CN204283273U - Well drilling detritus and waste liquid do not land automatic recovery processing device - Google Patents
Well drilling detritus and waste liquid do not land automatic recovery processing device Download PDFInfo
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- CN204283273U CN204283273U CN201420437245.6U CN201420437245U CN204283273U CN 204283273 U CN204283273 U CN 204283273U CN 201420437245 U CN201420437245 U CN 201420437245U CN 204283273 U CN204283273 U CN 204283273U
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Abstract
The utility model discloses a kind of well drilling detritus and waste liquid and do not land automatic recovery processing device, well drilling detritus and waste liquid do not land automatic recovery processing device and specifically comprise the first collecting conveyor and the second collecting conveyor, Multifunction tank, are arranged in Multifunction tank at the bottom of tank conveyer, explosion-proof loading conveyor, haulage truck and slack tank; Site layout project framework is as follows: 1# vibrosieve and 2# vibrosieve, is all placed on 1# circulating tank; Desanding desilt all-in-one is placed on 2# circulating tank; Mid-speed centrifuge and supercentrifuge are placed on 3# circulating tank; Multifunction tank is placed on the 1# vibrosieve of 1# circulating tank and the front of 2# vibrosieve outlet opening; Second explosion-proof conveyer is positioned at the front of desanding desilt all-in-one outlet opening on 2# circulating tank; First collecting conveyor is positioned at the front of mid-speed centrifuge on 3# circulating tank, supercentrifuge outlet opening.
Description
Technical field
The utility model relates to well drilling detritus and devil liquor recovery equipment field, particularly relates to a kind of well drilling detritus and waste liquid and does not land automatic recovery processing device.
Background technology
In traditional drilling and well completion process, owing to lacking the process means to well drilling detritus, the maimed drilling fluid and the landwaste that are rich in harmful chemical in a large number discharge everywhere, both cause severe contamination to nature, and make again drilling fluid materials cause significant wastage.Especially the entirety of the oil drilling landwaste treatment technology of China and equipment also comparatively backwardness, it cannot meet the practical situations of China's oil well drilling detritus treatment technology at present, cannot meet China's oil equipment manufacture for environmental protection in the urgent need to.
Utility model content
The purpose of this utility model is to provide a kind of well drilling detritus and waste liquid not to land automatic recovery processing device, to solve the problem.
In order to achieve the above object, the technical solution of the utility model is achieved in that
A kind of well drilling detritus and waste liquid do not land automatic recovery processing device, and be positioned at the side of slurry tank, described slurry tank comprises 1# circulating tank 1), 2# circulating tank 4 and 3# circulating tank 6; Described well drilling detritus and waste liquid do not land automatic recovery processing device and specifically comprise the first collecting conveyor 9 and the second collecting conveyor 10, Multifunction tank 12, are arranged in Multifunction tank 12 at the bottom of tank conveyer 20, explosion-proof loading conveyor 13, haulage truck 14 and slack tank 15;
1# vibrosieve 2 and 2# vibrosieve 3 is also provided with between 1# circulating tank 1 and Multifunction tank 12;
Desanding desilt all-in-one 5 and debris outlet device 11 is also provided with between 2# circulating tank 4 and the second collecting conveyor 10;
Mid-speed centrifuge 7 and supercentrifuge 8 is also provided with between 3# circulating tank 6 and the first collecting conveyor 9;
Site layout project framework is as follows: described 1# vibrosieve 2 and described 2# vibrosieve 3, to be all placed on 1# circulating tank 1; Described desanding desilt all-in-one 5 is placed on 2# circulating tank 4; Described mid-speed centrifuge 7 and described supercentrifuge 8 are placed on 3# circulating tank 6; Described Multifunction tank 12 is placed on the 1# vibrosieve 2 of 1# circulating tank 1 and the front of 2# vibrosieve 3 outlet opening; Described second collecting conveyor 10 is positioned at the front of desanding desilt all-in-one 5 outlet opening on 2# circulating tank 4; Described first collecting conveyor 9 is positioned at the front of mid-speed centrifuge 7 on 3# circulating tank 6, supercentrifuge 8 outlet opening;
Described explosion-proof loading conveyor 13 one end is positioned at the below that conveyer 20 at the bottom of the tank of Multifunction tank 12 exports, and the other end is positioned at directly over the railway carriage of haulage truck 14; Described slack tank 15 is deposited near Multifunction tank 12 and the first collecting conveyor 9, second collecting conveyor 10 according to the concrete condition at scene.
