CN201357046Y - Double-cylinder turbo dedusting and desulphurization tower - Google Patents
Double-cylinder turbo dedusting and desulphurization tower Download PDFInfo
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- CN201357046Y CN201357046Y CNU2009200037960U CN200920003796U CN201357046Y CN 201357046 Y CN201357046 Y CN 201357046Y CN U2009200037960 U CNU2009200037960 U CN U2009200037960U CN 200920003796 U CN200920003796 U CN 200920003796U CN 201357046 Y CN201357046 Y CN 201357046Y
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Abstract
The utility model relates to a double-cylinder turbo dedusting and desulphurization tower, which relates to the technical field of environment protection. The dedusting and desulphurization tower comprises a liquid collection and drain device, a temperature reducing and air homogenizing device, a liquid distributing device, an inertial dehydrating unit, a flue gas discharging device of an upper tower, an upper transition body, a lower transition body, a window and the like, wherein the liquid collection and drain device includes a bottom tower body, an inspection hole, a seal cover, a connecting pipe, a water seal chamber and a drain pipe, the temperature reducing and air homogenizing device includes a lower tower body, an air and liquid inlet pipe, a flange plate, a spray head and an air homogenizing blade, the liquid distributing device includes a middle tower body, a main and a branch pipe, the inertial dehydrating unit includes an upper tower body, a support frame, a folded plate and an inner bracket, the bottom tower body, the lower tower body, the middle tower body, the lower transition body, the upper tower body, the upper transition body and the top tower body are sequentially welded together, the inner wall of an outer cylinder of the middle tower body is welded with the outer end of the turbine blade, and the inner end of the turbine blade is welded with the excircle of the lower end of the inner cylinder of a seal cylinder to form a double-cylinder turbo device for boiler dedusting and desulphurization. Gas-liquid-solid three-phase strong turbulence combines dedusting with desulphurization, the water content of discharged flue is lower than 75 milligram / m<3>, the dedusting rate is 99.7%, and the desulphurization rate is 99.9%.
Description
Technical field
The utility model bitubular turbocharging dedusting and desulfurizing tower relates to environmental technology field; Be particularly related to the environmental protecting device technical field; Relate in particular to the environmental protecting device technical field that tail gas flue dust, sulfur dioxide and other discarded object of coal-burning boiler and Industrial Stoves thoroughly purify; Be specifically related to a kind of bitubular turbocharging dedusting and desulfurizing tower technical field of damp and hot high-effective dust-removing desulfurization.
Background technology
China the present and the future a very long time, it all will be consumption of coal big country, coal accounts for more than 70% of primary energy total quantity consumed, present national consumption of coal total amount is above 1,800,000,000 tons, because the direct burning of raw coal, certainly will discharge pollutants such as a large amount of flue dust and sulfur dioxide, form serious coal-smoke pollution.
At present, China's atmosphere pollution situation is very serious.Announce that according to State Environmental Protection Administration the main cause that pollutes is the acid rain harm that pellet (PM10/PM5/PM2.5) and sulfur oxide (sulfur dioxide) form; The whole nation has the inspirable particle concentration in city, the half left and right sides to surpass secondary standard.Along with the discharge capacity of pollutants such as the continuous increase of thermal power plant's production capacity and expansion, its sulfur dioxide also certainly will corresponding continuous increase, thus, the severe situation of China's quality of air environment can not be ignored.Consider a problem from the theory of sustainable development, exploitation is fit to the high-quality cheap apparatus of China's national situation and the technology that matches with it, not only have huge economic market, main be to benefit the social responsibility that can not refuse for the descendants.
