CN103623926A - Electrical tar precipitator - Google Patents
Electrical tar precipitator Download PDFInfo
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- CN103623926A CN103623926A CN201210310833.9A CN201210310833A CN103623926A CN 103623926 A CN103623926 A CN 103623926A CN 201210310833 A CN201210310833 A CN 201210310833A CN 103623926 A CN103623926 A CN 103623926A
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Abstract
The present invention discloses an electrical tar precipitator, which comprises a vertical cylinder, a feed box, insulation boxes, a spraying device, a hanging rod, a suspension frame, a honeycomb precipitation pole tube body, corona wires, a gas distribution plate and a convex bottom, wherein the suspension frame is fixedly connected with the upper end of the corona wires, the corona wires present linear vertical overhang states due to gravity, the corona wire lower ends extending out of the honeycomb precipitation pole tube body lower end opening are co-fixed and hanged with an inverted cone-shaped weight balancing overhang cylinder, an inverted cone-shaped chamber is correspondingly arranged inside the inverted cone-shaped weight balancing overhang cylinder, the top end of the inverted cone-shaped weight balancing overhang cylinder is provided with a tar collection port communicated with the inverted cone-shaped chamber, the bottommost portion tip end of the inverted cone-shaped weight balancing overhang cylinder is provided with a tar outflow port communicated with the inverted cone-shaped chamber, the tar collection port is positioned just below the honeycomb precipitation pole tube body, and the orthographic projection region of the tar collection port vertically projecting on the horizontal plane is always positioned within the orthographic projection region contour line of the honeycomb precipitation pole tube body vertically projecting on the horizontal plane along the length direction. According to the electrical tar precipitator, the structure is further simplified, potential possibility of electrical arc generation can be eliminated, and safety is high.
Description
Technical field
The present invention relates to Coal Chemical Industry equipment, belong to the improvement of electrically trapped tar oil apparatus structure, particularly electrical tar precipitator.
Background technology
Now use various electrical tar precipitators of a great variety, comprise concentric circles electrical tar precipitator, tubular type electrical tar precipitator, honeycomb fashion electrical tar precipitator etc., honeycomb fashion electrical tar precipitator wherein has structure and compact and reasonable, without electric field hole and the good technical characterstic of trapping characteristic.By electrical tar precipitator minimum altitude, be now 11 meters of left and right, can only be arranged on outdoorly, after finishing using winter, need heater to heat in time its kiln body inside existing inner with electrical tar precipitator, the mast-up that now has exceptionally straight setting corona wire with its inside of electrical tar precipitator is by upper hanger, over sling, lower suspension rod and lower suspension bracket form, upper hanger hangs and connects suspension bracket, lower suspension rod upper end is fixed on over sling, the affixed lower suspension bracket in lower suspension rod lower end, each hexagon rib pipe (receiving electrode) is through being positioned at, between lower suspension bracket, through the corona wire (corona discharge electrode) of each hexagon rib pipe on it, lower end is connected on over sling and lower suspension bracket, when thering is the electrical tar precipitator of mast-up or the work of other electrical tar precipitator, must to electrical tar precipitator, keep an eye on use in strict accordance with code of practice, otherwise, between corona wire and suspension bracket or on, between lower suspension bracket, just have the possibility that produces electric arc, and issuable electric arc (electric spark) coal gas that can ignite in electrical tar precipitator, even cause electrical tar precipitator blast, cause serious industrial accident.
Summary of the invention
The object of the present invention is to provide a kind of electrical tar precipitator, not only structure is further simplified, and eliminates the Potential feasibility that produces electric arc, and security performance is higher.