Preferably, described explosion-proof loading conveyor 13 can be replaced by repacking wheel loader.
Preferably, is provided with separate slot 18 in the middle of described Multifunction tank 12, the top, one end of separate slot is provided with centrifuge 19, the other end is provided with sand pump and explosion-proofly take out stock pump 17;
Wherein at the bottom of tank, conveyer 20 passes from the middle part of Multifunction tank 12.
Preferably, described first collecting conveyor 9, second collecting conveyor 10 is scraper conveyor or for screw conveyer, and complete machine angle of inclination is arranged, and is beneficial to landwaste and waste liquid relies on the effect of part self gravitation to be glided to Multifunction tank 12 li;
Described first collecting conveyor 9, second collecting conveyor 10 all adopts two variable-frequency motor to drive.
Preferably, at the bottom of described explosion-proof loading conveyor 13, described tank, conveyer 20 is conveying worm, and complete machine angle of inclination is arranged.
Preferably, described debris outlet device 11 adopts the tilting gearing of semiclosed shape, is beneficial to landwaste and waste liquid without leaking outside, falling smoothly.
Preferably, the landwaste in described Multifunction tank 12 and waste liquid adopt two kinds of processing modes;
Mode one: for focusing on without the direct roping of process to fixed location;
Mode two: for after Separation of Solid and Liquid at the scene, solid transports use as resource after harmless treatment, and liquid, through harmless treatment, after reaching discharge standard, is delivered in circulating tank and reuses.
Compared with prior art, the advantage of the utility model embodiment is:
A kind of well drilling detritus that the utility model provides and waste liquid do not land automatic recovery processing device, analyze said structure principle known: this device comprises Multifunction tank, be positioned at the first collecting conveyor 9 on the right side of Multifunction tank and the second collecting conveyor 10, be arranged on conveyer 20 at the bottom of the tank of Multifunction tank 20 and be positioned at the equipment such as explosion-proof loading conveyor 13, haulage truck 14 and neighbouring slack tank 15 on the left of Multifunction tank; Wherein Multifunction tank is arranged in below two vibrosieve chip removal mouths of 1# circulating tank, and the first collecting conveyor 9 is arranged in below two centrifuge chip removal mouths of 3# circulating tank, and the second collecting conveyor 10 is arranged in below the scavenge port of 2# circulating tank desilt desanding all-in-one.
Start the first collecting conveyor 9, second collecting conveyor 10 simultaneously, mud wherein in 3# circulating tank is separated with described supercentrifuge 8 by mid-speed centrifuge 7, and by isolating, (landwaste of namely discharging and waste liquid are transported on the second collecting conveyor 10 the first collecting conveyor 9 again; Landwaste, waste liquid that first collecting conveyor 9 carries the desilt desanding all-in-one of landwaste, waste liquid and the 2# circulating tank of coming to discharge by the second collecting conveyor 10 again are together transported in Multifunction tank, and landwaste and waste liquid directly drop in Multifunction tank by 1# vibrosieve 2 and 2# vibrosieve 3.
When landwaste and waste liquid are filled in Multifunction tank inside, waste liquid in Multifunction tank and residue can be separated by special device in tank, and by centrifuge, waste liquid is carried out Separation of Solid and Liquid, the direct blowback circulating tank of liquid utilizes again, residue is delivered to outside tank by the conveyer in tank, by loader or conveyer entrucking outward transport.
Scene has 3 slack tanks, in the well cementing process such as drilling well table cover, skill cover, and the 70-90m overflowed instantaneously
3the cement pulp-water of left and right is pumped directly in slack tank, after falling calcium ion, then is pumped to recycling in circulating tank by chemical treatment; 300m to be saved for drilling team like this in whole drilling process
3the water resource of left and right, decreases resource occupation, has saved drilling cost.
Well drilling detritus and waste liquid do not land automatic recovery processing device and can realize all recycling and reusing to the landwaste in drilling process and waste liquid, thus saved a large amount of mud medicines and valuable water resource, decrease land seizure, significantly reduce drilling cost, turn avoid environment pollution.This project meets the requirement of national energy-saving reduction of discharging and Ecological Civilization Construction, has good economic benefit, environmental benefit and social benefit.
