JP2015114180A - Tool for treating radioactive contaminated water and method for treating radioactive contaminated water using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a treatment tool and a treatment method which safely treat water contaminated by radioactive substances by remote control.SOLUTION: Radioactive contaminated water is absorbed into a water absorber 1 formed by storing a water-absorbing resin in a water-permeable bag 2, and is turned into gel. Then, the radioactive contaminated water is collected, and transferred or stored in the gelation state.

Description

  The present invention relates to a treatment tool for radioactively contaminated water and a method for treating radioactively contaminated water using the same, and more particularly, radiation capable of treating radioactively contaminated water by a remote operation without direct human intervention. The present invention relates to a treatment tool for active contaminated water and a method for treating radioactive contaminated water using the same.

  At the site of the nuclear accident at TEPCO Fukushima, a large number of large tanks containing a large amount of radioactive liquid waste are installed on the site, while at other nuclear power plants, it is a daily routine operation. Thus, equipment drain waste liquid, floor drain waste liquid, chemical waste liquid, laundry waste liquid and the like are discharged and accumulated daily, and these are stored in buildings, tanks, sub-drain pits, and the like.

  Small-scale contaminated water generated everywhere in the site is absorbed and collected by newspaper, waste cloth, sponge, cooking paper, etc., stored in a simple container such as a drum can or a small plastic container, and then incinerated appropriately. At present, they are disposed of, but these materials such as newspapers, wastes, sponges, cooking papers, etc. cannot absorb the contaminated water efficiently and quickly because they can absorb only a small amount. There is also a problem that the contaminated water that has been absorbed is dripped or dropped, causing new secondary contamination.

Contaminated water that has been temporarily and temporarily stored in a simple container has also caused a water leakage accident due to corrosion of the metal container. Even concrete containers are worried about water leaks due to earthquakes, and the storage and management costs of containers are high.
In addition, these stored contaminated waters go through several steps to final disposal, but there are also work to remove them from the containers in each process, and at this time, there are also accidents in which the contaminated water scatters or drops. Yes, it is extremely dangerous for field workers.

  In addition, purification and filtration of radioactive polluted water and washing water are performed by adsorption, aggregation, precipitation separation, filtration separation, etc. of radioactive substances using zeolite, Prussian blue, boron compounds, etc., but they occur during filtration and washing. Concentrated contaminated water cannot be easily treated without the workers approaching, touching or approaching the detour.

In the future accident countermeasure work, collection and transportation of these small-scale radioactive polluted water will occur in various places, and it is predicted that field work will be difficult.
For this purpose, there is a need for a method for recovering, transporting, storing and finalizing contaminated water that is safe, simple, quick, and easy to handle. In particular, in the case of highly-concentrated contaminated water, it is an absolute condition that the worker can safely and easily treat it from a remote place without approaching.

There are Patent Literature 1 and Patent Literature 2 as publicly known literature relating to the treatment of radioactively contaminated water.
Patent Document 1 is an invention of a method for removing radioactive substances contained in contaminated water.
The invention of Patent Document 2 is an invention related to the decontamination treatment of contaminated water.
Both of these two inventions are inventions related to decontamination of a large amount of contaminated water, and there is currently no literature suggesting a solution to the above-mentioned problems.

JP2013-40868 JP2013-120097

  The present invention has been made to solve such a problem, and its primary purpose is to generate leaked water without scattering the contaminated water to the final disposal such as incineration. It is intended to provide a treatment tool and a treatment method for radioactively contaminated water for recovering, transporting, storing, and incinerating radioactively contaminated water safely, reliably, and simply. The second purpose is to provide a treatment tool and a treatment method for radioactively contaminated water that allows an operator to efficiently, safely, quickly, and treat the radioactively contaminated water from a remote location without directly touching the radioactively contaminated water. is there.

  As a result of intensive studies to solve the above problems, the present inventors have obtained the following knowledge.

  In other words, when radioactively contaminated water is absorbed by the water-absorbent resin, the absorbed contaminated water gels, so it does not hang or become like water or falls, and even if pressurized, it will stain outside. Using this property of the water-absorbent resin, paying attention to the fact that even if it is put out directly into a high-temperature incinerator, a steam explosion occurs and the contaminated water can be incinerated without scattering to the surrounding environment. Then, it came to mind that radioactively contaminated water can be collected, transported, transferred, stored and incinerated safely, reliably and simply, and the present invention has been achieved.