The object of the present invention is achieved like this: a kind of electrical tar precipitator, comprise vertical cylindrical shell, end socket, feeder box, insulated case, porcelain insulator, suspension rod, protecting tube, spray equipment, choke cover, hanger bracket, cellular precipitation utmost point body, corona wire, gas distribution grid and sunken bottom, spray equipment has shower water influent stream pipe and spray head, cellular precipitation utmost point body is comprised of hexagon rib pipe, each hexagon rib pipe orthographic projection is along its length shaped as that hexagon and its pipe perisporium is corresponding has six rectangle plane walls, adjacent two hexagon rib pipes have identical rectangle plane wall, gas distribution grid self is provided with the dispersion pod apertures of threading body, on the nozzle of the upper end of vertical cylindrical shell, be fixedly mounted with the end socket of its upper end nozzle sealing, on end socket shell wall, be fixedly mounted with feeder box and the insulated case being positioned at outside vertical cylindrical shell, porcelain insulator is all packed in insulated case, the gas exit and the first jack that all penetrate its shell wall are being set on end socket, the second jack, through the protecting tube of the first jack, it extend out on the first jack and exposes to that upper end outside vertical cylindrical shell is fixed with insulated case and its lower end being positioned under the first jack is placed in vertical cylindrical shell, vertical cylindrical shell cylinder chamber is communicated with atmosphere by gas exit, shower water influent stream pipe in the second jack stretches into vertical cylindrical shell and its bottom mouth of pipe that is positioned at vertical cylindrical shell through spray head, be communicated with vertical cylindrical shell cylinder chamber, at vertical cylindrical shell internal upper part, be fixedly mounted with the protecting tube that is positioned at the setting below end socket shell wall, suspension rod upper end penetrates protecting tube, the choke cover that covers mouth down is being set on the suspension rod body of rod below protecting tube, the lower end of suspension rod is hung and is connected to the hanger bracket that is positioned at choke cover below, at the vertical cylindrical shell being positioned at below hanger bracket, be fixedly mounted with cellular precipitation utmost point body, each the hexagon rib pipe that forms cellular precipitation utmost point body is erect setting, the affixed corona wire of hanger bracket upper end, corona wire is respectively hung oneself the geometric center of hexagon rib length of tube direction projection shape through each hexagon rib pipe, its positive pole of feeder box dc source connects corona wire through porcelain insulator connection cellular precipitation utmost point body and its negative pole through porcelain insulator, in vertical cylindrical shell, be positioned at cellular precipitation utmost point body below be fixedly mounted with gas distribution grid, in vertical cylindrical shell, be positioned at and be fixedly mounted with bottom sunken bottom below gas distribution grid, sunken bottom has the upwards end face of protuberance, vertical cylindrical shell is positioned at the lower end nozzle sealing of sunken bottom below, at vertical cylindrical shell, on the barrel between cellular precipitation utmost point body and gas distribution grid, the gas inlet that is communicated with vertical cylindrical shell cylinder chamber is being set, the overfall that is communicated with vertical cylindrical shell cylinder chamber is being set on the foot barrel below vertical cylindrical shell is positioned at gas inlet, corona wire be subject to gravity and linearly setting is dangled and it stretches out the cellular precipitation utmost point body lower end mouth of pipe downwards lower end jointly fixedly hanging have the back taper counterweight cylinder that dangles, back taper counterweight is dangled in cylinder and is correspondingly provided with back taper chamber, dangle the top of cylinder of back taper counterweight is arranging the tar that is communicated with back taper chamber and is collecting mouth, the dangle foot tip of cylinder of back taper counterweight is arranging the tar that is communicated with back taper chamber and is going out head piece, tar collect mouth be positioned at cellular precipitation utmost point body under and its tar collect an orthographic projection territory that mouth is vertically projected to horizontal plane and be positioned at all the time cellular precipitation utmost point body and be vertically projected to along its length the orthographic projection territory outline line on horizontal plane.
