CN205773672U - Self-rotary oil removal slagging-off oily-water seperating equipment - Google Patents
Self-rotary oil removal slagging-off oily-water seperating equipment Download PDFInfo
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- CN205773672U CN205773672U CN201620430680.5U CN201620430680U CN205773672U CN 205773672 U CN205773672 U CN 205773672U CN 201620430680 U CN201620430680 U CN 201620430680U CN 205773672 U CN205773672 U CN 205773672U
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- slagging
- cabin
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Abstract
The purpose of this utility model provides a kind of self-rotary oil removal slagging-off oily-water seperating equipment, utilize foreign material separation spiral in this device device such as precipitation process in flushing, oil-water separation, waste oil collecting, case, realize catering trade institute oil extraction water is effectively treated, to reach to prevent sewage pump frequent breakage, metal run out, the generation of drainage, make equipment for ease of maintenaince, reduce maintenance cost etc..
Description
Technical field
This utility model belongs to technical field of sewage, is specifically related to a kind of self-rotary oil removal slagging-off oily-water seperating equipment.
Background technology
At present, the waste water in catering industry processes the processing method that below mostly employing is original, including:
First method: be provided with a water reservoir at drain outlet, is installed sewage pump, then all of waste water is all discharged in water reservoir, is discharged by sewage pump in water reservoir；
Second method: setting one with the Unpowered oil-water separator box of filter frame, after filtering, profit enters oil-water separation cabin, and the waste water after separation enters in ready water reservoir, and waste water is discharged by sewage pump；
The third method: be provided with stainless steel filter screen frame, the profit after screen frame filters enters rustless steel oil-water separation cabin, and after profit is separated, waste water therein enters rustless steel forced-ventilated cabin, and waste water is discharged by sewage pump；
Three of the above processing method feels the most quite reasonable, the most feasible, but there will be foreign material residue in actual use can not draw the most clearly, the sediment entering oil-water separation cabin cannot be discharged in time, foreign material directly contact the serious problems such as sewage pump, can cause sewage pump frequent breakage, metal run out, drainage often occurs, difficult maintenance, maintenance cost is the most high.This kind for the treatment of facility of sewage, a large amount of germ reproduction, for a long time human body is worked the mischief, surrounding is polluted.
Summary of the invention
For solving the deficiency of above profit treatment facility, the purpose of this utility model provides a kind of self-rotary oil removal slagging-off oily-water seperating equipment, utilize foreign material separation spiral in this device device such as precipitation process in flushing, oil-water separation, waste oil collecting, case, realize catering trade institute oil extraction water is effectively treated, to reach to prevent sewage pump frequent breakage, metal run out, the generation of drainage, make equipment for ease of maintenaince, reduce maintenance cost etc..
The technical solution adopted in the utility model is: self-rotary oil removal slagging-off oily-water seperating equipment, and its structure includes into water buffering cabin, spiral is from rinsing foreign material piece-rate system, two grades of slagging-off cabins, one-level oil-water separation storehouse, two grades of oil-water separation cabins, forced-ventilated cabin, auxiliary pumping system and water side；Described foreign material piece-rate system of certainly rinsing includes check ball and certainly rinses sundry separating device；Described water side includes the second three-port check damper, gate valve and outlet；Described auxiliary pumping system includes auxiliary pump room, auxiliary pump and auxiliary liquid level controller；Described water inlet is connected from rinsing sundry separating device with spiral by check ball, spiral passes through first three-port check damper the 4th check-valves respectively with two grades of slagging-off cabins and main pump water side from flushing sundry separating device lower end thereof and is connected, and the other end passes sequentially through the second three-port check damper, gate valve is connected with outlet；Described main pump is positioned at forced-ventilated side out of my cabin, and main pump water inlet end is connected with forced-ventilated cabin；It is provided with opening in the middle part of described two grades of slagging-off cabins to communicate with one-level oil-water separation cabin；Described two grades of slagging-off tops, cabin are connected with water inlet buffering cabin by water inlet anti-overflow pipe；Described one-level oil-water separation cabin is connected by the first collection oil control valve and two grades of oil-water separation cabins；Described two grades of oil-water separation cabins are connected with forced-ventilated cabin by the second collection oil control valve；Described two grades of slagging-off bottoms, cabin are connected with bottom, two grades of oil-water separation cabins by two grades of slagging-off control valves, three grades of deslagging devices and three grades of control valves of slagging tap；Described two grades of slagging-off tops, cabin are connected with auxiliary pump room by overflow pipe, are provided with auxiliary pump in auxiliary pump room, and auxiliary pump is connected with outlet by the first check-valves.