At present, in the dust-removal and desulfurizing technical field, it is that 97233705.9 granite water dust scrubber, the patent No. are that 95106076.7 damp and hot stack gas desulfurization facility, the patent No. are that the sulfur method of 01180042.8 flue gas and used equipment, the patent No. thereof are the sulfur method of 97102963.3 flue gas and the relevant technologies of device and U.S. The Babcock ﹠ Wilcox Co that the patent No. is arranged ... etc.In these technology, as the granite water dust scrubber, be to build thing by laying bricks or stones as tower body with granite building material, utilize the cyclonic separation principle, by the film entrapment smoke particle, but granite water dust scrubber battlefield area is big, desulfurization dust-removing efficiency is low, withdraws from the market gradually in recent years, especially along with the each department provincial standard (being strict in national standard) that discharges pollutants is launched respectively, the market share of granite water dust scrubber is more and more littler.On the other hand, though external hollow-spraying-tower desulfur technology is progressively used by Chinese large-sized thermal power plant, owing to reasons such as material factor, the secret factors of technology, the localization process of its equipment and technology is slow.In sum, prior art all exist not general to large-scale and miniature boiler, floor space is big, operating cost is high, maintenance maintenance is loaded down with trivial details and complicated or lay particular emphasis on dedusting or lay particular emphasis on desulfurization, the effect that is difficult to dedusting and desulfurization is organically integrated, dedusting and desulfurization is undesirable and efficient is low ... wait many deficiencies, defective and drawback.Based on applicant's professional knowledge be engaged in the rich experiences of industry work and to the excelsior unremitting pursue of cause, the utility model is exactly conscientious and on sufficient investigation, understanding, analysis, summary prior art and the present situation basis, succeed in developing to set up " bitubular turbo charging installation " key technology.
The utility model content
The utility model adopts sets up " bitubular turbo charging installation " key technology, by by end tower body, inspection opening, the seal cover of inspection opening, tube connector, water tight compartment, " the liquid collecting pumping equipment " that drainpipe constitutes, by following tower body, air inlet pipe, feed tube, ring flange, spray head, equal gas blades " the equal device of air of lowering the temperature " that constitute, by middle tower body, female pipe, " liquid dispensing apparatus " that arm constitutes, by last tower body, bracing frame, flap, " the inertia dewater unit " that inner support constitutes, the outer tube structure that constitutes by middle tower body, the inner tube structure that sealing drum constitutes, the turbine structure that turbo blade constitutes, thereby common " bitubular turbo charging installation " that constitutes, " exhaust smoke device " that constitutes by the head tower body, and following transition body, last transition body, each parts such as form and device, and to the combination of described each parts and device be connected, form the utility model.
The purpose that reaches by the utility model is: adopt to set up " bitubular turbo charging installation " key technology, " bitubular turbocharging dedusting and desulfurizing tower " new equipment is provided, but but accomplish that large-scale and miniature boiler are general, floor space is little, operating cost is low, maintenance maintenance is simple and convenient, not only dedusting but also desulfurization, dedusting and desulfurization is organically integrated, dedusting and desulfurization satisfactory for result and efficient height, and make that it is scientific and reasonable for structure and simple and practical, be convenient to making and effect stability is reliable, integrated cost is low and be beneficial to and apply.
The utility model can accomplish the end in view.