A treatment tool for radioactively contaminated water that can solve the problems of the present invention has the following configuration.
That is, the radioactively contaminated water treatment tool of the present invention is a radioactively contaminated water treatment tool that is used for transportation or storage by absorbing and recovering the contaminated water from a place away from the radioactively contaminated water. The water-permeable resin is stored in a water-permeable bag body, and the water-absorbent resin absorbs radioactively contaminated water and is collected, transported or stored in a gelled state. Furthermore, it is characterized in that it is put into an incinerator, whereby the contaminated water can be safely recovered, transported or stored without being scattered outside. Furthermore, it can be safely incinerated.

The separation operation mechanism is configured such that a hook attached to the tip of an arm is inserted into a handle formed on the water-permeable bag body, and the hook is lifted and hooked. A mechanism that removes the hook from the arm and removes the hook from the place away from the radioactively contaminated water is the most convenient for the purpose of the present invention. Is preferred.
As a result, operations such as removal, transportation, storage of containers, temporary storage, temporary storage of incinerators, etc. can be easily performed remotely from a safe place without touching radioactive contaminated water directly. Can be done.

  There is no particular restriction on the formation of the handle, for example, a sheet-like handle may be formed by opening a hole into which the hooking tool is inserted directly in a part of the water-permeable bag, or A string-like or band-like handle may be formed by fixing both ends of the string or band to the water-permeable bag, or a ring-shaped handle having a ring-like string or band fixed to the water-permeable bag. May be formed, and any shape and structure may be used as long as it has strength enough to withstand lifting by inserting a hook.

  The material of the handle must be one that can be burned in an incinerator. Chemical fibers such as nylon, polyester, polyethylene, vinylon, cremona, etc., natural fibers such as manila, cotton, jute, palm, sisal, hemp rope, etc. These materials are preferred.

The water-permeable bag body of the radioactively contaminated water treatment tool is provided with a large number of small holes in a water-impermeable sheet such as vinyl in addition to a non-woven fabric and a woven fabric which are water permeable per se. It may be a structure.
As the nonwoven fabric, those produced by a spunbond method such as polypropylene, polyester, polyolefin, polyvinyl alcohol, and polyamide, a hydroentanglement method, and the like can be suitably used.
As the woven fabric, it is possible to suitably use a fiber made of recycled fibers such as viscose rayon, semi-synthetic fibers such as cellulose acetate fibers, and synthetic fibers such as polyamide, polyester, and acrylic.

  For long-term storage of the water-permeable bag, it is also effective to carry out UV resistance processing to prevent UV degradation (molecular collapse) of the water-absorbing resin, if necessary.

  The water-absorbent resin is a polymer having a hydrophilic functional group such as a carboxyl group, a hydroxyl group, an ether group, an amide group, etc., and is a starch type obtained by graft polymerization of acrylate on starch, and acrylate is grafted on carboxycellulose. Synthetic systems such as polymerized cellulose, acrylic acid / vinyl alcohol copolymer, acrylic acid polymer, acrylic acid / acrylamide polymer, and modified polyethylene oxide can be used in a timely manner. Since it is necessary to be easily incinerated and melted easily after use, thermoplastic resin-based materials can be most suitably used. Moreover, the usage form of a water absorbing resin can be processed and used for a fine powder, a sheet | seat, a granule, a fiber, or a pellet form.

The radioactively contaminated water treatment tool of the present invention is flat before water absorption, but expands 10 to 20 times in volume ratio after water absorption and changes to a three-dimensionally thick structure. A large amount of water can be efficiently recovered with a small volume of water-absorbing resin.
The absorbed contaminated water is gelled, so that the water does not flow out and no oozing occurs even when pressurized. Once gelled, it can be safely transported, stored, and put into an incinerator.

