CN208732766U - A kind of down-hole comprehensive utilization system of water source - Google Patents
A kind of down-hole comprehensive utilization system of water source Download PDFInfo
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- CN208732766U CN208732766U CN201821099029.XU CN201821099029U CN208732766U CN 208732766 U CN208732766 U CN 208732766U CN 201821099029 U CN201821099029 U CN 201821099029U CN 208732766 U CN208732766 U CN 208732766U
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Abstract
The utility model discloses a kind of down-hole comprehensive utilization system of water source, including a kind of underground comprehensive utilization system of water source, including surface storage pond, sump, discharge opening, auxiliary shaft, auxiliary shaft and production water supply pipe, tunnel is connected to the pit shaft of auxiliary shaft, production water supply pipe is arranged in auxiliary shaft, it further includes underground conservation pool, and the underground conservation pool includes the production pond being arranged in tunnel, pond water inlet pipe, pond outlet pipe, dam, desanding swirler and sedimentation basin.After this structure, effectively the sundries such as sand in water can be handled, clear water and treated water are directly produced and used for being located at each middle section of setting underground conservation pool depth mine below, and do not have to supply each middle section industrial water again after sump is delivered to earth's surface, the water of mine is utilized to convenient, reduces main drain pump working time reduction equipment loss rate, reduces later maintenance cost, the stability of strengthen the system, improves work efficiency.
Description
Technical field
The utility model relates to a kind of down-hole comprehensive utilization system of water source.
Background technique
Mine is the general name of the roadway to form underground coal mine production system, chamber, equipment, above ground structure and structures.
Sometimes mine underground open up in the also referred to as mine such as inclined shaft, vertical shaft, footrill.The field with "nine squares" range size of each mine is really
The fixed, determination of mine capacity, the determination of the length of service, design of plumbing etc., must be solved during mine designs self
Good one of critical issue.
For Deep Shaft Mine in China, the utilization and improvement of water resource are a very important job, are related to the normal fortune of production
Turn and lives and properties safety.Underground water resources comprehensive utilization mainly collects mine water, is subject to after purified treatment for giving birth to
It produces and supplies water.There is also a contradictions for the mine water utilization of resources, and water resources quantity is excessive, and there are security risks, increase cost, water resource
It is insufficient to measure too small production water supply, influences to produce.There is an urgent need to a kind of schemes for Deep Shaft Mine in China enterprise, can effectively administer mine water
It guarantees safe production, and energy rational utilization of water resources is used to produce, while can reduce cost, reduces the influence to environment.Have
The mine water utilization of resources of effect is to build the basic guarantee in Green Modernization mine.
In the prior art, some mining industry lithic drainages are complicated, and water resource is abundant, therefore can increase water resource in first stage of construction
It administers while considering water source problem of complex utilization.Specifically each middle section has gutter under mine, passes through gutter Jiang Jing
Lower infiltration water and production waste water lead to -800m sump, then are sent by main drain pump room Jiang Shui to surface storage pond.It is stored by earth's surface
It is sent to each middle section by production water supply pipeline for production water supply after the precipitation and purification of pond using gravitional force.Using this side
Formula has achieved the purpose that water resources governance to a certain extent and has rationally utilized, but there are some problems in production for the system:
To main drain pump room reliability requirement height, -800m sump moisture storage capacity is limited, and when rainy season must assure that at least three
Water pump can run well, if water can not be discharged in time in sump, will cause serious economic loss and safety problem；
Middle section water each for down-hole top be also required to flow to mine -800m sump, later after water is delivered to earth's surface
It is delivered to each middle section of underground different piece again, loops back and forth like this and causes the waste of unnecessary electric energy, increases main row
Water-aspirator pressure increases equipment maintenance cost；
Each not set water storage system in middle section, once each middle section broke-out diseases gently if production will be impacted, if severe one
Life-threatening property safety.
Utility model content
The purpose of this utility model is to solve the problems, such as that down-hole Water And Drainage System Design is unscientific.
The technical solution adopted in the utility model is: a kind of down-hole comprehensive utilization system of water source, including earth's surface stores
Pond, sump, discharge opening, auxiliary shaft, auxiliary shaft and production water supply pipe, tunnel are connected to the pit shaft of auxiliary shaft, and production water supply pipe is set
It sets in auxiliary shaft, it further includes underground conservation pool, and the underground conservation pool includes the production pond being arranged in tunnel, water
Pond water inlet pipe, pond outlet pipe, dam, desanding swirler and sedimentation basin, the dam include dam body, are offered on the dam body
Pond water inlet, sink waste and soil cleaning port, the pond water inlet pipe connect with pond water inlet, pond outlet pipe and pond
Discharge outlet connects and pond water inlet pipe and pond outlet pipe are connect with the production water supply pipe in auxiliary shaft, the desanding eddy flow
Cyclone water inlet pipe, cyclone outlet pipe are connected on device, one end of the cyclone water inlet pipe is connect with pond water inlet, described
Cyclone outlet pipe one end is connect with cyclone water outlet.