For achieving the above object, the technical scheme that provides of the utility model is:
A kind of bitubular turbocharging dedusting and desulfurizing tower, comprise inspection opening, tube connector and the water tight compartment, the drainpipe that are provided with by on end tower body and the end tower body, comprise by following tower body and the air inlet pipe that is provided with on the tower body down, feed tube, ring flange, spray head, equal gas blades, comprise the mother's pipe, the arm that are provided with by on middle tower body and the middle tower body, comprise the bracing frame, flap, the inner support that are provided with by on last tower body and the last tower body, also comprise head tower body, following transition body, go up transition body, form;
Also be provided with sealing drum, turbo blade on the tower body in described;
Tower body of the described end, following tower body, middle tower body, last tower body, the head tower body is tubular structure, described transition body down is inverted taper tubular structure, described upward transition body is the taper tubular structure, described inspection opening, form is the shape of oblong aperture or circular port, described tube connector, drainpipe, air inlet pipe, feed tube, arm is tubular structure, described water tight compartment is rectangle or circular solid space cell structure, described spray head is the structure of screw sprayhead, described all gas blade is semicircular en plaque structure, described female pipe is the disk tubular structure, support frame as described above is the support body shape structure of rod shape, described flap is a platy structure, and described inner support is circular rod shape frame structure;
Described sealing drum is the tubular structure that two ends are provided with the circular seal blind plate, and described turbo blade is a trapezoid blade shape structure;
Described bitubular turbocharging dedusting and desulfurizing tower, its end tower body and following tower body, following tower body and middle tower body, middle tower body and following transition body, following transition body and last tower body, last tower body and last transition body, last transition body and head tower body all are welded to connect, the inspection opening that is provided with on its end tower body and the seal cover of inspection opening are fastenedly connected by securing member, its end tower body and tube connector one end, the tube connector other end and water tight compartment one end, the water tight compartment other end and drainpipe, following tower body and air inlet pipe, female pipe all is welded to connect with arm or is threaded, it penetrates down the interior feed tube of tower body and the feed tube outside the following tower body is fastenedly connected by securing member by ring flange, its all the gas blade under the downward-sloping state in arc limit, be welded to connect with following tower body, be welded to connect with middle tower body under the state of its arm tower body in penetrating, its form is inlayed with high temp glass and is connected, tower body and bracing frame on it, bracing frame and flap, flap and inner support are under the fish scale state with flap and all are welded to connect;
Described bitubular turbocharging dedusting and desulfurizing tower, wherein the cylindrical of the inner of the outer end of tower body inwall and turbo blade, turbo blade and sealing drum lower end all is welded to connect.
Described bitubular turbocharging dedusting and desulfurizing tower, described turbo blade is the 6-50 sheet, described turbo blade and sealing drum baseplane are 25 and spend to miter angle.
Described bitubular turbocharging dedusting and desulfurizing tower, the seal cover of tower body of the described end, inspection opening, inspection opening, tube connector, water tight compartment, drainpipe constitute the liquid collecting pumping equipment jointly.
Described bitubular turbocharging dedusting and desulfurizing tower, described down tower body, air inlet pipe, feed tube, ring flange, spray head, all the gas blade constitutes the equal device of air of cooling jointly.
Described bitubular turbocharging dedusting and desulfurizing tower, described middle tower body, female pipe, arm constitute liquid dispensing apparatus jointly.
Described bitubular turbocharging dedusting and desulfurizing tower, described upward tower body, bracing frame, flap, inner support constitute the inertia dewater unit jointly, and described inertia dewater unit is the 1-3 layer.
Described bitubular turbocharging dedusting and desulfurizing tower, the outer tube structure of tower body for constituting in described, the inner tube structure of described sealing drum for constituting, the turbine structure of described turbo blade for constituting, described middle tower body, sealing drum, turbo blade constitute bitubular turbo charging installation jointly.
Described bitubular turbocharging dedusting and desulfurizing tower, the head tower body of described tubular structure constitutes exhaust smoke device.
Described bitubular turbocharging dedusting and desulfurizing tower, tower body of the described end, down tower body, middle tower body, go up tower body, head tower body, down the transition body, go up transition body, water tight compartment be metal material be grouan material or be end tower body that the reinforced concrete material makes, down tower body, middle tower body, go up tower body, head tower body, down the transition body, go up transition body, water tight compartment.
Owing to adopted technical scheme provided by the utility model; The beneficial effect that makes the utility model compared with the prior art obtain is:
1, since the utility model be provided with by middle tower body as outer tube structure, sealing drum as inner tube structure, be connected turbo blade between urceolus and the inner core as turbine structure, and constitute described bitubular turbo charging installation jointly with middle tower body, sealing drum, turbo blade; Thereby obtained to make bitubular turbocharging technology to be implemented, make gas-liquid to form the eddy current diffusion field at the sealing drum position and make the specific area of gas-liquid expand into maximum, to reach direct capture and to strengthen the beneficial effect that promotes to capture smokeshade and sulfur dioxide purpose.