  Also, as the separation operation mechanism, the radioactively contaminated water treatment tool is made magnetically adsorbable, the electromagnet attached to the tip of the arm is turned on, and the radioactively contaminated water treatment tool is attracted by electromagnetic force. Lifting and releasing the radioactively contaminated water treatment tool sucked by turning off the electromagnet switch, and removing it from the arm, which radiates the adsorption, removal and operation of the radioactively contaminated water treatment tool A mechanism performed from a place away from the contaminated water is also the most convenient and preferable mechanism for the purpose of the present invention. This makes it easy to remotely perform operations such as taking out, transporting, storing containers, temporarily storing temporary storage, and putting in an incinerator from a remote, safe place without directly touching radioactive contaminated water. Can be done.

  In order to make the radioactively contaminated water treatment tool magnetically adsorbable, a method of mixing a powder of a magnetic material such as ferrite or magnetic metal into the water-absorbent resin or the water-permeable bag of the radioactively contaminated water treatment tool Alternatively, a method such as coating, coating, or sticking a magnetic sheet on the surface of the water-permeable bag is suitable.

The water-absorbing resin that has absorbed the water of the present invention is a gelled water mass, and charging it into an incinerator means that the water mass is charged into the incinerator and rapidly cooled.
In the incinerator, the latent heat of evaporation is rapidly deprived and the temperature in the furnace rapidly decreases, which hinders continuous operation of the furnace.
Therefore, it is preferable to reduce the size of the radioactively contaminated water treatment tool in order to eliminate the harmful effects.
Although there is a balance with the heat generation capacity of the incinerator, the water absorption amount of the water-absorbing resin is controlled (5 g to 20 g, preferably 10 g before water absorption, 20 to 400 g, preferably 120 g after water absorption), and the temperature is lowered when the incinerator is charged. It is preferable to measure so as not to cause In addition, since the contaminated water contains seawater and the refractory bricks of the heating furnace are damaged by chloride, it is preferable to reduce the size of the water absorber so as not to generate a large amount of chloride at once.

In order to suppress the temperature drop of the incinerator, solid fuel capable of compensating for the latent heat of vaporization during incineration and the amount of heat required to raise the temperature to the set temperature of the incinerator is added to the radioactively contaminated water treatment tool. It is effective.
As the solid fuel, coal powder, powdered solid oil, petroleum-derived or naturally-derived bio-based combustion products, or exothermic reactants such as thermite agent using metal oxidation reaction are also effective, but the most preferable fuel is It is a solid fuel that burns away and does not give a solid residue. Solid residues will leave solid radioactive contaminants.

The radioactive contaminated water treatment device of the present invention is most effective in collecting contaminated water from a small pool of contaminated water or from puddles scattered everywhere.
The aforementioned radioactively contaminated water treatment tool of the present invention starts with recovery of radioactively contaminated water in all cases.
The contaminated water collected by absorbing water into the water-absorbent resin is gelled, so that the contaminated water does not bleed out as long as the gelled state is preserved. It does not come out and can be handled safely.
All treatment methods of contaminated water using recovery processing and conveyance processing of contaminated water using the radioactively contaminated water treatment tool of the present invention are included in the present invention.
When the radioactively contaminated water treatment tool of the present invention is used, it can be stored safely in a storage container after the contaminated water is collected.

  The radioactively contaminated water treatment tool of the present invention can be reused again as a water absorbent resin when dehydrated without destroying the crosslinked structure of the water absorbent resin by natural drying or the like, so that the final treatment is not incineration but another treatment. It can also be provided, and can be transported and stored safely.

  The following structure is suitable as a storage container (container bag) for the radioactively contaminated water treatment tool of the present invention that has gelled by absorbing contaminated water.

In other words, the container bag suitable for the present invention has a double bag structure of an outer bag and an inner bag, and both the inner and outer bags are made of a flexible material, and are thin, small, and foldable before use. It is lightweight, and has the advantage of saving space.
The radioactively contaminated water treatment tool that has absorbed water is stored in the inner bag.
The outer bag is made of polyethylene, polypropylene, polyester and other base materials that are UV-resistant. The inner bag is made of polyethylene, polypropylene, polyester, polyolefin, polyvinyl alcohol, polyamide, acrylic, etc. In order to protect against contaminants such as sharp rubble, etc., or to absorb and protect external damage stress during storage, transportation and storage A structure in which both surfaces are sandwiched between cushion materials is suitable.
The opening side of the inner bag, that is, the opening side into which the radioactively contaminated water treatment tool that has absorbed water is inserted, is preferably configured to be able to open and close the chuck. With this hermetic sealing structure, the gelled contaminated water in the water absorbing body stored in an unexpected accident can be prevented from scattering to the surrounding environment and natural evaporation, and can be stored for a long time.
A suspension belt for transportation is attached to the outside of the outer bag of the container bag, and the suspension belt is lifted by remote control and transported to the next process.