The operation principle basic identical (being not described in detail in this) of operation principle of the present invention and existing whole electrical tar precipitators, but its core texture is obviously different from existing whole electrical tar precipitators, its core technology feature is: cellular precipitation utmost point body below is mounted with by the back taper counterweight of the corona wire hanging cylinder that dangles by gravity, therefore, core component is the back taper counterweight cylinder that dangles, although other parts that the present invention has and existing electrical tar precipitator is identical.The present invention need to be used in conjunction with gas supply device, before using the present invention, the coal gas outlet of gas supply device need be communicated with to gas inlet of the present invention.When the present invention works, the coal gas of being discharged by gas supply device (coke-stove gas) enters vertical inner barrel through gas inlet of the present invention, enter the coal gas of vertical inner barrel after the dispersion pod apertures (being diffusing hole) of gas distribution grid setting, the flowing velocity of coal gas reduces and flow to more dispersedly the chamber that vertical cylindrical shell is positioned at gas distribution grid top, because back taper counterweight is dangled its tip of cylinder vertically down, according to hydrodynamics, when back taper counterweight is dangled in its tapered planar perisporium of cylinder coal gas air-flow of being subject to being spread out by gas distribution grid, the back taper counterweight updraft resistance that is subject to of its tapered planar perisporium of cylinder that dangles will reduce greatly, so, by homodisperse coal gas gas shock power after gas distribution grid, also can be acted on more equably back taper counterweight dangles in the tapered planar peripheral wall surfaces of cylinder, as long as back taper counterweight is dangled, cylinder enough weighs (proportion is larger), back taper counterweight is dangled the basic impact with regard to the coal gas air-flow that can not be moved up of cylinder and is done pendular movement, thereby also just can avoid corona wire with the swing back and forth generation of phenomenon of cylinder of dangling of back taper counterweight, guarantee the dangle stability of dangling of cylinder of back taper counterweight, prevent that corona wire from excessively departing from the geometric center point of the vertical orthographic projection of hexagon rib pipe, or prevent that corona wire from departing from the geometric center point of the vertical orthographic projection of hexagon rib pipe to such an extent as to touch hexagon rib pipe internal perisporium, corresponding Potential feasibility or the direct current short circuit accident of also just stopping generation electric arc (electric spark).In addition, when the present invention works, when coal gas that coal gas enters vertical inner barrel through the dispersion pod apertures of gas distribution grid setting time or enter the dispersion pod apertures that the coal gas of vertical inner barrel arranges through gas distribution grid at coal gas after (Gas Flow time of crossing cellular precipitation utmost point body can reach about 6 seconds more than), by cellular precipitation utmost point body internal perisporium face, institute from upwards flow through the coal gas of its body catches, the aqueous tar of collecting is (containing naphthalene, foreign material etc.) through the dangle tar of cylinder of taper counterweight, collected mouthful successively by gravity, in back taper chamber, tar goes out head piece drip to gas distribution grid and the dispersion pod apertures of gas distribution grid is dropped on the end face of sunken bottom protuberance, on the end face of sunken bottom protuberance, flowed downward by gravity, through overfall, regularly flow out vertical cylindrical shell and be collected again, tar can be used as the auxiliary product of multiple Coal Chemical Industry.In sum, its whole use stainless steel manufacture of the present invention, can further dwindle and take volume and weight reduction, more be convenient to build, install, it has saved the mast-up of original electrical tar precipitator, and not only structure is further simplified, and eliminate the Potential feasibility that produces electric arc, security performance is higher.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the invention will be further described.
Fig. 1 is that master of the present invention looks (perspective) structural representation;
Fig. 2 be cellular precipitation utmost point body of the present invention and back taper counterweight dangle cylinder vertical orthographic projection view.