2, since the set bitubular turbo charging installation of the utility model to take with middle tower body be that urceolus, sealing drum are the inside and outside double-barrel structure of inner core, make that inner core can occupy fully that the existing stickiness of the central negative nip that forms because of the air-flow that discharges flue gas from bottom to top dissipates, turbulent flow pulsation and short circuit phenomenon, thereby having obtained to reach improves dust-removal and desulfurizing effect and efficient, reduction pressure drag, the beneficial effect of stable smooth and easy purpose from bottom to top.
3, because seal cover, tube connector, water tight compartment, drainpipe that the utility model is provided with by end tower body, inspection opening, inspection opening constitute the liquid collecting pumping equipment jointly, the seal cover of its inspection opening and inspection opening is tightened together by securing member at ordinary times, only when checking or clear up, just can open, thereby obtain the beneficial effect of liquid collecting; Simultaneously, because drainpipe is arranged on the upper end of water tight compartment, thereby also obtained the beneficial effect that flue gas can not leak.
4, because the utility model is provided with by following tower body, air inlet pipe, feed tube, ring flange, spray head, all the gas blade constitutes the equal device of air of cooling jointly, after flue gas enters tower body, can run into by feed tube and flow to the spray droplet of spray head and lower the temperature, simultaneously, under the effect of equal gas blades, the smoke distribution that makes into is even, and under the effect of equal gas blade angle degree, to the make progress guiding of circulation of flue gas; Thereby obtained beneficial effect that flue gas is lowered the temperature, evenly distributes, led.
5, constitute liquid dispensing apparatus jointly because the utility model is provided with by middle tower body, female pipe, arm, thereby obtained and the liquid that is used for flue gas is handled can have been implemented evenly to distribute and the effective beneficial effect of dust-removal and desulfurizing.
6, owing to being provided with by last tower body, bracing frame, flap, inner support, the utility model constitutes the inertia dewater unit jointly, make purification flue gas directly not discharge with certain water capacity, but the inertia that has utilized flue gas to rise dexterously, under need not any power situation, receive the coalescence that stops of flap, and reach the purpose of dehydration, thereby obtained to utilize flow of flue gas inertia and the beneficial effect that carries out flue gas is implemented dehydration.
7, since design science of the present utility model rationally, simple and ingenious structure, easy to operation, operate steadily reliable, make draw materials conveniently, effect is effective, thereby the beneficial effect of low, an easy to use and sharp popularization that obtained to be easy to be made.
Description of drawings
Fig. 1 looks schematic diagram for the master of the utility model specific embodiment; Promptly the master that key position is carried out partly analysing and observe looks schematic diagram.
Fig. 2 be among Fig. 1 A-A to schematic top plan view; It is the schematic top plan view of the equal device of air of cooling in the specific embodiment of the present utility model.
Fig. 3 be among Fig. 1 B-B to schematic top plan view; It is the schematic top plan view of bitubular turbo charging installation in the specific embodiment of the present utility model.
Fig. 4 be among Fig. 1 C-C to schematic top plan view; It is the schematic top plan view of liquid dispensing apparatus in the specific embodiment of the present utility model.
Fig. 5 be among Fig. 1 D-D to schematic top plan view; It is the schematic top plan view of inertia dewater unit in the specific embodiment of the present utility model.
Label among the figure: 1, end tower body, 11, inspection opening, 12, tube connector, 13, water tight compartment, 14, drainpipe, 2, following tower body, 21, air inlet pipe, 22, feed tube, 23, ring flange, 24, spray head, 25, equal gas blades, 3, middle tower body, 31, female pipe, 32, arm, 33, sealing drum, 34, turbo blade, 4, go up tower body, 41 bracing frames, 42, flap, 43, inner support, 5, head tower body, 6, following transition body, 7, go up the transition body, 8, form.