In described one-level oil-water separation cabin and two grades of oil-water separation cabins, side is provided with oil trap, electric heater unit and fuel outlet valve it is provided with on oil trap, oil trap is a long V-groove, when needs oil-collecting, close two collection oil control valve waters surface to rise, oil automatically flows in long V-groove, in fuel outlet valve enters corresponding container.
Described forced-ventilated cabin internal upper part is provided with main liquid level controller and secondary liquid level controller；It is provided with auxiliary liquid level controller in described auxiliary pump room.
Described two grades of oil-water separation cabin internal upper parts are provided with liquid level controller, and in two grades of oil-water separation cabins, bottom is provided with reamer pump, and reamer pump is communicated with main pump water side by the second check-valves.
It is provided with sealing dividing plate on described two grades of slagging-off cabin sidewalls.
Described two grades of slagging-off tops, cabin are provided with into water anti-overflow pipe and exhaustor.
Described two grades of oil-water separation cabins and top, forced-ventilated cabin are respectively arranged with exhaustor.
It is provided with support bottom described self-rotary oil removal slagging-off oily-water seperating equipment.
Described one-level oil-water separation cabin, two grades of oil-water separation cabins and forced-ventilated bilge portion are both provided with drain valve；Described forced-ventilated bilge portion is additionally provided with the 3rd check-valves, when equipment is in hole, if any secondary water, water can by the 3rd check-valves entrance forced-ventilated cabin, by main pump discharge chamber outside.
Its work process of device of the present utility model is: waste water enters water inlet buffering cabin from water inlet, spiral is entered from rinsing sundry separating device again through check ball, entered in two grades of slagging-off cabins through spiral by the first three-port check damper from rinsing the sewage after sundry separating device filters, enter one-level oil-water separation cabin by the opening in two grades of slagging-off cabins again after slagging-off and carry out oil-water separation, enter two grades of oil-water separation cabins by the first collection oil control valve after separation again to separate, forced-ventilated cabin is entered by the second collection oil control valve again, forced-ventilated cabin sewage after storing separation after separation；Water in forced-ventilated cabin enters main pump by main pump water inlet end, then enters outlet through the 4th check-valves of main pump water side, the first three-port check damper, spiral from rinsing sundry separating device, the second three-port check damper and gate valve successively, is discharged by water；When sewage passes through check-valves entrance spiral flushing foreign material piece-rate system certainly, by core component spiral from rinsing sundry separating device, bigger material therein is passed through outside the second three-port check damper, gate valve and outlet discharge chamber；Spiral is connected with water inlet by core component check ball from rinsing sundry separating device upper end, by the non-return mode of check ball, greatly reducing card, the fault hung, block.
In described one-level oil-water separation cabin and two grades of oil-water separation cabins, side is provided with oil trap, electric heater unit and fuel outlet valve it is provided with on oil trap, oil trap is a long V-groove, when needs oil-collecting, close two collection oil control valve waters surface to rise, oil automatically flows in long V-groove, in fuel outlet valve enters corresponding container.
Precipitation in described two grades of slagging-off cabins and one-level oil-water separation cabin periodically enters two grades of oil-water separation cabins, the reamer pump of a band bonder it is provided with in two grades of oil-water separation cabins, the drain pipe that in two grades of oil-water separation cabins, precipitation is connected with main pump through the second check-valves by reamer pump is connected, and periodically the precipitation in two grades of oil-water separation cabins is discharged to outdoor.By arranging auxiliary pump room and auxiliary pump, auxiliary pump is connected with outlet pipeline by the first check-valves, auxiliary pump room is connected with equipment by overflow pipe, the effect of auxiliary pump is in the case of master malfunction, sewage enters auxiliary pump room through overflow pipe, by auxiliary pump, sewage is discharged to outdoor, it is possible to ensure leakage accident.Drain valve, the convenient draining when maintenance conditions it is provided with in one-level, two grades of oil-water separation cabins and forced-ventilated bilge portion.
Compared with prior art, this utility model has the beneficial effect that
1, this device is a kind of Multifunctional oil water treatment facilities, and automatic forced, slagging-off, oil-collecting and oil-collecting device are integrated, and the most also have the functions such as secondary water anti-overflow, anti-, oil removing mud；
2, this apparatus structure is simple, uses anticorrosion stainless steel material to make, and the life-span is long, is i.e. effectively treated the recovery refuse of catering trade, has the highest Social benefit and economic benefit；
3, sewage can be effectively treated by this device, to reach to prevent sewage pump frequent breakage, metals run out, the generation of drainage, makes equipment for ease of maintenaince, reduces maintenance cost etc.；
4, this device can reduce germ reproduction space, reduces and works the mischief human body, reduces and pollutes surrounding.