The specific embodiment
A kind of electrical tar precipitator, as Fig. 1, shown in Fig. 2, comprise vertical cylindrical shell 23, end socket 7, feeder box 1, insulated case 3, porcelain insulator 2, suspension rod 9, protecting tube 8, spray equipment, choke cover 10, hanger bracket 11, cellular precipitation utmost point body 12, corona wire 13, gas distribution grid 18 and sunken bottom 24, spray equipment has shower water influent stream pipe 4 and spray head 5, cellular precipitation utmost point body 12 is comprised of hexagon rib pipe 25, each hexagon rib pipe 25 orthographic projection is along its length shaped as that hexagon and its pipe perisporium is corresponding has six rectangle plane walls, adjacent two hexagon rib pipes 25 have identical rectangle plane wall, gas distribution grid 18 self is provided with the dispersion pod apertures of threading body, on the nozzle of the upper end of vertical cylindrical shell 23, be fixedly mounted with the end socket 7 of its upper end nozzle sealing, on end socket 7 shell walls, be fixedly mounted with feeder box 1 and the insulated case 3 being positioned at outside vertical cylindrical shell 23, porcelain insulator 2 is all packed in insulated case 3, the gas exit 6 and the first jack that all penetrate its shell wall are being set on end socket 7, the second jack, through the protecting tube 8 of the first jack, it extend out on the first jack and exposes to that upper end outside vertical cylindrical shell 23 is fixed with insulated case 3 and its lower end being positioned under the first jack is placed in vertical cylindrical shell 23, 23 chambeies of vertical cylindrical shell are communicated with atmosphere by gas exit 6, shower water influent stream pipe 4 in the second jack stretches into vertical cylindrical shell 23 and its bottom mouth of pipe that is positioned at vertical cylindrical shell 23 through spray head 5, be communicated with 23 chambeies of vertical cylindrical shell, at vertical cylindrical shell 23 internal upper parts, be fixedly mounted with the protecting tube 8 that is positioned at the setting below end socket 7 shell walls, suspension rod 9 upper ends penetrate protecting tube 8, on suspension rod 9 bodies of rod below protecting tube 8, the choke cover 10 that covers mouth down is being set, the lower end of suspension rod 9 is hung and is connected to the hanger bracket 11 that is positioned at choke cover 10 belows, at the vertical cylindrical shell 23 being positioned at below hanger bracket 11, be fixedly mounted with cellular precipitation utmost point body 12, each the hexagon rib pipe 25 that forms cellular precipitation utmost point body 12 is erect setting, the affixed corona wire of hanger bracket 11 13 upper ends, corona wire 13 is respectively hung oneself the geometric center of hexagon rib pipe 25 length direction projection of shape through each hexagon rib pipe 25, its positive pole of feeder box 1 dc source connects corona wires 13 through porcelain insulator 2 connection cellular precipitation utmost point bodys 12 and its negative pole through porcelain insulator 2, in vertical cylindrical shell 23, be positioned at cellular precipitation utmost point body 12 below be fixedly mounted with gas distribution grid 18, in vertical cylindrical shell 23, be positioned at and be fixedly mounted with bottom sunken bottom 24 below gas distribution grid 18, sunken bottom 24 has the upwards end face 21 of protuberance, vertical cylindrical shell 23 is positioned at the lower end nozzle sealing of sunken bottom 24 belows, at vertical cylindrical shell 23, on the barrel between cellular precipitation utmost point body 12 and gas distribution grid 18, the gas inlet 20 that is communicated with 23 chambeies of vertical cylindrical shell is being set, on foot barrel below vertical cylindrical shell 23 is positioned at gas inlet 20, the overfall 22 that is communicated with 23 chambeies of vertical cylindrical shell is being set, corona wire 13 be subject to gravity and linearly setting is dangled and it stretches out the cellular precipitation utmost point body 12 lower end mouths of pipe downwards lower end jointly fixedly hanging have the back taper counterweight cylinder 15 that dangles, the back taper counterweight cylinder that dangles is correspondingly provided with back taper chamber 17 in 15, back taper counterweight cylinder 15 the top of dangling is arranging the tar that is communicated with back taper chamber 17 and is collecting mouth 19, back taper counterweight cylinder 15 the foot tip of dangling is arranging the tar that is communicated with back taper chamber 17 and is going out head piece 16, as shown in Figure 2, tar collect mouthfuls 19 be positioned at cellular precipitation utmost point body 12 under and its tar collect mouthful 19 orthographic projection territories that are vertically projected to horizontal plane and be positioned at all the time cellular precipitation utmost point body 12 and be vertically projected to along its length the orthographic projection territory outline line on horizontal plane.In the middle of Fig. 1, hollow directional arrow represents that coal gas is successively through gas inlet 20, gas distribution grid 18, upwards flow out the flow trace of gas exit 6 in back taper counterweight the dangle 15 back taper chamber 17 that have, cellular precipitation utmost point body 12 of cylinder chamber (periphery in back taper chamber 17) between cylinder 15 and vertical cylindrical shell 23 and/or back taper counterweight of dangling, in Fig. 2, solid directional arrow represents that tar flows out tar downwards and collects mouthfuls 19 flow trace through cellular precipitation utmost point body 12, back taper counterweight cylinder 15 back taper chambeies 17 that have, the gas distribution grid 18 that dangle successively.