  The container bag is provided with a radiation shielding material layer on either the outer bag or the inner and outer surfaces of the inner bag, most preferably the inner surface of the outer bag, and radiation emitted from contaminated water absorbed by the water absorbing layer. A structure that shields or reduces the performance is preferable.

  The layer of the radiation shielding material can be formed by coating with barium sulfate having a radiation shielding effect or by coating with tungsten powder.

The present invention has the following effects.
1 Since there is no leakage of contaminated water from the radioactively contaminated water treatment tool of the present invention that has absorbed radioactively contaminated water, it is possible to safely take measures to recover, transport, temporarily store, throw in, and incinerate contaminated water.
2 A simple handle such as a string or band can be attached to the radioactively contaminated water treatment tool of the present invention that has absorbed water, and it can be easily picked up from a safe distance by being hooked with a simple jig.
3 Adsorption, removal and transportation by electromagnetic force can be done safely without being touched directly.
4. Stable incineration can be maintained at a high temperature without reducing the temperature of the dedicated incinerator for contaminated water.
5 Contaminated water including seawater can be incinerated without damaging the refractory bricks of the incinerator.
6 High temperature stable incineration can be maintained by adding a combustible material to the radioactively contaminated water treatment tool of the present invention.
7 Temporary storage Temporary storage is a flexible container that can be folded and stored before use, so it does not require much space for storage. In addition, there is no impact damage such as earthquake compared to rigid containers.
8 Because it is stored in a gel state, there is no risk of water leakage compared to storage in a liquid state.
9 Since the container bag can be opened and closed with a chuck, the radioactive contamination can be prevented from scattering to the surrounding environment. In addition, the gel state can be maintained for a long time by suppressing the natural evaporation of the water-absorbing gel moisture.
10 Since the container bag is coated with the radiation reducing film material on the inner surface, the radiation of the contaminated water can be reduced and handled safely in the vicinity.
11 The water absorbent housed in the container bag can be easily taken out at the necessary time and incinerated at the appropriate time.
12 High cut resistance due to sandwich structure with cushion material sandwiched on both inside and outside of the inner bag.
13 UV-resistant processing of the outer bag protects against UV degradation of the water-absorbing resin and can maintain the water-absorbing gel state for a long time.

The present invention will be described with reference to the drawings.
1-8 is explanatory drawing of this radioactive contamination water processing tool, FIG. 9 is explanatory drawing of this invention container bag.
FIG. 1 is a diagram for explaining the structure of the handle of the radioactively contaminated water treatment tool of the present invention and the expanded state before water absorption and after water absorption.
2-5 is a figure explaining the structure of the handle when lifting the radioactive contamination water treatment tool of this invention.
FIG. 6 is a view for explaining the structure when the radioactively contaminated water treatment tool of the present invention is made magnetically adsorptive.
FIG. 7 is a view for explaining a state before water absorption when the radioactively contaminated water treatment tool of the present invention is made magnetic adsorbent.
FIG. 8 is a diagram for explaining an expanded state after water absorption in FIG.

In FIG. 1, the radioactively contaminated water treatment tool of the present invention has a structure in which a water absorbent resin 3 is housed in a water permeable bag 2.
The radioactively contaminated water passes through the water permeable bag 2 and is absorbed by the water absorbent resin 3.
The water-absorbing resin 3 having a thickness of about 1 to 2 mm before water absorption absorbs water about 10 to 20 times its own weight and expands to a thickness of about 30 to 40 mm.
The absorbed contaminated water is gelled by combining with the water-absorbent resin, so that water droplets do not drip or fall from the water-absorbent body, and even if some pressure is applied to the water-absorbed water-absorbent resin, the contaminated water will not come out. It does not ooze out, and contaminated water does not ooze out from the lower water-absorbent resin even when stacked in multiple stages.

  Contaminated water that has gelled after water absorption does not leak outside the bag, and the storage, storage, and removal of the container do not allow the contaminated water to bleed out, and even if it is dropped directly into the incinerator, There is no steam explosion, and work can be done safely.