Accompanying drawing explanation
Fig. 1 is the structural representation of this device；
Wherein: 1, water inlet；2, water inlet buffering cabin；3, water inlet anti-overflow pipe；4, check ball；5, spiral is from rinsing sundry separating device；6, the first three-port check damper；7, overflow pipe；8, two grades of slagging-off cabins；9, dividing plate is sealed；10, two grades of slagging-off control valves；11, exhaustor；12, three grades of deslagging devices；13, one-level oil-water separation cabin；14, drain valve；15, three grades of slagging-off control valves；16, oil trap；17, fuel outlet valve；18, electric heater unit；19, the first collection oil control valve；20, two grades of oil-water separation cabins；21, liquid level controller；22, reamer pump；23, the second check-valves；24, the 4th check-valves；25, the 3rd check-valves；26, main pump；27, forced-ventilated cabin；28, the second collection oil control valve；29, main liquid level controller；30, secondary liquid level controller；31, auxiliary pump room；32, auxiliary liquid level controller；33, auxiliary pump；34, the first check-valves；35, the second three-port check damper；36, gate valve；37, outlet；38, support.
Detailed description of the invention
The technical solution adopted in the utility model is: as shown in Figure 1, self-rotary oil removal slagging-off oily-water seperating equipment, its structure includes into water buffering cabin 2, spiral rinses foreign material piece-rate system, two grades of remove the gred cabin 8, oil-water separation cabin 20,13, two grades of one-level oil-water separation storehouse, forced-ventilated cabin 27, auxiliary pumping system and water sides certainly；Described foreign material piece-rate system of certainly rinsing includes that check ball 4 and spiral are from rinsing sundry separating device 5；Described water side includes the second three-port check damper 35, gate valve 36 and outlet 37；Described auxiliary pumping system includes auxiliary pump room 31, auxiliary pump 33 and auxiliary liquid level controller 32；Described water inlet 1 is connected from rinsing sundry separating device 5 with spiral by check ball 4, spiral passes through first three-port check damper 6 the 4th check-valves 24 respectively with two grades of slagging-off cabins 8 and main pump 26 water side from flushing sundry separating device 5 lower end thereof and is connected, and the other end passes sequentially through the second three-port check damper 35, gate valve 36 is connected with outlet 37；Described main pump 26 is positioned at outer side, forced-ventilated cabin 27, and main pump 26 water inlet end is connected with forced-ventilated cabin 27；It is provided with opening in the middle part of described two grades of slagging-off cabins 8 to communicate with one-level oil-water separation cabin 13；Described two grades of slagging-off tops, cabin 8 are connected with water inlet buffering cabin 2 by water inlet anti-overflow pipe 3；Described one-level oil-water separation cabin 13 is connected with two grades of oil-water separation cabins 20 by the first collection oil control valve 19；Described two grades of oil-water separation cabins 20 are connected with forced-ventilated cabin 27 by the second collection oil control valve 28；Described two grades of slagging-off bottoms, cabin 8 are connected with bottom, two grades of oil-water separation cabins 20 by two grades of slagging-off 10, three grades of deslagging devices 12 of control valve and three grades of slagging-off control valves 15；Described two grades of slagging-off tops, cabin 8 are connected with auxiliary pump room 31 by overflow pipe 7, are provided with auxiliary pump 33 in auxiliary pump room 31, and auxiliary pump 33 is connected with outlet pipeline by the first check-valves 34.
In described one-level oil-water separation cabin 13 and two grades of oil-water separation cabins 20, side is provided with oil trap 16, electric heater unit 18 and fuel outlet valve 17 it is provided with on oil trap 16, oil trap 16 is a long V-groove, when needs oil-collecting, close two collection oil control valves, the water surface rises, and oil automatically flows in long V-groove, enters in corresponding container through fuel outlet valve 17.
Described forced-ventilated cabin 27 internal upper part is provided with main liquid level controller 29 and secondary liquid level controller 30；Auxiliary liquid level controller 32 it is provided with in described auxiliary pump room 31.
Described two grades of oil-water separation cabin 20 internal upper parts are provided with liquid level controller 21, and in two grades of oil-water separation cabins 20, bottom is provided with reamer pump 22, and reamer pump 22 is communicated with main pump 26 water side by the second check-valves 23.