As shown in Figure 1, to have the end face 21 of protuberance upwards spherical in shape planar or taper is planar for sunken bottom 24.
As shown in Figure 1, the quantity of hexagon rib pipe 25 is 3-6.
As shown in Figure 1, the stretch hand hole 14 that penetrates its barrel is being set on the barrel between gas distribution grid 18 and sunken bottom 24 at vertical cylindrical shell 23, facilitate construction personnel that hand channel stretch hand hole 14 is stretched in vertical cylindrical shell 23, by the back taper counterweight lower end that cylinder 15 is lifted on corona wire 13 of dangling.Certainly, when upright shell 23 volumes are too large, at vertical cylindrical shell 23, on the barrel between gas distribution grid 18 and sunken bottom 24, independent manhole can be set, construction personnel can enter upright shell 23 inside through manhole, facilitate corresponding the dangle construction operation of cylinder 15 of corona wire 13 and back taper counterweight that lifts.
Corona wire 13 is steel wire or nickel filament.
As shown in Figure 1, be also fixedly mounted with heater in insulated case 3, heater is electric heater.Generally, the present invention, when outdoor application, will be installed heater additional, if in indoor use, without installing heater additional.Heater is steam heater or electric heater.
With the matching used coal gas of the present invention (water-gas) feeding mechanism (as water-gas environment-protection boiler that can desulphurization energy-saving, ZL200920277353.0) preferably there is gas flow little, little and the large feature of coal gas outflow pressure of oxygen supply amount, the coal gas oxygen content of its supply is controlled in 2% left and right, also just not being prone to electric fishing (electrical tar precipitator) dodges quick-fried accident, also without special oxygen content sensing equipment, gas supply device being supplied with to oxygen content in coal gas measures, in addition, it is lower that gas supply device is supplied with coal gas oxygen supply amount, the calorific value of its coal gas of supplying with also has more 30-50% than the calorific value of common coal gas.
