CN201719963U - No-GGH FGD desulphurized smoke emission device and chimney - Google Patents
No-GGH FGD desulphurized smoke emission device and chimney Download PDFInfo
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- CN201719963U CN201719963U CN201020190956XU CN201020190956U CN201719963U CN 201719963 U CN201719963 U CN 201719963U CN 201020190956X U CN201020190956X U CN 201020190956XU CN 201020190956 U CN201020190956 U CN 201020190956U CN 201719963 U CN201719963 U CN 201719963U
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Abstract
The utility model relates to a smoke emission device of a chimney by a desulphurization method, in particular to a no-GGH FGD desulphurized smoke emission device, comprising a smoke guide pipe, a smoke collecting shell, a ring-shaped platform with a flow guide hole, a self-standing chimney with a smoke emission device, a sectioned-supporting sleeve-type chimney, a self-standing sleeve-type chimney and a self-standing chimney of a tower frame, wherein at least one smoke guide pipe is communicated with the upper section of the smoke collecting shell; the ring-shaped platform is sheathed at the upper part of the smoke guide pipe; and the radius of the ring-shaped platform is equal to that of the inner connecting circle at the lower part of the smoke collecting shell. The smoke emission device has the obvious advantages of comprehensively solving the defects of repeated corrosion of various chimneys, reduces the cost of an anti-corrosion engineering, prolongs the service life of the chimney, eliminates 'secondary pollution' of chimney rain, greatly reduces the maintenance difficulty of the chimney, obviously reduces the maintenance cost, improves the economic benefit of a power plant, and is simple in structure and easy in implementation.
Description
One, technical field: the utility model relates to a kind of sulfur method chimney smoke tapping equipment, particularly relates to FGD desulfurization fume emission device and the chimney of a kind of GGH of nothing.
Two, background technology: for reducing of the pollution of discharging flue gas in coal-burning power plant's to atmospheric environment, strict carry out " thermal power plant's atmosphere pollutants emission standards ", State Environmental Protection Administration stipulates that auxiliary construction desulfurization same period facility was wanted in newly-built coal-fired plant flue gas discharging from January 1st, 2005, what the fired power generating unit of building in the past on January 1st, 2004 did not reach " discharge standard " answers the time limit transformation, and flue gas is handled through desulfurization can be discharged into atmospheric environment after reaching discharge standard.
At present, domestic flue gas desulfurization technique has multiple sulfur removal technologies such as wet desulphurization, dry desulfurization, and wherein, lime stone (or lime)-gypsum wet sulfur removal technology (being called for short FGD) technology maturation is most widely used obvious social benefit.
The FGD sulfur removal technology is made absorbent washing sulfur in smoke with lime stone (or lime), generates calcium sulfite, carries out oxidation reaction with the air that adds again, generates gypsum at last, removes sulfur dioxide, purifies flue gas.Entire reaction course is all finished in desulfuration absorbing tower, and reaction temperature is generally about 50 ℃.
Its main technique flow process is as follows: the flue gas of boiler induced-draft fan outlet, being boosted by the desulfurization booster fan enters the absorption tower after flue gas heat exchange device (cooling side) cooling.When vertical spray tower was adopted on the absorption tower, top, absorption tower was the uptake zone, and this district is furnished with spraying layer.The absorption tower circulating pump is with lime stone slurry, calcium sulfite or gypsum mixed serum are sent into the nozzle atomizing, atomization slurry is from top to bottom by sulfur dioxide uptake zone, absorption tower, contact the generation chemical reaction with air-flow, flow into bottom, absorption tower reactive tank after generating calcium sulfite, blast air by oxidation fan, calcium sulfite oxidation becomes calcium sulfate-dihydrate gypsum.Flue gas behind the desulfurizing and purifying enters flue after demister is removed drop, heat up the back to smoke stack emission by swinging flue gas heat exchange device (GGH) again.Swinging flue gas heat exchange device (GGH) is set 2 effects are arranged.The one, reduce the former flue-gas temperature that enters the absorption tower, satisfy the requirement of sulfur removal technology, the heat of its cooling is used to heat clean flue gas; The 2nd, utilize the heat of former flue gas to heat clean flue gas, improve exhaust gas temperature (the general requirement is not less than 80 ℃), make the flue gas of chimney breast that enough rising heights be arranged, thereby improve the environmental quality of ambient atmosphere.But the investment of GGH flue gas heat exchange device is huge, reaches more than 3,000 ten thousand yuan, and the operation energy consumption height reduces thermal power plant's economic benefit.
