CN100553725C - High-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant - Google Patents
High-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant Download PDFInfo
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- CN100553725C CN100553725C CNB2007101072882A CN200710107288A CN100553725C CN 100553725 C CN100553725 C CN 100553725C CN B2007101072882 A CNB2007101072882 A CN B2007101072882A CN 200710107288 A CN200710107288 A CN 200710107288A CN 100553725 C CN100553725 C CN 100553725C
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Abstract
High-efficiency steel-smelting wet dedusting sewage of the present invention and refining sewage-treatment plant are technical field of sewage.Water inlet pipe and mixing tube welding; mixing tube and current divider weld the back and insert band pressure jar; mixing tube; reative cell; band is pressed jar welding successively; being connected to whole band presses jar and body refuse chamber to be placed on pond body central authorities; the body refuse chamber is connected with the discharge pipeline flange; body refuse chamber and expansion chamber welding; expansion chamber is an one with the heavy chamber of collection; the heavy chamber of collection is connected with the discharge pipeline flange; discharge pipeline with help towards valve; the motor-driven valve flange connects; expansion chamber and diffuser are one; diffuser and flocculating chamber are one, flocculating chamber and separation chamber; separation chamber and protection chamber; protection chamber and water leg; water leg and drip pan; drip pan and outlet pipe welding, diffuser; the flocculating chamber; the separation chamber; drip pan and the welding of pond body; diffuser; the flocculating chamber; the separation chamber; the protection chamber; it is distributing water room that inboard outer wall of water leg and band are pressed tank wall, and band is pressed jar and uniform device welding.Sewage disposal is used.Effective.
Description
Technical field
High-efficiency steel-smelting wet dedusting sewage of the present invention and refining sewage-treatment plant relate to technical field of sewage; Be particularly related to the technical field of sewage of metallurgy industry; Relate in particular to wet dedusting sewage and refining technical field of sewage treatment in the metallurgy industry; Be specifically related to high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant technical field.
Background technology
High-efficiency steel-smelting is a job class representative in the metallurgy industry, in steelmaking process, inevitably can produce various dust and impurity such as granule foreign, iron scale, dust, suspension, muddy thing, greasy filth, calcium carbonate, for making these dust and impurity not be emitted on contaminated environment in the atmosphere, all adopt usually with water dust and the impurity mode of mixing that neutralizes is solved; Like this, just, produced steel-smelting sewerage.Common steel-smelting sewerage is divided into converter dust-removing sewage and steel-making refining sewage; The neutralization that steel-smelting sewerage just carries out described dust and impurity mixes and collects, and can not directly discharge certainly; Therefore a series of key issues such as treatment technology to described steel-smelting sewerage, equipment, facility, device have just been related to.At present, all adopt the method for traditional large-scale radial-flow sedimentation tank, horizontal flow basin, inclined-plate clarifying basin; With various dust and impurity such as the granule foreign in the removal sewage, iron scale, dust, suspension, muddy thing, greasy filth, calcium carbonate.This method is by to after adding a large amount of flocculating agents, flocculant in the sewage, in the sedimentation basin of floor space big (very little), horizontal flow basin, inclined-plate clarifying basin, precipitate because of its surface loading, through flocculation, cohesion and post precipitation, scrape slag, scrape the mode of mud or spiral slurry conveying machine and add discharges such as most of granule foreign that the strength lifting mode will settle down, iron scale, dust, suspension, muddy thing, greasy filth, calcium carbonate with machinery respectively; The granule foreign that residue proportion is lighter, iron scale, dust, suspension, muddy thing, greasy filth, calcium carbonate etc. can only be pulled away and carry out reuse or discharging along with water outlet; Just because of this situation, make that just the water quality after being referred to as to purify is in the state of severe overweight always, so its consequence that continues reuse well imagines that is exactly vicious circle; This vicious circle has brought many drawbacks and problem for the whole service Processes and apparatus; So, many deficiencies, defective and drawbacks such as the existing occupation area of equipment of sewage disposal mode that adopts is big at present, spatial altitude is high, power consumption is big, operation (reagent consumption etc.) expense height, water outlet weak effect, mechanical breakdown is many, Operation and Maintenance is difficult, auxiliary facility is many, one-time investment is big are obvious to all, and this has become everybody common recognition.