The floating of pond water inlet can be blocked by being equipped in the production pond as a further improvement of the utility model,
Ball valve, valve is provided on the pond water inlet pipe, pond outlet pipe and cyclone water inlet pipe, and dam body insertion tunnel makes
The lower section that dam body part is located at the bottom plate in tunnel is obtained, the dam body is concrete dam body.
The beneficial effects of the utility model are: after using this structure, it can be effectively to sundries such as sands in water
It is handled, clear water and treated water directly make for being located at each middle section production of setting underground conservation pool depth mine below
With, and do not have to supply each middle section industrial water again after sump is delivered to earth's surface, the water of mine is utilized thus convenient, is reduced
The main drain pump working time reduces equipment loss rate, and reservoir simultaneously plays the role of decompression storehouse, reduces pressure reducing valve
It uses, reduces later maintenance cost, the stability of strengthen the system, extend the spare parts such as valve, pipeline, water pump uses the longevity
Life, is effectively reduced production cost, has greatly saved the energy, improve work efficiency.
Detailed description of the invention
Fig. 1 is utility model diagram.
Fig. 2 is the utility model floor plan.
Fig. 3 is the partial enlarged view of Fig. 2.
Fig. 4 is the structural schematic diagram of dam.
Fig. 5 is the A-A of Fig. 4 to cut-away view.
Fig. 6 is the A-A of Fig. 4 to cut-away view.
It is as shown in the figure: 1 surface storage pond, 2 sump, 3 discharge openings, 4 auxiliary shafts, 5 underground conservation pools, 6 production ponds, 7
Pond water inlet pipe, 8 pond outlet pipes, 9 dams, 10 desanding swirlers, 11 sedimentation basins, 12 cyclone water inlet pipes, 13 cyclones go out
Water pipe.
Specific embodiment
With reference to the accompanying drawing, the utility model is described further.
As shown, a kind of down-hole comprehensive utilization system of water source, including surface storage pond 1, sump 2, discharge opening
3, auxiliary shaft, auxiliary shaft 4 and production water supply pipe, tunnel are connected to the pit shaft of auxiliary shaft, and production water supply pipe is arranged in auxiliary shaft,
It further includes underground conservation pool 5, and the underground conservation pool includes the production pond 6 being arranged in tunnel, pond water inlet pipe 7, water
Pond outlet pipe 8, dam 9, desanding swirler 10 and sedimentation basin 11, the dam include dam body, offer pond on the dam body
Water inlet 12, sink waste 13 and soil cleaning port 14, the pond water inlet pipe connect with pond water inlet, pond outlet pipe and water
Pond discharge outlet connects and pond water inlet pipe and pond outlet pipe are connect with the production water supply pipe in auxiliary shaft, the desanding rotation
It flows and connects cyclone water inlet pipe 15, cyclone outlet pipe 16 on device, one end of the cyclone water inlet pipe and pond water inlet connect
It connects, cyclone outlet pipe one end is connect with cyclone water outlet.
The floating of pond water inlet can be blocked by being equipped in the production pond as a further improvement of the utility model,
Ball valve, valve is provided on the pond water inlet pipe, pond outlet pipe and cyclone water inlet pipe, and dam body insertion tunnel makes
The lower section that dam body part is located at the bottom plate 17 in tunnel is obtained, the dam body is concrete dam body.
In the utility model, mine surface storage pond absolute altitude+30m, shaft sump absolute altitude -800m, intermediate point of several productions
Middle section.The middle section of -290m and the middle section of -530m, which open, is respectively provided with reservoir for middle section production confession below its setting height
Water, each reservoir include two 300m3Pond is produced, the using and the reserved, two production ponds are at a distance of 8-10m.Two are opened up to sink
Shallow lake pond, the using and the reserved, two sedimentation basins at a distance of 4-5m, from the distance between the closer pond of pit shaft and pit shaft be 40-50m and away from
From import distribution chamber at least 10m.Desanding swirler is located between sedimentation basin and that production pond farthest from pit shaft, and with
The distance between sedimentation basin nearest from desanding swirler at least reserves 5m.Further, it produces and a floating ball is set in pond
Valve carries out water level control, usually produces the water in pond collection drain hole, beats when water level enters production water supply lower limit and introduce water,
Valve is closed when water level reaches the upper limit only collects drain hole water for producing.