Claims (7)
1. an electrical tar precipitator, comprise vertical cylindrical shell (23), end socket (7), feeder box (1), insulated case (3), porcelain insulator (2), protecting tube (8), spray equipment, choke cover (10), suspension rod (9), hanger bracket (11), cellular precipitation utmost point body (12), corona wire (13), gas distribution grid (18) and sunken bottom (24), spray equipment has shower water influent stream pipe (4) and spray head (5), cellular precipitation utmost point body (12) is comprised of hexagon rib pipe (25), each hexagon rib pipe (25) orthographic projection is along its length shaped as that hexagon and its pipe perisporium is corresponding has six rectangle plane walls, adjacent two hexagon rib pipes (25) have identical rectangle plane wall, gas distribution grid (18) self is provided with the dispersion pod apertures of threading body, on the upper end nozzle of vertical cylindrical shell (23), be fixedly mounted with the end socket (7) of its upper end nozzle sealing, on end socket (7) shell wall, be fixedly mounted with the feeder box (1) and the insulated case (3) that are positioned at outside vertical cylindrical shell (23), porcelain insulator (2) is all packed in insulated case (3), the gas exit (6) and the first jack that all penetrate its shell wall are being set on end socket (7), the second jack, through the protecting tube (8) of the first jack, it extend out on the first jack and exposes to that upper end outside vertical cylindrical shell (23) is fixed with insulated case (3) and its lower end being positioned under the first jack is placed in vertical cylindrical shell (23), vertical cylindrical shell (23) cylinder chamber is communicated with atmosphere by gas exit (6), shower water influent stream pipe (4) in the second jack stretches into vertical cylindrical shell (23) and its bottom mouth of pipe that is positioned at vertical cylindrical shell (23) through spray head (5), be communicated with vertical cylindrical shell (23) cylinder chamber, at vertical cylindrical shell (23) internal upper part, be fixedly mounted with the protecting tube (8) of the setting that is positioned at end socket (7) shell wall below, suspension rod (9) upper end penetrates protecting tube (8), on suspension rod (9) body of rod of protecting tube (8) below, the choke cover (10) that covers mouth down is being set, the lower end of suspension rod (9) is hung and is connected to the hanger bracket (11) that is positioned at choke cover (10) below, at the vertical cylindrical shell (23) that is positioned at hanger bracket (11) below, be fixedly mounted with cellular precipitation utmost point body (12), each the hexagon rib pipe (25) that forms cellular precipitation utmost point body (12) is erect setting, the affixed corona wire of hanger bracket (11) (13) upper end, corona wire (13) is respectively hung oneself the geometric center of hexagon rib pipe (25) length direction projection of shape through each hexagon rib pipe (25), its positive pole of feeder box (1) dc source connects corona wire (13) through porcelain insulator (2) connection cellular precipitation utmost point body (12) and its negative pole through porcelain insulator (2), the below that is positioned at cellular precipitation utmost point body (12) in vertical cylindrical shell (23) is being fixedly mounted with gas distribution grid (18), what in vertical cylindrical shell (23), be positioned at gas distribution grid (18) below is being fixedly mounted with sunken bottom (24) bottom, sunken bottom (24) has the upwards end face (21) of protuberance, vertical cylindrical shell (23) is positioned at the lower end nozzle sealing of sunken bottom (24) below, at vertical cylindrical shell (23), be positioned at the gas inlet (20) that is communicated with vertical cylindrical shell (23) cylinder chamber is being set on the barrel between cellular precipitation utmost point body (12) and gas distribution grid (18), the connection overfall (22) that is communicated with vertical cylindrical shell (23) cylinder chamber is being set on the foot barrel below vertical cylindrical shell (23) is positioned at gas inlet (20), it is characterized in that: corona wire (13) be subject to gravity and linearly setting is dangled and it stretches out cellular precipitation utmost point body (12) the lower end mouth of pipe downwards lower end jointly fixedly hanging have the back taper counterweight cylinder (15) that dangles, the back taper counterweight cylinder that dangles is correspondingly provided with back taper chamber (17) in (15), the back taper counterweight tar that the top of cylinder (15) arranging connection back taper chamber (17) that dangles is collected mouthful (19), the back taper counterweight tar that the foot tip of cylinder (15) arranging connection back taper chamber (17) that dangles goes out head piece (16), tar collect mouthful (19) be positioned at cellular precipitation utmost point body (12) under and its tar collect orthographic projection territory that mouthful (19) be vertically projected to horizontal plane and be positioned at all the time cellular precipitation utmost point body (12) and be vertically projected to along its length the orthographic projection territory outline line on horizontal plane.
2. electrical tar precipitator according to claim 1, is characterized in that: it is spherical in shape planar or taper is planar that sunken bottom (24) has the end face (21) of protuberance upwards.
3. electrical tar precipitator according to claim 1, is characterized in that: the quantity of hexagon rib pipe (25) is 3-6.
4. electrical tar precipitator according to claim 1, is characterized in that: at vertical cylindrical shell (23), be positioned at the stretch hand hole (14) that penetrates its barrel is being set on the barrel between gas distribution grid (18) and sunken bottom (24).
