JPS5983098A - Storage container - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

Is this invention harmful, right? ftj' of the 111 waste material packed in the storage room for storing J in a con-1 to 1-1-1-contained state,
Related to M/'F. There are various possibilities d5 for carrying out the storage of such objects 71. One possibility is to sink radioactive materials in ocean trenches far from habitable areas. Although such storage is itself safe for long periods of time, it does not destroy the material even if it is dropped. I believe that in the future there will be several possibilities that will preserve a definitive solution and be fully acceptable from an inter-environmental V11 perspective. Therefore, with improved technology, it is possible to remove this item 7''i from the seabed during the storage of the deceased object 7.
I strongly hope that it will be possible;
cormorant. The extraction of this waste material from the seabed H11 etc.) is a huge problem.
”Aside from the strike, C is not impossible for the time being.
Yo? JJ is rough. In addition to dropping radioactive materials into the ocean, it is also possible to store them in so-called salt domes located deep underground. This has the advantage that the radioactive substance can be taken out relatively in the cylinder and at an appropriate cost, and furthermore, correction in the middle of the storage pile can be performed against unfavorable developments. The waste material stored inside the salt dome (which is located close to the habitable area) may be mixed with the groundwater that would be pumped due to the mobility of the geological formations in the location of the salt dome. There is a problem that there may be contact.This invention is intended to provide a solution for saving R.
Released q/J wastes packed in I-liners etc. are stored safely and safely in the LI-int 1-1-1-1-1-1-1-1, and are later stored in the cylinders and safely (...the mouth is collected). The protrusion is ζ
゛ki, yoI,: In addition, the storage M office is far enough from the residential area <P
The church d3 and the society are trying to provide a safe storage for the 71it system. According to the present invention, the storage is a structure capable of flow and settling in water, so that the contaminated waste can be partially submerged in the tm floor and stored therein. Sealable person 11 for contact jL[
I achieved this goal by moving to the right direction.-4
This reservoir (J) preferably has a number of subdivided compartments, each of which can be sealed by means of an access hatch. The condition of the substance stored in this compartment can be measured Measured, recorded and controlled by the device and control device.1.L, rjl in case of favorable or unfavorable development.
l! ! The temperature of the area where the JJ property τ′1 is stored, such as the temperature of the water or the clear water, is stored in the seawater or water in the compartment.