The specific embodiment
Below in conjunction with Figure of description, the utility model is described in detail.Shown in Figure of description:
A kind of bitubular turbocharging dedusting and desulfurizing tower, comprise by the inspection opening 11 that is provided with on end tower body 1 and the end tower body 1, tube connector 12 and water tight compartment 13, drainpipe 14, comprise by following tower body 2 and the air inlet pipe 21 that is provided with on the tower body 2 down, feed tube 22, ring flange 23, spray head 24, equal gas blades 25, comprise by middle tower body 3 and in the mother that is provided with on the tower body 3 manage 31, arm 32, comprise by last tower body 4 reaching bracing frame 41, flap 42, the inner support 43 of going up setting on the tower body 4, also comprise head tower body 5, following transition body 6, go up transition body 7, form 8;
Also be provided with sealing drum 33, turbo blade 34 on the tower body 3 in described;
Tower body of the described end 1, following tower body 2, middle tower body 3, last tower body 4, head tower body 5 is tubular structure, described transition body 6 down is inverted taper tubular structure, the described transition body 7 of going up is the taper tubular structure, described inspection opening 11, form 8 is the shape of oblong aperture or circular port, described tube connector 12, drainpipe 14, air inlet pipe 21, feed tube 22, arm 32 is tubular structure, described water tight compartment 13 is rectangle or circular solid space cell structure, described spray head 24 is the structure of screw sprayhead, described all gas blade 25 is semicircular en plaque structure, described female pipe 31 is the disk tubular structure, support frame as described above 41 is the support body shape structure of rod shape, described flap 42 is a platy structure, and described inner support 43 is circular rod shape frame structure;
Described sealing drum 33 is provided with the tubular structure of circular seal blind plate for two ends, and described turbo blade 34 is a trapezoid blade shape structure;
Described bitubular turbocharging dedusting and desulfurizing tower, its end tower body 1 and following tower body 2, following tower body 2 and middle tower body 3, middle tower body 3 and following transition body 6, following transition body 6 and last tower body 4, last tower body 4 and last transition body 7, last transition body 7 all is welded to connect with head tower body 5, the inspection opening 11 that is provided with on its end tower body 1 is fastenedly connected by securing member with the seal cover of inspection opening 11, its end tower body 1 and tube connector 12 1 ends, tube connector 12 other ends and water tight compartment 13 1 ends, water tight compartment 13 other ends and drainpipe 14, following tower body 2 and air inlet pipe 21, female pipe 31 all is welded to connect with arm 32 or is threaded, its feed tube 22 and following tower body 2 feed tube 22 outward that penetrates down in the tower body 2 is fastenedly connected by securing member by ring flange 23, its all gas blade 25 under the downward-sloping state in arc limit, be welded to connect with following tower body 2, be welded to connect with middle tower body 3 under the state of its arm 32 tower body 3 in penetrating, its form 8 is inlayed with high temp glass and is connected tower body 4 and bracing frame 41 on it, bracing frame 41 and flap 42, flap 42 is under the fish scale state with flap 42 with inner support 43 and all is welded to connect;
Described bitubular turbocharging dedusting and desulfurizing tower, wherein the cylindrical of the inner of the outer end of tower body 3 inwalls and turbo blade 34, turbo blade 34 and sealing drum 33 lower ends all is welded to connect.
Described bitubular turbocharging dedusting and desulfurizing tower, described turbo blade 34 is the 6-50 sheet, described turbo blade 34 is 25 with sealing drum 33 baseplanes and spends to miter angle.
Described bitubular turbocharging dedusting and desulfurizing tower, the seal cover of tower body of the described end 1, inspection opening 11, inspection opening 11, tube connector 12, water tight compartment 13, drainpipe 14 common formation liquid collecting pumping equipments.
Described bitubular turbocharging dedusting and desulfurizing tower, described down tower body 2, air inlet pipe 21, feed tube 22, ring flange 23, spray head 24, all gas blade 25 is common constitutes the equal device of air of cooling.
Described bitubular turbocharging dedusting and desulfurizing tower, described middle tower body 3, female pipe 31, arm 32 common formation liquid dispensing apparatus.
Described bitubular turbocharging dedusting and desulfurizing tower, described tower body 4, bracing frame 41, flap 42, the inner support 43 common formation inertia dewater units gone up, described inertia dewater unit is the 1-3 layer.