5. electrical tar precipitator according to claim 1, is characterized in that: corona wire (13) is steel wire or nickel filament.
6. electrical tar precipitator according to claim 1, is characterized in that: in insulated case (3), be also fixedly mounted with heater, heater is electric heater.
7. electrical tar precipitator according to claim 6, is characterized in that: heater is steam heater or electric heater.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210310833.9A CN103623926B (en) | 2012-08-28 | 2012-08-28 | Electrical tar precipitator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210310833.9A CN103623926B (en) | 2012-08-28 | 2012-08-28 | Electrical tar precipitator |
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| Publication Number | Publication Date |
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| CN103623926A true CN103623926A (en) | 2014-03-12 |
| CN103623926B CN103623926B (en) | 2016-05-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210310833.9A Expired - Fee Related CN103623926B (en) | 2012-08-28 | 2012-08-28 | Electrical tar precipitator |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103894290A (en) * | 2014-04-23 | 2014-07-02 | 四川乐山伟业机电有限责任公司 | Horizontal electrostatic precipitator |
| CN106111337A (en) * | 2015-11-29 | 2016-11-16 | 解标 | A kind of gas-particle two-phase part flow arrangement of electric cleaner portion gas dust suppression |
| WO2017177881A1 (en) * | 2016-04-12 | 2017-10-19 | 王冬 | Waste gas integrated-treatment device |
| CN108380387A (en) * | 2018-04-28 | 2018-08-10 | 中冶焦耐(大连)工程技术有限公司 | A kind of combined type electrical tar precipitator |
| CN108538180A (en) * | 2018-04-17 | 2018-09-14 | 天津市职业大学 | It visualizes high-pressure electrostatic and devokes instructional device |
| CN109248785A (en) * | 2018-08-16 | 2019-01-22 | 内蒙古万众炜业科技环保股份公司 | Electrical tar precipitator is used in a kind of production and processing of semi-coke |
| CN112827650A (en) * | 2020-12-21 | 2021-05-25 | 长沙稻香农业科技有限公司 | High-purification-rate biomass pyrolysis gas electrical tar precipitator |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109939826A (en) * | 2019-04-26 | 2019-06-28 | 内蒙古正能化工集团有限公司 | Electrical tar precipitator is used in a kind of production and processing of semi-coke |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103894290A (en) * | 2014-04-23 | 2014-07-02 | 四川乐山伟业机电有限责任公司 | Horizontal electrostatic precipitator |
| CN106111337A (en) * | 2015-11-29 | 2016-11-16 | 解标 | A kind of gas-particle two-phase part flow arrangement of electric cleaner portion gas dust suppression |
| CN106111337B (en) * | 2015-11-29 | 2023-12-19 | 解标 | Gas-solid two-phase flow dividing device for dust suppression of tail gas of electric dust remover |
| WO2017177881A1 (en) * | 2016-04-12 | 2017-10-19 | 王冬 | Waste gas integrated-treatment device |
| CN108538180A (en) * | 2018-04-17 | 2018-09-14 | 天津市职业大学 | It visualizes high-pressure electrostatic and devokes instructional device |
| CN108380387A (en) * | 2018-04-28 | 2018-08-10 | 中冶焦耐(大连)工程技术有限公司 | A kind of combined type electrical tar precipitator |
| CN109248785A (en) * | 2018-08-16 | 2019-01-22 | 内蒙古万众炜业科技环保股份公司 | Electrical tar precipitator is used in a kind of production and processing of semi-coke |
| CN109248785B (en) * | 2018-08-16 | 2020-03-20 | 内蒙古万众炜业科技环保股份公司 | Electrical tar precipitator for semi-coke production and processing |
| CN112827650A (en) * | 2020-12-21 | 2021-05-25 | 长沙稻香农业科技有限公司 | High-purification-rate biomass pyrolysis gas electrical tar precipitator |
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| CN103623926B (en) | 2016-05-11 |
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