The water that sink waste flows out when use enters desanding swirler, and desanding swirler is used for Water warfare, utilizes centrifugation
Clear water and granule foreign are carried out cyclonic separation by effect, and clear water flows into production pond by cyclone water outlet, and water containing sand passes through
Sedimentation basin, reduction -800m sump desilting are flowed into after sand removing hole discharge, so that -800m sump water storage dischargeable capacity increases and reduces
The workload of removing contamination of sump.The soil cleaning port in production pond is usually closed, and when needing to clear up, closes the valve of all control water inlets
Door empties the water in production pond, opens soil cleaning port personnel and enters cleaning mud.Sedimentation basin is used to collect containing for cyclone outflow
Sand water also can be used as emergency pond and use, can strive for more emergency repair times when main row pump breaks down when meeting broke-out diseases, in
Production pond, sedimentation basin also can be used as emergency pool use when section broke-out diseases, and security risk is effectively reduced, it is reliable to improve system
Property.The pond water inlet pipe and pond outlet pipe in each production pond are connect with the production water supply pipe in auxiliary shaft, for producing
Moisturizing when water supply and water level deficiency.This mode compared to the prior art in -800m sump collection send to surface storage pond
Again for the mode of downhole production water, reservoir plays the role of depressurizing storehouse, reduces the use of pressure reducing valve, while reducing main row
The pump working time reduces equipment loss rate, and production cost is effectively reduced, reduces later maintenance cost, the stabilization of strengthen the system
Property.Emergency sump function when reservoir can be as rainy season, reduction -800m sump pressure can when main row pump breaks down
Strive for more emergency repair times, reservoir can be used as emergency pool when the broke-out diseases of middle section, security risk is effectively reduced,
Improve system reliability.
The utility model is a closed circulatory system, greatly reduces the influence to external environment.
Those skilled in the art should know the protection scheme of the utility model is not limited only to the above embodiments, may be used also
With carry out on the basis of the above embodiments various permutation and combination and transformation, such as pond water inlet only open up one, pond into
Water pipe and cyclone water inlet pipe pass through the mouth and are connected to pond, such as pond water inlet opens up two, pond water inlet pipe passes through
One of pond water inlet is connected to pond, cyclone water inlet pipe is connected to by another pond water inlet with pond.Not
Under the premise of violating the spirit of the present invention, the various transformation that the utility model carries out are all fallen with the protection model of the utility model
In enclosing.
Claims (2)
1. a kind of underground comprehensive utilization system of water source, including surface storage pond, sump, discharge opening, auxiliary shaft, auxiliary shaft and life
Water supplying pipe is produced, tunnel is connected to the pit shaft of auxiliary shaft, and production water supply pipe is arranged in auxiliary shaft, it is characterised in that: it further includes
Underground conservation pool, the underground conservation pool include the production pond being arranged in tunnel, pond water inlet pipe, pond outlet pipe, water
Dam, desanding swirler and sedimentation basin, the dam include dam body, and pond water inlet, sink waste are offered on the dam body
And soil cleaning port, the pond water inlet pipe is connect with pond water inlet, pond outlet pipe is connect with sink waste and pond intakes
Pipe and pond outlet pipe are connect with the production water supply pipe in auxiliary shaft, and cyclone water inlet is connected on the desanding swirler
Pipe, cyclone outlet pipe, one end of the cyclone water inlet pipe connect with pond water inlet, cyclone outlet pipe one end and
The connection of cyclone water outlet.
2. a kind of underground comprehensive utilization system of water source according to claim 1, it is characterised in that: the production pond
Interior be equipped with can block the ball-cock assembly of pond water inlet, on the pond water inlet pipe, pond outlet pipe and cyclone water inlet pipe
It is provided with valve, the dam body is embedded in the lower section for the bottom plate that tunnel makes dam body part be located at tunnel, and the dam body is concrete dam
Body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821099029.XU CN208732766U (en) | 2018-07-12 | 2018-07-12 | A kind of down-hole comprehensive utilization system of water source |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821099029.XU CN208732766U (en) | 2018-07-12 | 2018-07-12 | A kind of down-hole comprehensive utilization system of water source |
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| Publication Number | Publication Date |
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| CN208732766U true CN208732766U (en) | 2019-04-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821099029.XU Active CN208732766U (en) | 2018-07-12 | 2018-07-12 | A kind of down-hole comprehensive utilization system of water source |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112127944A (en) * | 2020-09-18 | 2020-12-25 | 晋城蓝焰煤业股份有限公司 | Dynamic cleaning method for underground sump |
-
2018
- 2018-07-12 CN CN201821099029.XU patent/CN208732766U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112127944A (en) * | 2020-09-18 | 2020-12-25 | 晋城蓝焰煤业股份有限公司 | Dynamic cleaning method for underground sump |
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