Described bitubular turbocharging dedusting and desulfurizing tower, the outer tube structure of tower body 3 for constituting in described, described sealing drum 33 is the inner tube structure of formation, the turbine structure of described turbo blade 34 for constituting, described middle tower body 3, sealing drum 33, turbo blade 34 common formation bitubular turbo charging installations.
Described bitubular turbocharging dedusting and desulfurizing tower, the head tower body 5 of described tubular structure constitutes exhaust smoke device.
Described bitubular turbocharging dedusting and desulfurizing tower, tower body of the described end 1, down tower body 2, middle tower body 3, go up tower body 4, head tower body 5, down transition body 6, go up transition body 7, water tight compartment 13 be metal material be grouan material or be end tower body 1 that the reinforced concrete material makes, down tower body 2, middle tower body 3, go up tower body 4, head tower body 5, down transition body 6, go up transition body 7, water tight compartment 13.
In above-mentioned specific implementation process: the standardized product of spray head 24 for purchasing on the market; Described turbo blade 34 is implemented with 6,8,10,12,16,20,25,30,35,40,45,50 respectively; The angle that described turbo blade 34 and sealing drum 33 baseplanes form is implemented with 25 degree, 30 degree, 35 degree, 40 degree, 45 degree respectively; Go up to described that tower body 4, bracing frame 41, flap 42, inner support 43 are common to be constituted the inertia dewater units and implement with one deck, two layers, three layers respectively; To tower body of the described end 1, down tower body 2, middle tower body 3, go up tower body 4, head tower body 5, down transition body 6, go up transition body 7, water tight compartment 13 and carried out the enforcement made from metal material, grouan material, reinforced concrete material respectively; All received the expection good result.
The utility model has carried out property on probation examination after implementing to finish.In examination on probation, when high-temperature flue gas from air inlet pipe 21 enter into down in the tower body 2, when all 25 pairs of flue gases of gas blade carry out the current-sharing guiding, liquid just enters and lowers the temperature by 24 pairs of flue gases of spray head from feed tube 22, gas-liquid is implemented cooling and dropped to the process of optimum mass transfer temperature, it is the process that flue dust and sulfur dioxide is heated activation, by this process, under inertial collision, the effect of coalescence principle, big particle and part sulfur dioxide have just been finished the diffusion of molecule and have been removed; Flue gas is behind humidification activation, just enter in the bitubular turbo charging installation, by this device, the flow velocity of flue gas is increased gradually, thereby build-up of pressure increases, and can change gas kinetic energy into by flue gas pressures, this gas kinetic energy is in the exit of turbo blade 34 maximum, by the effect of turbo blade 34, make flue gas under middle tower body 3 inwall effects, be formed naturally very much the eddy current of the mode of rotating up; The flue gas that rotates up mode is in uphill process, run into the liquid of arm 32 ejections in the liquid dispensing apparatus, the mutual collision of flue gas and liquid and when obtaining kinetic energy and causing acceleration, the flue gas that has absorbed liquid just is rapidly atomized into droplet, in the strong blending of this air-flow, the main body specific area of gas phase and liquid phase expand into maximum, makes each unit of gas all be surrounded and be adsorbed by drop; By this process, flow velocity reduces, the kinetic energy of gas becomes the pressure energy, pressure rise, grit and drop because of collision and absorption mutually inter coagulation become big chap, just enter in the end tower body 1 of liquid collecting pumping equipment; The gas liquid mixture of not arranged down continues to rise, and just runs on the flap 42 of inertia dewater unit, and free state water smoke is removed, and enters equally in the end tower body 1 of bottom liquid collecting pumping equipment; Treated gas is discharged in the atmosphere by head tower body 5; Liquid in the end tower body 1 is discharging after precipitate and separate is handled.In above-mentioned process, the bitubular turbo charging installation that constitutes by middle tower body 3, sealing drum 33, turbo blade 34, set up the eddy current diffusion field, just because of the eddy current diffusion field, strengthened gas-liquid speed of related movement, make the particle movement of fluid change turbulent flow into by laminar flow and make air film bring in constant renewal in, by the gas phase main body realize the liquid phase main body transformation, strengthened specific area and mass transfer force.In using examination, the discharging of flue gas is detected, the result of detection is: the water content of discharging flue gas below 75 milligrams/cubic metre, efficiency of dust collection can reach 99.7%, desulfuration efficiency can reach 99.9%.Obtained the good result of expection.Examination fully proves through above property on probation: pass through the utility model, enforcement makes the gas, liquid, solid three-phase realize the new ideas of strong turbulent mass transfer in bitubular turbo charging installation, to reach the purpose of dust-removal and desulfurizing, have the substantive distinguishing features and the significant technological progress of novelty, creativeness, property on probation.It will be applied widely.