The present invention is exactly on conscientious and sufficient investigation, understanding, analysis, the existing known technology of summary basis, for the many deficiencies, defective and the drawback that solve existing known technology are succeeded in developing.
Summary of the invention
The purpose of this invention is to provide a kind of high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, by water inlet pipe, distributing water room, uniform device, band press jar, mixing tube, reative cell, current divider, diffuser, water leg, protection chamber, separation chamber, flocculating chamber, expansion chamber, discharge pipeline, collect sink chamber, body refuse chamber, help towards valve, motor-driven valve, pond body, outlet pipe, drip pan and constitute;
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant; its water inlet pipe and mixing tube welding; its mixing tube and current divider weld by connector; being inserted into band after its mixing tube and the current divider welding presses in the jar; its mixing tube and reative cell; reative cell presses the inwall fixing point of jar all to weld with band; its band is pressed jar and the body refuse chamber be provided be connected as a whole; it is connected to whole band and presses jar and body refuse chamber to be placed on the middle position of pond body; the bottom of its body refuse chamber is connected by flange with discharge pipeline; its discharge pipeline with help towards valve; motor-driven valve connects by flange; its body refuse chamber and expansion chamber welding; its expansion chamber and the heavy chamber of collection be provided be connected as a whole; the bottom of its heavy chamber of collection is connected by flange with discharge pipeline; its discharge pipeline with help towards valve; motor-driven valve connects by flange; the upper end of its expansion chamber is connected as a whole with diffuser setting; the upper end of its diffuser and the lower end of flocculating chamber be provided be connected as a whole; its flocculating chamber and separation chamber; separation chamber and protection chamber; protection chamber and water leg; water leg and drip pan all weld; its drip pan and outlet pipe welding; its diffuser; the flocculating chamber; the separation chamber; the outer wall of drip pan all with the welding of the inwall of pond body; its diffuser; the flocculating chamber; the separation chamber; the protection chamber; the outer wall of water leg inboard is welded by the polylith connecting plate with the outer wall of being with the pressure jar and constitutes distributing water room jointly, and its band pressure jar and uniform device weld.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, described water inlet pipe, uniform device, band press jar, mixing tube, reative cell, current divider, body refuse chamber and the discharge pipeline that is connected with the body refuse chamber, help towards valve, motor-driven valve and constitute an one-level processing unit jointly.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, help towards valve, motor-driven valve, outlet pipe, drip pan and constitute a two stage treatment unit jointly the heavy chamber of described distributing water room, diffuser, water leg, protection chamber, separation chamber, flocculating chamber, expansion chamber, discharge pipeline, collection.Described two stage treatment unit is 1-30.
The purpose that reaches by the present invention is: develop a kind of " high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant " new equipment, be not only applicable to make steel in the operation, simultaneously also can be in all trades and professions wide popularization and application.
The present invention can accomplish the end in view.