Accompanying drawing explanation
Fig. 1 is that the well drilling detritus that provides of the utility model embodiment one and waste liquid do not land the plan structure schematic diagram of automatic recovery processing device;
Fig. 2 is the side-looking structural representation that the well drilling detritus that provides of the utility model embodiment one and waste liquid do not land in automatic recovery processing device.
Detailed description of the invention
Also by reference to the accompanying drawings the utility model is described in further detail below by specific embodiment.
Embodiment one
See Fig. 1, the utility model embodiment one provides a kind of well drilling detritus and waste liquid and does not land automatic recovery processing device, and be positioned at the side of slurry tank, described slurry tank comprises 1# circulating tank 1,2# circulating tank 4 and 3# circulating tank 6; Described well drilling detritus and waste liquid do not land automatic recovery processing device and specifically comprise the first collecting conveyor 9 and the second collecting conveyor 10, Multifunction tank 12, are arranged in Multifunction tank 12 at the bottom of tank conveyer 20, explosion-proof loading conveyor 13, haulage truck 14 and slack tank 15;
1# vibrosieve 2 and 2# vibrosieve 3 is also provided with between 1# circulating tank 1 and Multifunction tank 12;
Desanding desilt all-in-one 5 and debris outlet device 11 is also provided with between 2# circulating tank 4 and the second collecting conveyor 10;
Mid-speed centrifuge 7 and supercentrifuge 8 is also provided with between 3# circulating tank 6 and the first collecting conveyor 9;
Site layout project framework is as follows: described 1# vibrosieve 2 and described 2# vibrosieve 3, be all placed on 1# circulating tank 1; Described desanding desilt all-in-one 5 is placed on 2# circulating tank 4; Described mid-speed centrifuge 7 and described supercentrifuge 8 are placed on 3# circulating tank 6; Described Multifunction tank 12 is placed on the 1# vibrosieve 2 of 1# circulating tank 1 and the front of 2# vibrosieve 3 outlet opening; Described second collecting conveyor 10 is positioned at the front of desanding desilt all-in-one 5 outlet opening on 2# circulating tank 4; Described first collecting conveyor 9 is positioned at the front of mid-speed centrifuge 7 on 3# circulating tank 6, supercentrifuge 8 outlet opening;
Described explosion-proof loading conveyor 13 one end is positioned at the below that conveyer 20 at the bottom of Multifunction tank 12 inner canister exports, and the other end is positioned at directly over the railway carriage of haulage truck 14; Described slack tank 15 is deposited near Multifunction tank 12 and the first collecting conveyor 9, second collecting conveyor 10 according to the concrete condition at scene.
Preferably, described explosion-proof loading conveyor 13 can be replaced by repacking wheel loader.
Preferably, is provided with separate slot 18 in the middle of described Multifunction tank 12, the top, one end of separate slot is provided with centrifuge 19, the other end is provided with sand pump and explosion-proofly take out stock pump 17 and agitator 16;
Wherein at the bottom of tank, conveyer 20 passes from the middle part of Multifunction tank 12.
It should be noted that, what conveyer at the bottom of described tank tilted passes whole Multifunction tank, and the port of export of conveyer at the bottom of tank and motor side are in same position; And the motor side of conveyer is positioned at oblique upper at the bottom of described tank; At the bottom of described tank, conveyer upper surface is provided with multiple perforate; Conveyer at the bottom of described tank is used for isolated for described centrifuge landwaste to transfer out in Multifunction tank; The tank body center vertical of Multifunction tank arranges above-mentioned partition, and the tank body of Multifunction tank is divided into two parts by described partition, and the side of described partition is treatment chamber, and the opposite side of described partition is for reclaiming chamber; The partition leading to described recovery chamber from described treatment chamber is also provided with slurries overflow mechanism;
Preferably, described first collecting conveyor 9, second collecting conveyor 10 is scraper conveyor or for screw conveyer, and complete machine angle of inclination is arranged, and is beneficial to landwaste and waste liquid relies on the effect of part self gravitation to be glided to Multifunction tank 12 li;
Described first collecting conveyor 9, second collecting conveyor 10 all adopts two variable-frequency motor to drive.