The radioactively contaminated water treatment tool of the present invention is finally put into an incinerator and incinerated.
In order to prevent the temperature of the incinerator from drastically lowering when the gelatinized radioactive contaminated water treatment tool of the present invention is introduced into the incinerator, the radioactive contaminated water treatment tool of the present invention is reduced in size to 5 g to 20 g before water absorption. The size is preferably adjusted to 10 g and 20 to 400 g, preferably 120 g after water absorption.
In addition, the contaminated water contains seawater, and since the refractory bricks of the heating furnace are damaged by chlorides, the radioactively contaminated water treatment tool of the present invention is miniaturized in order not to generate a large amount of chlorides at once. ing.

  In order to suppress the temperature drop of the incinerator, in consideration of the incineration temperature of the incinerator, the heating capacity of the furnace, etc., if necessary, raise the temperature to the latent heat of evaporation and the incineration temperature in the water absorber. Solid fuel is added to compensate for the amount of heat required to make it. As the solid fuel, coal powder, powdered solid oil, petroleum-derived or naturally-derived bio-based combustion products, or an exothermic reactant such as a thermite agent using a metal oxidation reaction is added. Most preferred is a solid fuel that disappears upon combustion and gasification. For example, a resin fuel is suitable.

  In the water-absorbing body of the present invention, the gelled contaminated water does not exude to the outside of the radioactive substance, so that it may be dehydrated by natural drying or forced drying, if necessary, and put into an incinerator. As a method of selectively evaporating only moisture and rapidly dehydrating, heating using microwaves or a combination of microwaves and vacuum is efficient.

FIGS. 1-5 is explanatory drawing of the structure of the handle for lifting the radioactive contamination water treatment tool of this invention from the distant place by separation operation.
The handle shown in FIG. 1 has a string-like handle 4 formed by inserting both ends of a string into two holes of the water-permeable bag 2 and connecting the ends so as not to come out of the holes.
FIG. 2 shows an example in which a string-like handle 4 is formed by inserting both ends of a string into one hole of the water-permeable bag body 2 and connecting both ends so as not to come out of the hole.
(A) is a case where the string-like handle 4 is one, and (B) is a case where there are two.
3A and 3B show a case of inserting into two holes at diagonal positions. FIG. 3A shows a case where there is one string-like handle 4 and FIG. 3B shows a case where there are two.
FIG. 4 shows a case where a sheet-shaped handle 5 is formed by directly drilling a hole in the water-permeable bag 2, and (A) and (B) are explanatory views when the shape and size of the hole are different.
FIG. 5 shows a ring-shaped handle 6 formed by fitting a ring into one hole of the water-permeable bag 2 so as not to come off.

  The structure of the arm and the hooking mechanism for lifting and separating the radioactively contaminated water treatment tool of the present invention by hooking it on the handle described with reference to FIGS. A structure in which a hooked hook-shaped hooking mechanism shown in FIGS. 15 and 16 is attached to the tip of an arm having a length equal to or longer than the safety distance is preferable.

FIG. 6 is a diagram for explaining a structure for making the radioactively contaminated water treatment tool of the present invention magnetically adsorbable. FIG. 6A shows a powdered magnetic sensitive material 7 such as ferrite powder or iron powder in the water absorbent resin 3. It is mixed and made magnetic adsorbent. (B) is one in which a magnetically sensitive material sheet 8 is attached to make it magnetically adsorbable.
FIG. 7 is a diagram illustrating a cross-sectional structure of the structure of FIG. 6A before water absorption. FIG. 8 is a diagram for explaining a cross-sectional structure after water absorption and expansion of the structure of FIG.

FIG. 9 is an explanatory view of the container bag of the present invention.
The container bag 11 has a double bag structure of an inner bag 9 and an outer bag 16, and an inner cushion material 13 is stretched on the inner surface of the inner bag 9, and an outer cushion material 14 is stretched on the outer surface.
An openable / closable chuck 12 is attached to the opening side of the inner bag 9 so that the absorbed radioactive contaminated water treatment tool accommodated in the inner bag does not jump out into the surrounding environment due to a sudden accident. It has a structure that suppresses the evaporation of moisture from the performance polluted water treatment tool.
The outer bag 16 also has a chuck 12 that can be freely opened and closed.
The entire inner surface of the outer bag 16 is coated with a radiation reducing film material 15 such as barium sulfate. When the chuck 12 of the outer bag 16 is closed, the entire inner surface of the outer bag 16 is sealed with the radiation reducing film material 15. The structure is such that the radioactivity from the radioactively contaminated water treatment tool that has absorbed the contaminated water and is contained in the inner bag 9 is shielded.