For achieving the above object, technical scheme provided by the invention is:
A kind of high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, by water inlet pipe, distributing water room, uniform device, band press jar, mixing tube, reative cell, current divider, diffuser, water leg, protection chamber, separation chamber, flocculating chamber, expansion chamber, discharge pipeline, collect sink chamber, body refuse chamber, help towards valve, motor-driven valve, pond body, outlet pipe, drip pan and constitute;
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant; its water inlet pipe and mixing tube welding; its mixing tube and current divider weld by connector; being inserted into band after its mixing tube and the current divider welding presses in the jar; its mixing tube and reative cell; reative cell presses the inwall fixing point of jar all to weld with band; its band is pressed jar and the body refuse chamber be provided be connected as a whole; it is connected to whole band and presses jar and body refuse chamber to be placed on the middle position of pond body; the bottom of its body refuse chamber is connected by flange with discharge pipeline; its discharge pipeline with help towards valve; motor-driven valve connects by flange; its body refuse chamber and expansion chamber welding; its expansion chamber and the heavy chamber of collection be provided be connected as a whole; the bottom of its heavy chamber of collection is connected by flange with discharge pipeline; its discharge pipeline with help towards valve; motor-driven valve all is threaded; the upper end of its expansion chamber is connected as a whole with diffuser setting; the upper end of its diffuser and the lower end of flocculating chamber be provided be connected as a whole; its flocculating chamber and separation chamber; separation chamber and protection chamber; protection chamber and water leg; water leg and drip pan all weld; its drip pan and outlet pipe welding; its diffuser; the flocculating chamber; the separation chamber; the outer wall of drip pan all with the welding of the inwall of pond body; its diffuser; the flocculating chamber; the separation chamber; the protection chamber; the outer wall of water leg inboard is welded by the polylith connecting plate with the outer wall of being with the pressure jar and constitutes distributing water room jointly, and its band pressure jar and uniform device weld.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant; described water inlet pipe; mixing tube; discharge pipeline; outlet pipe is tubular structure; described distributing water room is for to overlook to the pond shape structure that is " returning " font; described uniform device is discoideus perpendicular to the unsettled cover plate shape structure that is provided with the fixture of strip and block on the downside of plectane in mode at interval for the upper end; it is a jar shape structure that described band is pressed jar; described reative cell is to be placed with the sphere-like structure in the mesh casing; described current divider is the cone shape structure; described diffuser is the taper tubular structure; described water leg is to overlook the groove shape structure that has gradient to L-shaped bottom surface; described protection chamber is the pond shape structure at the no end; described separation chamber is that the common formation of a plurality of tilting pipes is overlooked to being alveolate texture; described flocculating chamber is a tubular structure; described expansion chamber; the heavy chamber of collection; the body refuse chamber is the taper tubular structure; described helping towards valve; motor-driven valve is valve shape structure; described pond body is a pond shape structure, and described drip pan is bucket-shaped structure.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, described water inlet pipe, uniform device, band press jar, mixing tube, reative cell, current divider, body refuse chamber and the discharge pipeline that is connected with the body refuse chamber, help towards valve, motor-driven valve and constitute an one-level processing unit jointly.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, help towards valve, motor-driven valve, outlet pipe, drip pan and constitute a two stage treatment unit jointly the heavy chamber of described distributing water room, diffuser, water leg, protection chamber, separation chamber, flocculating chamber, expansion chamber, discharge pipeline, collection.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, described two stage treatment unit are 1-30.
High-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, described distributing water room is for selecting to overlook to the pond shape structure that is " returning " font, overlooking a kind of structure in the pond shape structure that is big " O " cover little " 0 " font.
The operation principle of the present invention and the course of work are:
When the present invention moves in use, as shown in the figure: add the medicine that can make various dust and impurity realization flocculation, cohesion, sedimentation in the sewage in the initial end of water inlet pipe (being the water inlet pipe of sewage), enter in succession and fully mix in the mixing tube; Bottom from mixing tube after mixing falls and drops on the current divider, because the very big impulsive force of current and the guide effect of current divider pyramidal structure make current upwards enter reative cell in the mode of anti-camber line; When current entered this process of reative cell, bigger impurity was just owing to conduct oneself with dignity and static effect is deposited in the bottom of body refuse chamber after flocculation, cohesion; After current enter reative cell, owing to be provided with high density but the spheroid and the long-acting internal action of medicine of unique lower resistance characteristic in the reative cell, impurity in the water is further fully flocculated and cohesion, the particle for