage tank '' The large amount of drainage due to the water is drained from the discharge port near the sea waterline with almost no deep seawater pressure.

Claims (1)

In order to utilize the drainage power as described below, a large amount of wastewater that flows into a submersible storage tank is installed to devise a more natural form of drainage.
First, install a "continuous discharge device with compressed water depth pressure in the water tank" at the bottom of the water tank, and the rotation that occurs when the water flows into the water from the inside of the water tank above the water pressure in the atmosphere. Depending on the vortex flow and various drainage pressures due to high-pressure air jets, etc., it is almost discharged into the open sea by the force of natural drainage.
For reverse intrusion to be worried at that time, the "water drainage reverse intrusion prevention underwater space" is installed, the amount of compressed air in it is easily adjusted, and the reverse intrusion is completely prevented .
In addition, several “Sea Drain Drop Pressure Discharge Devices” alternately inflow wastewater and when the specified constant water level is reached, it is automatically closed by “Exhaust Pressure Inflow Adjustment and Cut-off Device”. The descent begins slowly depending on the pressure drop of the heavy load in the `` pressure lid '' and the force of the chain, etc., and the descent discharge pressure will be connected to the `` outboard high water pressure generation adjustment chamber '' and the `` outside sea direct drain pipe '' etc. Since drainage continued one after another and the drainage water that flowed into the “outside sea discharge storage tank”, the water pressure at the drain outlet was almost the same as the water pressure in the “outside sea discharge storage tank”. Continued drainage into the open sea as it springs one after another on the released discharge device from the released seawater discharge device, and at the same time continued by utilizing the separately installed “continuous discharge device combined with compressed water and deep pressure in the aquarium” The overall concept of large-capacity continuous drainage.

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