It is provided with sealing dividing plate 9 on described two grades of slagging-off cabin 8 sidewalls.
Described two grades of slagging-off tops, cabin 8 are provided with into water anti-overflow pipe 3 and exhaustor 11.
Described two grades of oil-water separation cabins 20 and top, forced-ventilated cabin 27 are respectively arranged with exhaustor 11.
It is provided with support 38 bottom described self-rotary oil removal slagging-off oily-water seperating equipment.
It is both provided with drain valve 14 bottom oil-water separation cabin 20,13, two grades of described one-level oil-water separation cabin and forced-ventilated cabin 27；Being additionally provided with the 3rd check-valves 25 bottom described forced-ventilated cabin 27, when equipment is in hole, if any secondary water, water can pass through the 3rd check-valves 25 enter forced-ventilated cabin 27, by main pump 26 discharge chamber outside.
Its work process of device of the present utility model is: waste water enters water inlet buffering cabin 2 from water inlet 1, spiral is entered from rinsing sundry separating device 5 again through check ball 4, entered in two grades of slagging-off cabins 8 through spiral by the first three-port check damper 6 from rinsing the sewage after sundry separating device 5 filters, enter one-level oil-water separation cabin 13 by the opening in two grades of slagging-off cabins 8 again after slagging-off and carry out oil-water separation, enter two grades of oil-water separation cabins 20 by the first collection oil control valve 19 after separation again to separate, forced-ventilated cabin 27 is entered by the second collection oil control valve 28 again after separation, the forced-ventilated cabin 27 sewage after storing separation；Water in forced-ventilated cabin 27 enters main pump 26 by main pump 26 water inlet end, the 4th check-valves the 24, first three-port check damper 6, spiral through main pump 26 water side enter outlet 37 from flushing sundry separating device the 5, second three-port check damper 35 and gate valve 36 the most successively, are discharged by water；Sewage, by core component spiral from rinsing sundry separating device 5, is passed through bigger material therein outside second three-port check damper 35, gate valve 36 and outlet 37 discharge chamber by check-valves entrance spiral in time rinsing foreign material piece-rate system；Spiral is connected with water inlet 1 by core component check ball 4 from rinsing sundry separating device 5 upper end, by the non-return mode of check ball 4, greatly reducing card, the fault hung, block.
In described one-level oil-water separation cabin 13 and two grades of oil-water separation cabins 20, side is provided with oil trap 16, electric heater unit 18 and fuel outlet valve 17 it is provided with on oil trap 16, oil trap 16 is a long V-groove, when needs oil-collecting, close two collection oil control valves, the water surface rises, and oil automatically flows in long V-groove, enters in corresponding container through fuel outlet valve 17.
Precipitation in described two grades of slagging-off cabins 8 and one-level oil-water separation cabin 13 periodically enters two grades of oil-water separation cabins 20, the reamer pump 22 of a band bonder it is provided with in two grades of oil-water separation cabins 20, the drain pipe that in two grades of oil-water separation cabins 20, precipitation is connected with main pump 26 through the second check-valves 23 by reamer pump 22 is connected, and periodically the precipitation in two grades of oil-water separation cabins 20 is discharged to outdoor.By arranging auxiliary pump room 31 and auxiliary pump 33, auxiliary pump 33 is connected with outlet pipeline by the first check-valves 33, auxiliary pump room 31 is connected with equipment by overflow pipe 7, the effect of auxiliary pump 33 is in the case of master malfunction, sewage enters auxiliary pump room 31 through overflow pipe 7, it is discharged to outdoor, it is possible to ensure leakage accident by 33 sewage of auxiliary pump.Drain valve 14, the convenient draining when maintenance conditions it is provided with bottom oil-water separation cabin 20,13, two grades of one-level oil-water separation cabin and forced-ventilated cabin 27.