the treatment of its flocculation and cohesion become big after, be deposited in the bottom of body refuse chamber again owing to its deadweight and static effect; At this moment, finished sewage disposal in described one-level processing unit; We are referred to as the one-level sewage disposal to it at this.After this, sewage after the one-level sewage disposal, press the tank body top of jar to concentrate at band, in this process of concentrating, sewage and medicine are further mixed and reaction fully, through fully mixing and the sewage that reacts, press the top ejection of jar from band, because band presses the top of jar that uniform device is installed, and uniform device is the structure of unsettled cover plate shape, so current can only from around flow out and flow into distributing water room and carry out uniform distribution, in particular, current have obtained the effective science combing and the uniform distribution of rectification, water conservancy diversion, current stabilization here; Current flow in the diffuser through distributing water room, begun the B-grade sewage processing, during this period, the distributing water room of shell type continues to obtain behind water conservancy diversion and the current stabilization and flows to diffuser and implement corresponding deceleration and diffusion through diffuser, so that more help flocculation and the cohesion carried out in succession, become particle after big with cohesion through flocculation, still sink the bottom of chamber because the effect of its deadweight is deposited in collection; During this period, current flow to flocculating chamber's continuation flocculation and cohesion and continuation sedimentation through diffuser; Afterwards, usefulness, omnibearing, slap-up processing that the separation chamber manages entirely, complete that current flow to through the flocculating chamber, this is that common formation is overlooked to being alveolate texture because the separation chamber is a plurality of tilting pipes, impact force of water flow and the effect that continues flocculation and cohesion in addition, thus make the particle of flocculation and cohesion under the effect of deadweight along the lower wall landing of pipe and sink to the bottom of the heavy chamber of collection; Meanwhile, after flocculation and agglomeration process and reach the water of discharge standard, just flow out the separation chamber and enter protection chamber and stablized with impact resistance along the upper wall of pipe; Clear water after stable flows out in the waveform edge and flows into water leg, because at the bottom of water leg is the inclined-plane, so flowing of water is very smooth and easy, the water in the water leg is concentrated the drip pan that flows into bucket-shaped structure, flowed out through outlet pipe from drip pan; So far, finished the sewage disposal in described two stage treatment unit, handled referred to herein as B-grade sewage.Operation principle of the present invention and the course of work from start to finish a gas breathe out, science, smooth and easy, simple and clear, full effect, stable, practical.
Owing to adopted technical scheme provided by the present invention,, thereby made the present invention obtain following beneficial effect because the operation principle and the course of work more than the present invention are described:
1,, thereby obtained to make the sewage of dosing to obtain well-mixed beneficial effect because the present invention is provided with water inlet pipe, mixing tube.
2,, obtain the beneficial effect of well-mixed sewage in guiding state current downflow thereby obtained to make through dosing because the present invention is provided with current divider.
3,, thereby obtained sewage is carried out the beneficial effect that one-level is handled because the present invention is provided with reative cell.
4,, thereby obtained sewage is carried out the beneficial effect of two stage treatment because the present invention is provided with diffuser, flocculating chamber, separation chamber.
5, band is pressed jar, uniform device because the present invention is provided with, can be to current through buffer memory and stable and beneficial effect that lead thereby obtained.
6,, thereby obtained the beneficial effect of current uniform distributions under stable state because the present invention is provided with distributing water room.
7, because the present invention is provided with protection chamber, water leg, thereby obtained, made the beneficial effect that under stable state, flows into water leg through the current of handling and reach discharge standard under the bigger situation of inflow fluctuation.
8, because the present invention is provided with drip pan, outlet pipe, can be thereby obtained with the beneficial effect of concentrating through the current of handling and reach discharge standard and discharging.
9,, thereby obtained the beneficial effect of handling through one-level, refuse after the two stage treatment is collected because the present invention is provided with the heavy chamber in body refuse chamber, expansion chamber, collection.
10, since the present invention be provided with discharge pipeline, help towards valve, motor-driven valve, thereby obtained beneficial effect that refuse is discharged; And the beneficial effect that helps the press water that provides towards valve that refuse is discharged can be provided when in a single day breaking down motor-driven valve.
11,, thereby obtained beneficial effect that the present invention is supported because the present invention is provided with the pond body.
12, because above-mentioned each bar of the present invention is described, thus obtained to develop " high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant " new equipment, be not only applicable to make steel in the operation, simultaneously also can be in all trades and professions the beneficial effect of wide popularization and application.