[Forced cooling of fresh water/Jl fj7. Or, it would be better to remove the tanker from the seabed and move it to another suitable location. The big advantage of this storage is that it will sink before it sinks. 4 on the wall
If it is 5 or 111, it means that the A3C can be completely or partially stored in the IJ's landing place, and then towed to the required location and allowed to sink. The fact that complete or partial storage of the storage space can be carried out both on one wall and in a submerged position provides great handling flexibility. In the following, the invention will be described in detail on the basis of an embodiment shown in the accompanying drawing (sl). Reinforcement work is being carried out in Storage Room 1 to cover the length of the building.
- is preferably made of a material that is capable of flow 1 to at the same time sinking (M
I like being number 1. Instead of reinforcing steel 1-1-1, Nagamachi no Mikoto's strange scale moon 71
(It is easy to select a combination of 1 and 1, and make sure that the shielding coefficient is as high as possible for radiation.) 1. This structure 13 prevents penetration +L-
The 316 seal should be on the right (). Besides the elongated shape, other shapes are also possible. over the sea 4 7
1''-1・State C'' The elongated shape is clearly preferable from the point of view of movement. Typically, storage 1 is dry docked with silk 5'/-1)A
: Give it to me! From there, it was towed to the required location, and partially placed on floor 5 of 7175 by means such as a vacuum cleaner (not shown), and fixed in position A. Theory of storage M storage 1 to the seabed rF+-L1 at least approach Hara J' 3)
There is a C to J. 21 antenna 8 supplied from C1 ship 7 by device 6 floating on the sea surface? 7 packed into 0=J+〕+substance(yo,
Each compartment is loaded from the opened access hatch 3. Set up sections in IIIA 1. : ) Kome (ko, seed)
2. The waste can be stored in separate storage layers; 1. In addition to fresh storage, there is the advantage that it can be filled in stages. In addition to sealing the approaching hatch 3, the approaching hatch J3- was also attached to Asnore J. Le 1~ or I, J-, lncrease 1 during t/17. 1. In this case, J, C1 seawater or (,1, fresh water is in the compartment (F''I!J, Ll, save)
There is no U l, 1 for the seawater of Sei I Koyu 1. The packing of the waste material is provided with cathodic protection, if necessary (,1',). They are individually forcedly cooled by a water circulation system (ε). This cooling circulation system 9 is used to provide supplementary safety measures when the temperature of the stored materials in a certain compartment is critical due to heat increase due to radioactive waste materials. and turn. The advantage of establishing separate compartments is obvious if the undesired effects are confined to the compartment fO. If the storage is equipped with an intercooled water system (j, this can be housed in individual compartments 10 in the storage room 1). The cold moon 111 is forcibly cooled by external water.
Measurement and control equipment can be equipped to measure, record and control the state of each of the figures 2, and the measurement *i'j
The results will be transmitted via transmission means to a central recording station on the coast. Approaching section 10 underwater! , a second submersible system is installed below section 0 for the cooling water circulation system and measurement and control equipment:
■The compartment 12 containing the source is installed and installed. If necessary, the measurement equipment and control equipment can be constructed on the storage offshore '1 and housed in the kotatsu-13.
protrudes above the water surface 4 and is equipped with transmission means. This direction is from the inside of the tower to section 10J:iJ-1.
J, which approaches 2, is composed of sea urchins. Due to the subsidence of this tower (J1 storage 1) 0.Y(, 1 important stability issue, this 1 note tJ1, the equipment stored in the tower is t(processed or exchanged 1β(, 1β) in another location. In order to do this, the storage 1 is removably installed. At least 6 drive parts 83 of the water circulation system 9
It can be stored within the power supply 4, 1, and 1 no. Section 10 and 12 and 1 and 1 and 1 and 1 and 1 and 1 and 1 and 1 and 1 and 1 and 1 and 1 and 13, respectively, are determined by the depth of the seabed in which storage 1 is located. It is clear that there is something in which the stored storage is carried out. , Connection 3Ii, After using the hatch, the seawater in the compartment will be stored = 1 ndena into a less corrosive IMj5
For the same reason as in 1, 8 people of fresh water in 1 picture are left with J, 2 and C. 1. Longitudinal cross-sectional view of a scaled storehouse taken along the line !-1 of FIG. 1, ILL of FIG. A pulley device transports the waste material into the water.
Fig. 2 is a plan view of the storage in Fig. 1, and Fig. 33 is a side view of the storage, respectively. '1... Storage Immediately 2... Section 3...
・Approaching hatch 4...Sea m15...Sea
Floor 6...Pulley device 7...Ship E3...Conlaner 9...Cold J11
1 Water shield ring system 11 10... Section 11... Interslage cold 74112... Section 1
3... Tower -59

Claims (4)

[Claims] (1) 21-1 of the ancient material packed in containers etc.
~ll-ruled I: A storage, characterized in that the storage is capable of at least a flow of sedimentation into the seabed and is capable of sedimentation (14). (2) The storage unit according to claim 1, wherein the storage unit is divided into a plurality of individual compartments, each compartment being sealable with a close contact. (3) The storage is provided with a device that responds to the status of the harmful substances τ1 stored in each compartment, and the information obtained is recorded in a central recording screen. Outside the storage described in range 11J'i or 21n. (4) When the device is of a high quality product that does not contain harmful substances, each 1 gram portion is separately connected to an open cooling water circulation system (4). storage.