Claims (9)
1. self-rotary oil removal slagging-off oily-water seperating equipment, it is characterised in that its structure includes into water buffering cabin, spiral is from rinsing foreign material piece-rate system, two grades of slagging-off cabins, one-level oil-water separation storehouse, two grades of oil-water separation cabins, forced-ventilated cabin, auxiliary pumping system and water side；Described foreign material piece-rate system of certainly rinsing includes check ball and certainly rinses sundry separating device；Described water side includes the second three-port check damper, gate valve and outlet；Described auxiliary pumping system includes auxiliary pump room, auxiliary pump and auxiliary liquid level sensor；Described water inlet is connected from rinsing sundry separating device with spiral by check ball, spiral passes through first three-port check damper the 4th check-valves respectively with two grades of slagging-off cabins and main pump water side from flushing sundry separating device lower end thereof and is connected, and the other end passes sequentially through the second three-port check damper, gate valve is connected with outlet；Described main pump is positioned at forced-ventilated side out of my cabin, and main pump water inlet end is connected with forced-ventilated cabin；It is provided with opening in the middle part of described two grades of slagging-off cabins to communicate with one-level oil-water separation cabin；Described two grades of slagging-off tops, cabin are connected with water inlet buffering cabin by water inlet anti-overflow pipe；Described one-level oil-water separation cabin is connected by the first collection oil control valve and two grades of oil-water separation cabins；Described two grades of oil-water separation cabins are connected with forced-ventilated cabin by the second collection oil control valve；
Described two grades of slagging-off bottoms, cabin are connected with bottom, two grades of oil-water separation cabins by two grades of slagging-off control valves, three grades of deslagging devices and three grades of control valves of slagging tap；Described two grades of slagging-off tops, cabin are connected with auxiliary pump room by overflow pipe, are provided with auxiliary pump in auxiliary pump room, and auxiliary pump is connected with outlet by the first check-valves.
Self-rotary oil removal the most according to claim 1 slagging-off oily-water seperating equipment, it is characterised in that in described one-level oil-water separation cabin and two grades of oil-water separation cabins, side is provided with oil trap, and oil trap is provided with electric heater unit and fuel outlet valve.
Self-rotary oil removal the most according to claim 1 slagging-off oily-water seperating equipment, it is characterised in that described forced-ventilated cabin internal upper part is provided with main liquid level sensor and secondary liquid level sensor；It is provided with auxiliary liquid level sensor in described auxiliary pump room.
Self-rotary oil removal the most according to claim 1 slagging-off oily-water seperating equipment, it is characterized in that, described two grades of oil-water separation cabin internal upper parts are provided with liquid level controller, and in two grades of oil-water separation cabins, bottom is provided with reamer pump, and reamer pump is communicated with main pump water side by the second check-valves.
Self-rotary oil removal the most according to claim 1 slagging-off oily-water seperating equipment, it is characterised in that be provided with sealing dividing plate on described two grades of slagging-off cabin sidewalls.
Self-rotary oil removal the most according to claim 1 slagging-off oily-water seperating equipment, it is characterised in that described two grades of slagging-off tops, cabin are provided with into water anti-overflow pipe and exhaustor.
Self-rotary oil removal the most according to claim 1 slagging-off oily-water seperating equipment, it is characterised in that two grades of oil-water separation cabins and top, forced-ventilated cabin are respectively arranged with exhaustor.
Self-rotary oil removal the most according to claim 1 slagging-off oily-water seperating equipment, it is characterised in that be provided with support bottom described self-rotary oil removal slagging-off oily-water seperating equipment.
Self-rotary oil removal the most according to claim 1 slagging-off oily-water seperating equipment, it is characterised in that described one-level oil-water separation cabin, two grades of oil-water separation cabins and forced-ventilated bilge portion are both provided with drain valve, and described forced-ventilated bilge portion is additionally provided with the 3rd check-valves.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620430680.5U CN205773672U (en) | 2016-05-13 | 2016-05-13 | Self-rotary oil removal slagging-off oily-water seperating equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620430680.5U CN205773672U (en) | 2016-05-13 | 2016-05-13 | Self-rotary oil removal slagging-off oily-water seperating equipment |
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| Publication Number | Publication Date |
|---|---|
| CN205773672U true CN205773672U (en) | 2016-12-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620430680.5U Expired - Fee Related CN205773672U (en) | 2016-05-13 | 2016-05-13 | Self-rotary oil removal slagging-off oily-water seperating equipment |
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| Country | Link |
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| CN (1) | CN205773672U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107285494A (en) * | 2017-07-13 | 2017-10-24 | 沈阳金世达环保科技有限公司 | A kind of oily-water seperating equipment of forced-ventilated auto spiral slagging-off oil-collecting from flushing |
-
2016
- 2016-05-13 CN CN201620430680.5U patent/CN205773672U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107285494A (en) * | 2017-07-13 | 2017-10-24 | 沈阳金世达环保科技有限公司 | A kind of oily-water seperating equipment of forced-ventilated auto spiral slagging-off oil-collecting from flushing |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161207 |