13, because above-mentioned each bar of the present invention is described, thus many beneficial effects such as having obtained to compare with existing known technology has that floor space is little, spatial altitude is low, power consumption economizes, save operating cost such as reagent consumption, water outlet is up to standard and effective, operation is coherent and smooth and easy, auxiliary facility is few, mechanical breakdown is few, be convenient to operation and maintenance, one-time investment is little; And the beneficial effect that has solved many deficiencies, defective and the drawback of existing known technology existence.
14, because of the present invention succeeding in developing makes the user have the beneficial effect of more wide in range choice thereby obtained to carry out many combinations to save floor space and investment.
15, high-efficiency steel-smelting wet dedusting sewage and refining sewage disposal develop owing to The present invention be directed to, and the processing of high-efficiency steel-smelting wet dedusting sewage and refining sewage be that specification requirement is the highest in the sewage disposal, difficulty is maximum, be difficult to resolve most determine, the most representative, thereby obtained not only can in the processing of high-efficiency steel-smelting wet dedusting sewage and refining sewage, use but also the beneficial effect that uses in can sewage disposal in all trades and professions.
16, since design science of the present invention rationally, simple and ingenious structure, be convenient to fabrication and installation, effect stability is reliable, thereby obtained to be easy to processing and fabricating and cost of investment is low, convenient use operation and save operating cost, adaptive capacity is strong and be beneficial to and beneficial effect such as apply.
Description of drawings
Figure of description is the structural representation of the specific embodiment of the invention.The arrow that solid line among the figure combines with dotted line represents to contain the sewage trend of various dust and impurity, dotted arrow represents that various dust and impurity are through the trend after flocculating, trend when double dashed arrow is represented to collect and discharge after dust and impurity are through flocculation, solid arrow is represented through reaching the trend of discharge standard water after the processing.
Label among the figure: 1, water inlet pipe, 2, distributing water room, 3, uniform device, 4, band presses jar; 5, mixing tube, 6, reative cell, 7, current divider, 8, diffuser; 9, water leg, 10, the protection chamber, 11, the separation chamber, 12, the flocculating chamber; 13, expansion chamber, 14, discharge pipeline, 15, the heavy chamber of collection; 16, body refuse chamber, 17, help, 18, motor-driven valve towards valve; 19, pond body, 20, outlet pipe, 21, drip pan.
The specific embodiment
Below in conjunction with Figure of description, the present invention is described in detail.Shown in Figure of description:
A kind of high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, by water inlet pipe 1, distributing water room 2, uniform device 3, band press jars 4, mixing tube 5, reative cell 6, current divider 7, diffuser 8, water leg 9, protection chamber 10, separation chamber 11, flocculating chamber 12, expansion chamber 13, discharge pipeline 14, collect sink chamber 15, body refuse chamber 16, help towards valve 17, motor-driven valve 18, pond body 19, outlet pipe 20, drip pan 21 and constitute;
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant; its water inlet pipe 1 and mixing tube 5 welding; its mixing tube 5 welds by connector with current divider 7; being inserted into band after its mixing tube 5 welds with current divider 7 presses in the jar 4; its mixing tube 5 and reative cell 6; reative cell 6 presses the inwall fixing point of jar 4 all to weld with band; its band press jars 4 and body refuse chamber 16 be provided be connected as a whole; it is connected to whole band and presses jar 4 and body refuse chamber 16 to be placed on the middle position of pond body 19; the bottom of its body refuse chamber 16 and discharge pipeline 14 are connected by flange; its discharge pipeline 14; help towards valve 17; motor-driven valve 18 connects by flange; its body refuse chamber 16 and expansion chamber 13 welding; its expansion chamber 13 and the heavy chamber 15 of collection be provided be connected as a whole; the bottom of its heavy chamber 15 of collection and discharge pipeline 14 are connected by flange; its discharge pipeline 14 with help towards valve 17; motor-driven valve 18 connects by flange; the upper end of its expansion chamber 13 and diffuser 8 be provided be connected as a whole; the upper end of its