Preferably, at the bottom of described explosion-proof loading conveyor 13, described tank, conveyer 20 is conveying worm, and the setting of complete machine angle of inclination (see also Fig. 2 and can illustrate complete machine heeling condition.
Preferably, described debris outlet device 11 adopts the tilting gearing of semiclosed shape, is beneficial to landwaste and waste liquid without leaking outside, falling smoothly.
Preferably, the landwaste in described Multifunction tank 12 and waste liquid adopt two kinds of processing modes;
Mode one: for focusing on without the direct roping of process to fixed location;
Mode two: for after Separation of Solid and Liquid at the scene, solid transports use as resource after harmless treatment, and liquid, through harmless treatment, after reaching discharge standard, is delivered in circulating tank and reuses.
The well drilling detritus provided in the utility model embodiment and waste liquid do not land automatic recovery processing device, at least have following technological merit: the first, this well drilling detritus and waste liquid do not land automatic recovery processing device and eliminate systemic circulation pond, eliminate pollution sources; The second, this well drilling detritus and waste liquid do not land automatic recovery processing device and carry out the automatic recovery to landwaste and waste liquid, achieve the requirement that landwaste and waste liquid do not land; Three, this well drilling detritus and waste liquid do not land automatic recovery processing device and focus on landwaste and waste liquid, have fundamentally administered pollutant, meanwhile also reduce waste liquid and landwaste to the soil (waste and taking of such as ploughing; Reclaim mud, recycling, has saved drilling cost greatly; Four, the liquid in sand tank after centrifuge is separated, is transported to recycling in circulating tank; Five, this well drilling detritus and waste liquid do not land automatic recovery processing device to once spud in well cementation time discharge cement paste in sand tank, carry out harmless treatment, recycling; On-the-spot Separation of Solid and Liquid can be realized; Six, this well drilling detritus and waste liquid do not land automatic recovery processing device and can realize harmless treatment and the recycling of on-the-spot landwaste and waste liquid.
The well drilling detritus that the utility model embodiment provides and waste liquid do not land automatic recovery processing device, can realize all recycling and reusing to the landwaste in drilling process and waste liquid, thus saved a large amount of mud medicines and valuable water resource, decrease land seizure, significantly reduce drilling cost, turn avoid environment pollution.This project meets the requirement of national energy-saving reduction of discharging and Ecological Civilization Construction, has good economic benefit, environmental benefit and social benefit.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (6)
1. well drilling detritus and waste liquid do not land an automatic recovery processing device, and be positioned at the side of slurry tank, described slurry tank comprises 1# circulating tank (1), 2# circulating tank (4) and 3# circulating tank (6), it is characterized in that,
Described well drilling detritus and waste liquid do not land automatic recovery processing device and specifically comprise the first collecting conveyor (9) and the second collecting conveyor (10), Multifunction tank (12), are arranged in Multifunction tank (12) at the bottom of tank conveyer (20), explosion-proof loading conveyor (13), haulage truck (14) and slack tank (15);
Be positioned between 1# circulating tank (1) and Multifunction tank (12) and be also provided with 1# vibrosieve (2) and 2# vibrosieve (3);
Be positioned between 2# circulating tank (4) and the second collecting conveyor (10) and be also provided with desanding desilt all-in-one (5) and debris outlet device (11);
Be positioned between 3# circulating tank (6) and the first collecting conveyor (9) and be also provided with mid-speed centrifuge (7) and supercentrifuge (8);
Site layout project framework is as follows: described 1# vibrosieve (2) and described 2# vibrosieve (3), be all placed in (1) on 1# circulating tank; Described desanding desilt all-in-one (5) is placed on 2# circulating tank (4); Described mid-speed centrifuge (7) and described supercentrifuge (8) are placed on 3# circulating tank (6); Described Multifunction tank (12) is placed on the 1# vibrosieve (2) of 1# circulating tank (1) and the front of 2# vibrosieve (3) outlet opening; Described second collecting conveyor (10) is positioned at the front of upper desanding desilt all-in-one (5) outlet opening of 2# circulating tank (4); Described first collecting conveyor (9) is positioned at the front of the upper mid-speed centrifuge (7) of 3# circulating tank (6), supercentrifuge (8) outlet opening;
Described explosion-proof loading conveyor (13) one end is positioned at the below that at the bottom of the tank of Multifunction tank (12), conveyer (20) exports, and the other end is positioned at directly over the railway carriage of haulage truck (14); Described slack tank (15) is then deposited near Multifunction tank (12) and the first collecting conveyor (9), the second collecting conveyor (10) according to the concrete condition at scene.