A test was conducted using a radioactive liquid waste absorber having the structure of FIG.
Absorbent dimensions: 80mm x 80mm x 2mm thickness Water permeable cover: 1mm non-woven fabric using polyester fiber material 2 bags water absorbent resin: white powdered polyacrylic acid polymer Weight 10g
String-shaped handle: Material polypropylene Length 200mm x Diameter 3mm
Pseudo-radioactive substance-containing water: Water containing 0.02% by mass of sludge particles was used. 1000 ml of pseudo-radioactive substance-containing water was absorbed into the water absorbent resin.
Weight before water absorption: 10g
Weight after water absorption: 120g

Even when the gelled water absorbent was transported, no water leakage was observed.
Even when a pressure of 10 kg was applied to the gelled water-absorbing body, no leakage of water was observed.

When dropped in an incinerator at 730 to 830 ° C., no steam explosion occurred and no water was scattered.
After incineration in an incinerator, the weight was measured.
Weight after incineration in an incinerator: Below the lower limit of measurement (measurement not possible)
After incineration, the water-permeable cover, the water-absorbing polymer layer, and the hand strap were both combusted and gasified, and only the ash content below the lower limit of quantification was detected, and it was able to disappear almost completely.

  In the method of the present invention, after water containing a radioactive substance is absorbed and gelled, the contaminated water can be safely transported without leaking out, and even if it is put into a high-temperature incinerator, a steam explosion occurs and causes contamination. It was confirmed that it was possible to dispose of the water almost completely without burning off and to be safely incinerated.

  In addition to radioactive material contaminated water, radioactive contaminant cleaning water, radioactive liquid waste, heavy metal contaminated water, VOC contaminated water, food processing wastewater contaminated water, paint and resin manufacturing wastewater, and other contaminated contaminated water by filtration treatment Can be collected, transported, temporarily stored, and incinerated in real time. In addition, the utility of the string-like handle allows workers to use a simple jig for safe disposal at an appropriate distance without being close to radioactive materials, so it is widely used in nuclear power plant repair work and nuclear power plant accidents, etc. Can be expected.

It is a figure explaining the structure of this invention radioactively contaminated water treatment tool, and the expanded state before water absorption and after water absorption. It is a figure explaining the structure of the handle of the radioactive contamination water treatment tool of the present invention. It is a figure explaining the structure of the handle of the radioactive contamination water treatment tool of the present invention. It is a figure explaining the structure of the tool handle of this invention radioactively contaminated water treatment. It is a figure explaining the structure of the handle of the radioactive contamination water treatment tool of the present invention. It is a figure explaining the structure when the radioactive contamination water processing tool of this invention is made magnetic adsorptive. It is a figure explaining the state before water absorption when this invention radioactively contaminated water treatment tool is made magnetic adsorptive. FIG. 8 is a diagram illustrating an expanded state after water absorption in FIG. It is explanatory drawing of this invention container bag. It is a figure explaining the structure of the tool used when lifting the radioactive contamination water processing tool of this invention. It is a figure explaining the use condition of the tool used when lifting this invention radioactively contaminated water treatment tool.

DESCRIPTION OF SYMBOLS 1 Water absorbing body 2 Water-permeable bag 3 Water absorbing resin 4 String-shaped handle 5 Sheet-shaped handle 6 Ring-shaped handle 7 Magnetic sensitive material 8 Magnetic sensitive material sheet 9 Inner bag 10 Container bag 11 Chuck 12 Inner cushion material 13 Outer cushion Material 14 Radiation Reduction Film Material 15 Outer Bag 16 Suspension Belt 17 Hook

Claims (14)