diffuser 8 and the lower end of flocculating chamber 12 be provided be connected as a whole; its flocculating chamber 12 and separation chamber 11; separation chamber 11 and protection chamber 10; protection chamber 10 and water leg 9; water leg 9 all welds with drip pan 21; its drip pan 21 and outlet pipe 20 welding; its diffuser 8; flocculating chamber 12; separation chamber 11; the outer wall of drip pan 21 all with the welding of the inwall of pond body 19; its diffuser 8; flocculating chamber 12; separation chamber 11; protection chamber 10; the outer wall of water leg 9 inboards is welded by the polylith connecting plate with the outer wall of being with pressure jar 4 and constitutes distributing water room 2 jointly, and its band pressure jar 4 and uniform device 3 weld.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant; described water inlet pipe 1; mixing tube 5; discharge pipeline 14; outlet pipe 20 is tubular structure; described distributing water room 2 is for to overlook to the pond shape structure that is " returning " font; described uniform device 3 is discoideus perpendicular to the unsettled cover plate shape structure that is provided with the fixture of strip and block on the downside of plectane in mode at interval for the upper end; it is a jar shape structure that described band is pressed jar 4; described reative cell 6 is placed with the sphere-like structure in the mesh casing; described current divider 7 is the cone shape structure; described diffuser 8 is the taper tubular structure; described water leg 9 is for overlooking the groove shape structure that has gradient to L-shaped bottom surface; described protection chamber 10 is the pond shape structure at the no end; described separation chamber 11 constitutes for a plurality of tilting pipes are common to be overlooked to being alveolate texture; described flocculating chamber 12 is a tubular structure; described expansion chamber 13; the heavy chamber 15 of collection; body refuse chamber 16 is the taper tubular structure; described helping towards valve 17; motor-driven valve 18 is valve shape structure; described pond body 19 is a pond shape structure, and described drip pan 21 is bucket-shaped structure.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, described water inlet pipe 1, uniform device 3, band are pressed jar 4, mixing tube 5, reative cell 6, current divider 7, body refuse chamber 16 and the discharge pipeline 14 that is connected with body refuse chamber 16, are helped towards valve 17, one-level processing unit of motor-driven valve 18 common formations.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, help towards valve 17, motor-driven valve 18, outlet pipe 20, drip pan 21 are common and constitute a two stage treatment unit described distributing water room 2, diffuser 8, water leg 9, protection chamber 10, separation chamber 11, flocculating chamber 12, expansion chamber 13, discharge pipeline 14, the heavy chamber 15 of collection.
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, described two stage treatment unit are 1-30.
High-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant, described distributing water room 2 is for selecting to overlook to the pond shape structure that is " returning " font, overlooking a kind of structure in the pond shape structure that is big " O " cover little " 0 " font.
In above-mentioned specific implementation process: described two stage treatment unit is implemented with 1,2,3,4,6,8,12,15,18,20,24,26,28,30 respectively; To described distributing water room 2 respectively to overlook to the pond shape structure that is " returning " font, to overlook to the pond shape structure that is big " O " cover little " 0 " font and implement; All received the good result of expection.
The present invention has carried out property on probation examination after making and finishing, and through examination on probation, has obtained the good result of expection.
The above is preferred embodiment of the present invention only, is not that the present invention is done any pro forma restriction; The those of ordinary skill of all industry, but all shown in the by specification accompanying drawing and the above, and implement the present invention swimmingly; But all those skilled in the art in not breaking away from the technical solution of the present invention scope, when can utilizing the above technology contents that discloses, and a little change of making, modify the equivalent variations with differentiation, are equivalent embodiment of the present invention; Simultaneously, all foundations essence technology of the present invention all still belongs in the scope of technical scheme of the present invention change, modification and the differentiation etc. of any equivalent variations that above embodiment did.