2. well drilling detritus as claimed in claim 1 and waste liquid do not land automatic recovery processing device, it is characterized in that,
Described explosion-proof loading conveyor (13) can be replaced by repacking wheel loader.
3. well drilling detritus as claimed in claim 1 and waste liquid do not land automatic recovery processing device, it is characterized in that,
Is provided with separate slot (18) in the middle of described Multifunction tank (12), the top, one end of separate slot is provided with centrifuge (19), the other end is provided with sand pump and explosion-proofly take out stock pump (17);
Wherein conveyer at the bottom of tank (20) passes from the middle part of Multifunction tank (12).
4. well drilling detritus as claimed in claim 1 and waste liquid do not land automatic recovery processing device, it is characterized in that,
Described first collecting conveyor (9), the second collecting conveyor (10) are scraper conveyor or are screw conveyer, and complete machine angle of inclination is arranged, being beneficial to landwaste and waste liquid, to rely on the effect of part self gravitation to be glided inner to Multifunction tank (12);
Described first collecting conveyor (9), the second collecting conveyor (10) all adopt two variable-frequency motor to drive.
5. well drilling detritus as claimed in claim 1 and waste liquid do not land automatic recovery processing device, it is characterized in that,
At the bottom of described explosion-proof loading conveyor (13), described tank, conveyer (20) is conveying worm, and complete machine angle of inclination is arranged.
6. well drilling detritus as claimed in claim 1 and waste liquid do not land automatic recovery processing device, it is characterized in that,
Described debris outlet device (11) adopts the tilting gearing of semiclosed shape, is beneficial to landwaste and waste liquid without leaking outside, falling smoothly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420437245.6U CN204283273U (en) | 2014-08-04 | 2014-08-04 | Well drilling detritus and waste liquid do not land automatic recovery processing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420437245.6U CN204283273U (en) | 2014-08-04 | 2014-08-04 | Well drilling detritus and waste liquid do not land automatic recovery processing device |
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| CN204283273U true CN204283273U (en) | 2015-04-22 |
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| CN201420437245.6U Expired - Fee Related CN204283273U (en) | 2014-08-04 | 2014-08-04 | Well drilling detritus and waste liquid do not land automatic recovery processing device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105507834A (en) * | 2015-12-22 | 2016-04-20 | 山东高速济莱城际公路有限公司 | Mud separating and circulating equipment |
| CN105909194A (en) * | 2016-06-27 | 2016-08-31 | 范广潜 | Rock debris curing treatment mud purification system |
| CN106150412A (en) * | 2016-08-31 | 2016-11-23 | 中国石油集团川庆钻探工程有限公司长庆钻井总公司 | A kind of sieve two grades of solidifying and controlling devices of one machine formula |
| CN104265214B (en) * | 2014-08-04 | 2017-02-22 | 田立杰 | Landing-free automatic recovering and processing device for drill cuttings and waste liquid |
-
2014
- 2014-08-04 CN CN201420437245.6U patent/CN204283273U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104265214B (en) * | 2014-08-04 | 2017-02-22 | 田立杰 | Landing-free automatic recovering and processing device for drill cuttings and waste liquid |
| CN105507834A (en) * | 2015-12-22 | 2016-04-20 | 山东高速济莱城际公路有限公司 | Mud separating and circulating equipment |
| CN105909194A (en) * | 2016-06-27 | 2016-08-31 | 范广潜 | Rock debris curing treatment mud purification system |
| CN106150412A (en) * | 2016-08-31 | 2016-11-23 | 中国石油集团川庆钻探工程有限公司长庆钻井总公司 | A kind of sieve two grades of solidifying and controlling devices of one machine formula |
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Legal Events
| Date | Code | Title | Description |
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| 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: 20150422 Termination date: 20190804 |