  A radioactively contaminated water treatment tool used to absorb and collect the contaminated water from a place away from the radioactively contaminated water and collect it for transfer or storage, and the radioactively contaminated water treatment tool is permeable to water. A structure in which a water-absorbent resin is housed in a bag body, the contaminated water is absorbed by the water-absorbent resin, and the contaminated water is recovered, transported or stored in a gelled state. Radioactive water treatment tool.   A radioactively contaminated water treatment tool for collecting, transferring, and incinerating the contaminated water by separation operation from a place away from the radioactively contaminated water, wherein the radioactively contaminated water treatment tool The water-absorbent resin is housed in a porous bag, the contaminated water is absorbed by the water-absorbent resin, and the contaminated water is collected, transferred, and put into an incinerator. A treatment tool for radioactively contaminated water.   The separation operation mechanism inserts a hook attached to the tip of the arm into a handle formed on the water-permeable bag body, hooks and lifts the hook, and inserts the hook into the handle. 3. A mechanism for removing the hook from the arm and removing the hook from the place where the hook is inserted, removed, and the arm is operated away from the radioactively contaminated water. 2. A device for treating radioactively contaminated water according to item 1.   The separation operation mechanism makes the radioactively contaminated water treatment tool magnetically adsorptive, turns on an electromagnet attached to the tip of the arm, and sucks the radioactively contaminated water treatment tool with electromagnetic force. Lifting and removing the radioactively contaminated water treatment tool sucked by turning off the electromagnet switch from the arm, and adsorbing, removing and operating the radioactively contaminated water treatment tool from the radioactively contaminated water The radioactive contamination water treatment tool according to any one of claims 1 and 2, wherein the treatment tool is a mechanism that operates from a remote location.   A solid fuel having an amount of heat that compensates for at least the latent heat of vaporization during incineration and the amount of heat necessary for raising the temperature to the set temperature of the incinerator is added to the radioactively contaminated water treatment tool. 5. A treatment tool for radioactively contaminated water according to any one of 4 above.   6. The radioactive contamination water treatment tool according to claim 5, wherein the solid fuel is a combustion-disappearing solid fuel.   A method for treating radioactive contaminated water comprising a step of absorbing and collecting radioactive contaminated water in a radioactive contaminated water treatment tool, and transporting or storing the radioactive contaminated water treated tool in which the contaminated water is collected in a container bag The radioactive contaminated water treatment tool has a structure in which a water absorbent resin is housed in a water-permeable bag, and the radioactive contaminated water is absorbed into the water absorbent resin and transported or stored in a gelled state. A method for treating radioactively contaminated water. Radioactive contamination comprising a process of absorbing and collecting radioactive contaminated water in a radioactive contaminated water treatment tool, transporting the radioactive contaminated water treatment tool that has absorbed the contaminated water to an incinerator, and putting it into the incinerator In the water treatment method, the radioactively contaminated water treatment tool has a structure in which a water absorbent resin is housed in a water permeable bag, and the radioactively contaminated water is absorbed into the water absorbent resin and gelled. A method for treating radioactively contaminated water, which is put into an incinerator.   8. The step of absorbing and collecting the radioactively contaminated water by a radioactively contaminated water treatment tool and the step of transporting and storing the radioactively contaminated water treatment tool that has absorbed the contaminated water are performed by remote control. A method for treating radioactively contaminated water as described in 1.   The process of absorbing and collecting radioactively contaminated water in the radioactively contaminated water treatment tool, and the process of transporting the radioactively contaminated water treatment tool that absorbed the contaminated water to the incinerator and throwing it into the incinerator are performed remotely. The method for treating radioactive contaminated water according to claim 8.   The container bag has an inner bag housed in a flexible outer bag, has a sealing mechanism at the opening of the inner bag, and has a transportation suspension belt attached to the outside of the outer bag. It consists of a structure, The processing method of the radioactive contamination water of Claim 7 characterized by the above-mentioned.   The method for treating radioactive contaminated water according to claim 11, wherein a cushioning material is sandwiched between the inner and outer surfaces of the inner bag.   The radioactive contaminated water according to claim 11, wherein a layer of a radioactive shielding material is provided on either the outer bag of the container bag or the inner and outer surfaces of the inner bag. Processing method. The method for treating radioactive contaminated water according to any one of claims 11 to 13, wherein the outer bag of the container bag is formed of a softening agent that has been subjected to UV-resistant processing.

Images