Claims (4)
1, a kind of high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant is characterized in that: by water inlet pipe (1), distributing water room (2), uniform device (3), band press jar (4), a mixing tube (5), reative cell (6), current divider (7), diffuser (8), water leg (9), protection chamber (10), separation chamber (11), flocculating chamber (12), expansion chamber (13), discharge pipeline (14), collect heavy chamber (15), body refuse chamber (16), help towards valve (17), motor-driven valve (18), pond body (19), outlet pipe (20), drip pan (21) formation;
Described high-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant; its water inlet pipe (1) and mixing tube (5) welding; its mixing tube (5) welds by connector with current divider (7); being inserted into band after its mixing tube (5) welds with current divider (7) presses in jar (4); its mixing tube (5) and reative cell (6); reative cell (6) presses the inwall fixing point of jar (4) all to weld with band; it is as a whole that its band presses jar (4) and body refuse chamber (16) to be provided with to be connected; it is connected to whole band and presses jar (4) and body refuse chamber (16) to be placed on the middle position of pond body (19); the bottom of its body refuse chamber (16) is connected by flange with discharge pipeline (14); its discharge pipeline (14) with help towards valve (17); motor-driven valve (18) connects by flange; its body refuse chamber (16) and expansion chamber (13) welding; its expansion chamber (13) and the heavy chamber (15) of collection be provided be connected as a whole; the bottom of its heavy chamber (15) of collection is connected by flange with discharge pipeline (14); its discharge pipeline (14) with help towards valve (17); motor-driven valve (18) connects by flange; the upper end of its expansion chamber (13) and diffuser (8) be provided be connected as a whole; the upper end of its diffuser (8) and the lower end of flocculating chamber (12) be provided be connected as a whole; its flocculating chamber (12) and separation chamber (11); separation chamber (11) and protection chamber (10); protection chamber (10) and water leg (9); water leg (9) all welds with drip pan (21); its drip pan (21) and outlet pipe (20) welding; its diffuser (8); flocculating chamber (12); separation chamber (11); the outer wall of drip pan (21) all with the welding of the inwall of pond body (19); its diffuser (8); flocculating chamber (12); separation chamber (11); protection chamber (10); the inboard outer wall of water leg (9) presses the outer wall of jar (4) to constitute distributing water room (2) jointly by the welding of polylith connecting plate with band, and its band is pressed jar (4) and uniform device (3) welding.
2; high-efficiency steel-smelting wet dedusting sewage according to claim 1 and refining sewage-treatment plant; it is characterized in that: described water inlet pipe (1); mixing tube (5); discharge pipeline (14); outlet pipe (20) is tubular structure; described distributing water room (2) is for to overlook to the pond shape structure that is " returning " font; described uniform device (3) is discoideus perpendicular to the unsettled cover plate shape structure that is provided with the fixture of strip and block on the downside of plectane in mode at interval for the upper end; it is a jar shape structure that described band is pressed jar (4); described reative cell (6) is placed with the sphere-like structure in the mesh casing; described current divider (7) is the cone shape structure; described diffuser (8) is the taper tubular structure; described water leg (9) is for overlooking the groove shape structure that has gradient to L-shaped bottom surface; described protection chamber (10) is the pond shape structure at the no end; described separation chamber (11) constitutes for a plurality of tilting pipes are common to be overlooked to being alveolate texture; described flocculating chamber (12) is a tubular structure; described expansion chamber (13); the heavy chamber (15) of collection; body refuse chamber (16) is the taper tubular structure; described helping towards valve (17); motor-driven valve (18) is valve shape structure; described pond body (19) is a pond shape structure, and described drip pan (21) is bucket-shaped structure.
3, high-efficiency steel-smelting wet dedusting sewage according to claim 1 and refining sewage-treatment plant is characterized in that: described water inlet pipe (1), uniform device (3), band press jar (4), mixing tube (5), reative cell (6), current divider (7), body refuse chamber (16) and a discharge pipeline (14) that is connected with body refuse chamber (16), help towards valve (17), motor-driven valve (18) and constitute an one-level processing unit jointly.