The above is preferred embodiment of the present utility model only, is not that the utility model 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 utility model swimmingly; But all those skilled in the art in not breaking away from the technical solutions of the utility model 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 utility model; Simultaneously, all foundations essence technology of the present utility model all still belongs in the scope of the technical solution of the utility model change, modification and the differentiation etc. of any equivalent variations that above embodiment did.
Claims (9)
1, a kind of bitubular turbocharging dedusting and desulfurizing tower, comprise by end tower body (1) and end tower body (1) and go up the inspection opening (11) that is provided with, tube connector (12) and water tight compartment (13), drainpipe (14), comprise by tower body (2) under tower body (2) reaches down and go up the air inlet pipe (21) that is provided with, feed tube (22), ring flange (23), spray head (24), equal gas blades (25), comprise by middle tower body (3) and middle tower body (3) and go up the mother's pipe (31) that is provided with, arm (32), comprise by last tower body (4) and last tower body (4) and go up the bracing frame (41) that is provided with, flap (42), inner support (43) also comprises head tower body (5), following transition body (6), last transition body (7), form (8);
It is characterized in that: also be provided with sealing drum (33), turbo blade (34) on the tower body (3) in described;
Tower body of the described end (1), following tower body (2), middle tower body (3), last tower body (4), head tower body (5) is tubular structure, described transition body (6) down is inverted taper tubular structure, described upward transition body (7) is the taper tubular structure, described inspection opening (11), form (8) is the shape of oblong aperture or circular port, described tube connector (12), drainpipe (14), air inlet pipe (21), feed tube (22), arm (32) is tubular structure, described water tight compartment (13) is rectangle or circular solid space cell structure, described spray head (24) is the structure of screw sprayhead, described all gas blade (25) is semicircular en plaque structure, described female pipe (31) is the disk tubular structure, support frame as described above (41) is the support body shape structure of rod shape, described flap (42) is a platy structure, and described inner support (43) is circular rod shape frame structure;
Described sealing drum (33) is provided with the tubular structure of circular seal blind plate for two ends, and described turbo blade (34) is a trapezoid blade shape structure;
Described bitubular turbocharging dedusting and desulfurizing tower, its end tower body (1) and following tower body (2), following tower body (2) and middle tower body (3), middle tower body (3) and following transition body (6), following transition body (6) and last tower body (4), last tower body (4) and last transition body (7), last transition body (7) all is welded to connect with head tower body (5), its end tower body (1) is gone up the inspection opening (11) of setting and the seal cover of inspection opening (11) is fastenedly connected by securing member, its end tower body (1) and tube connector (12) one ends, tube connector (12) other end and water tight compartment (13) one ends, water tight compartment (13) other end and drainpipe (14), following tower body (2) and air inlet pipe (21), female pipe (31) all is welded to connect with arm (32) or is threaded, it penetrates down the interior feed tube (22) of tower body (2) and the feed tube (22) outside the following tower body (2) is fastenedly connected by securing member by ring flange (23), its all gas blade (25) under the downward-sloping state in arc limit, be welded to connect with following tower body (2), its arm (32) is welded to connect with middle tower body (3) under the state that penetrates middle tower body (3), its form (8) is inlayed with high temp glass and is connected, tower body on it (4) and bracing frame (41), bracing frame (41) and flap (42), flap (42) and inner support (43) are under the fish scale state with flap (42) and all are welded to connect;
Described bitubular turbocharging dedusting and desulfurizing tower, wherein the cylindrical of the inner of the outer end of tower body (3) inwall and turbo blade (34), turbo blade (34) and sealing drum (33) lower end all is welded to connect.