4, high-efficiency steel-smelting wet dedusting sewage according to claim 1 and refining sewage-treatment plant is characterized in that: described distributing water room (2), diffuser (8), water leg (9), protection chamber (10), separation chamber (11), flocculating chamber (12), expansion chamber (13), discharge pipeline (14), the heavy chamber (15) of collection, help towards valve (17), motor-driven valve (18), outlet pipe (20), drip pan (21) and constitute a two stage treatment unit jointly;
Described two stage treatment unit is 1-30.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2007101072882A CN100553725C (en) | 2007-05-28 | 2007-05-28 | High-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2007101072882A CN100553725C (en) | 2007-05-28 | 2007-05-28 | High-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant |
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| Publication Number | Publication Date |
|---|---|
| CN101314087A CN101314087A (en) | 2008-12-03 |
| CN100553725C true CN100553725C (en) | 2009-10-28 |
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| CNB2007101072882A Active CN100553725C (en) | 2007-05-28 | 2007-05-28 | High-efficiency steel-smelting wet dedusting sewage and refining sewage-treatment plant |
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| CN110025988B (en) * | 2019-05-27 | 2021-07-23 | 安徽理工大学 | Coal slime water concentration treatment system of three-section underflow discharge |
| CN110026123A (en) * | 2019-05-27 | 2019-07-19 | 安徽理工大学 | A kind of flocculation medicament quantitatively dissolves and uniformly mixes add-on system |
| CN110025989B (en) * | 2019-05-27 | 2021-04-30 | 安徽理工大学 | Rake-free thickener with three-section discharge outlets |
| CN111302459B (en) * | 2020-02-25 | 2022-07-08 | 广州市汇鹏建设有限公司 | Municipal administration environmental protection sewage sedimentation treatment system |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2039873A (en) * | 1979-01-15 | 1980-08-20 | Sydlo Inc | Liquid treatment apparatus |
| CN1254685A (en) * | 1998-11-25 | 2000-05-31 | 上海合众机电设备成套有限公司 | Process and equipment for treating suspended substance in steel-rolling sewage |
| JP2005125316A (en) * | 2003-09-29 | 2005-05-19 | Ataka Construction & Engineering Co Ltd | Heavy metal-containing wastewater treatment method and its system |
| FR2870230A1 (en) * | 2004-05-13 | 2005-11-18 | Ouest Environnement Sarl | Domestic waste water treatment tank has anaerobic and aerobic treatment sections, followed by mechanical filtration |
| CN1724399A (en) * | 2005-06-09 | 2006-01-25 | 王建中 | Impulse electromagnetic field treating process and device for dust waste water of converter |
| CN1990397A (en) * | 2005-12-27 | 2007-07-04 | 首钢总公司 | Steel iron wastewater coagulating sedimentation and filtration treatment system |
| CN201058833Y (en) * | 2007-05-28 | 2008-05-14 | 中冶京诚工程技术有限公司 | Highly-effective steel-making wet dust removal sewage and refining sewage treating apparatus |
-
2007
- 2007-05-28 CN CNB2007101072882A patent/CN100553725C/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2039873A (en) * | 1979-01-15 | 1980-08-20 | Sydlo Inc | Liquid treatment apparatus |
| CN1254685A (en) * | 1998-11-25 | 2000-05-31 | 上海合众机电设备成套有限公司 | Process and equipment for treating suspended substance in steel-rolling sewage |
| JP2005125316A (en) * | 2003-09-29 | 2005-05-19 | Ataka Construction & Engineering Co Ltd | Heavy metal-containing wastewater treatment method and its system |
| FR2870230A1 (en) * | 2004-05-13 | 2005-11-18 | Ouest Environnement Sarl | Domestic waste water treatment tank has anaerobic and aerobic treatment sections, followed by mechanical filtration |
| CN1724399A (en) * | 2005-06-09 | 2006-01-25 | 王建中 | Impulse electromagnetic field treating process and device for dust waste water of converter |
| CN1990397A (en) * | 2005-12-27 | 2007-07-04 | 首钢总公司 | Steel iron wastewater coagulating sedimentation and filtration treatment system |
| CN201058833Y (en) * | 2007-05-28 | 2008-05-14 | 中冶京诚工程技术有限公司 | Highly-effective steel-making wet dust removal sewage and refining sewage treating apparatus |
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| CN101314087A (en) | 2008-12-03 |
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