2, bitubular turbocharging dedusting and desulfurizing tower according to claim 1 is characterized in that: described turbo blade (34) is the 6-50 sheet, and described turbo blade (34) is 25 with sealing drum (33) baseplane and spends to miter angle.
3, bitubular turbocharging dedusting and desulfurizing tower according to claim 1 is characterized in that: the seal cover of tower body of the described end (1), inspection opening (11), inspection opening (11), tube connector (12), water tight compartment (13), drainpipe (14) constitute the liquid collecting pumping equipment jointly.
4, bitubular turbocharging dedusting and desulfurizing tower according to claim 1 is characterized in that: described down tower body (2), air inlet pipe (21), feed tube (22), ring flange (23), spray head (24), all gas blade (25) is common constitutes the equal device of air of cooling.
5, bitubular turbocharging dedusting and desulfurizing tower according to claim 1 is characterized in that: tower body (3), female pipe (31), arm (32) constitute liquid dispensing apparatus jointly in described.
6, bitubular turbocharging dedusting and desulfurizing tower according to claim 1 is characterized in that: described upward tower body (4), bracing frame (41), flap (42), inner support (43) constitute the inertia dewater unit jointly, and described inertia dewater unit is the 1-3 layer.
7, bitubular turbocharging dedusting and desulfurizing tower according to claim 1, it is characterized in that: the outer tube structure of tower body (3) for constituting in described, the inner tube structure of described sealing drum (33) for constituting, the turbine structure of described turbo blade (34) for constituting, described middle tower body (3), sealing drum (33), turbo blade (34) constitute bitubular turbo charging installation jointly.
8, bitubular turbocharging dedusting and desulfurizing tower according to claim 1 is characterized in that: the head tower body (5) of described tubular structure constitutes exhaust smoke device.
9, bitubular turbocharging dedusting and desulfurizing tower according to claim 1 is characterized in that: tower body of the described end (1), down tower body (2), middle tower body (3), go up tower body (4), head tower body (5), down transition body (6), go up transition body (7), water tight compartment (13) be metal material be grouan material or be end tower body (1) that the reinforced concrete material makes, down tower body (2), middle tower body (3), go up tower body (4), head tower body (5), down transition body (6), go up transition body (7), water tight compartment (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2009200037960U CN201357046Y (en) | 2009-02-03 | 2009-02-03 | Double-cylinder turbo dedusting and desulphurization tower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2009200037960U CN201357046Y (en) | 2009-02-03 | 2009-02-03 | Double-cylinder turbo dedusting and desulphurization tower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201357046Y true CN201357046Y (en) | 2009-12-09 |
Family
ID=41422803
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2009200037960U Expired - Lifetime CN201357046Y (en) | 2009-02-03 | 2009-02-03 | Double-cylinder turbo dedusting and desulphurization tower |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201357046Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102805998A (en) * | 2012-08-23 | 2012-12-05 | 北京威肯众合环保科技有限公司 | Smoke gas desulfurization dust removal device by turbulent ball type turbocharging acceleration |
| CN103239980A (en) * | 2013-06-03 | 2013-08-14 | 重庆大鼎鼓风机有限公司 | Desulfurizing tower with self-skimming function |
-
2009
- 2009-02-03 CN CNU2009200037960U patent/CN201357046Y/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102805998A (en) * | 2012-08-23 | 2012-12-05 | 北京威肯众合环保科技有限公司 | Smoke gas desulfurization dust removal device by turbulent ball type turbocharging acceleration |
| CN103239980A (en) * | 2013-06-03 | 2013-08-14 | 重庆大鼎鼓风机有限公司 | Desulfurizing tower with self-skimming function |
| CN103239980B (en) * | 2013-06-03 | 2015-08-05 | 重庆大鼎鼓风机有限公司 | Can the desulfurizing tower of self-skimming |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20091209 |