Facts have proved of the operation of wet desulphurization in recent years, the problem that GGH exists when operation is more, and the negative effect that brings is bigger.
Since 20th century the mid-80s, the most of FGD system of U.S.'s design has abandoned GGH, adopts wet chimney operation.China's flue gas desulfurization technique is used later, in existing environmental regulation, only the SO2 content in the discharging flue gas stipulated, and to the not clear and definite regulation of exhaust gas temperature,
The advantage of the wet method FGD system of GGH is not installed: flue gas system has saved compressed air, flushing water and the steam of GGH rinse-system, and system is simplified; Solved because GGH stops up the bottleneck problem of restriction FGD operation steady in a long-term, the reliability of system is improved greatly; Reduce the engineering investment cost of FGD, shortened the completion time of project, saved floor space; Reduced the operating cost of FGD; Economic benefit is very remarkable.
So China part thermal power plant has also adopted the FGD system of cancellation GGH at present, the saturated wet flue gas that discharges after the FGD system is directly from smoke stack emission (being called for short wet smoke stack emission).Several problems that wet smoke stack emission easily produces in actual motion:
1, wet smoke stack emission causes the aggravation of chimney stack wall erosion seepage, brings potential safety hazard for the chimney overall structure.Chimney in view of present Power Plant in China, major part is prismatic straight wall construction, because the clean flue gas of the discharging of the FGD desulphurization system of no GGH is the saturated wet flue gas that temperature is low, density is high, by smoke stack emission the time, wet flue gas bump chimney internal cylinder wall, condense into drop, past dirty along inner tube wall; Simultaneously, after the flue gas process FGD system, though SO
2Content significantly reduce, but to SO in the flue gas
3Total content can only remove 40～50%, because flue gas acid dew point temperature range 105～111.6 ℃ before by desulfurization are reduced to after the desulfurization 70.5～90 ℃, and it is 50 ℃ through the clean flue-gas temperature of the FGD system that do not establish GGH, the inner wall of stack temperature is well below acid dew-point temperature, remaining SO in so clean flue gas
3Very easily dewfall is dissolved in attached in the condensation water on the chimney internal cylinder wall, makes condensation water have very strong corrosivity.
Because the version of existing chimney, chimney emission tube inwall generally is a form vertically, in order to reduce the resistance of chimney, improve the rising height of flue gas, it is straight that the operated by rotary motion of smoke evacuation tube inwall is tried one's best, in the elevation of whole inner wall of stack, the condensation water tapping equipment is not set, only enters the base plate position of inner core, perhaps be provided with the collection and the floss hole of condensation water in the base plate position that is provided with retaining cigarette wall at chimney smoke, therefore, in the process of wet smoke stack emission, the condensate liquid of inner wall of stack has only along elevation, from top to down, trickling just can obtain collecting and discharging to the bottom from the eminence to the lower.In this process, caused condensation water to the whole process corrosion from top to down of chimney internal cylinder wall.
In addition, the chimney of existing large thermal power plant is generally about 100～280 meters, condensate liquid is in trickling process from top to down, washing away of flue gas stream on being subjected to from descending, the drop that condenses is evaporated again and is entrained in the flue gas again, wet flue gas is in whole chimney uphill process, this process constantly repeats, condensation water constantly evaporates and condenses, the total amount and the acid concentration of the condensation water that on inner wall of stack, adheres to have been caused, when the temperature change of exhaust gas volumn and flue gas is little, maintain substantially on the stable concentration value.The result of this process makes inner wall of stack continue to be immersed in the very strong condensation water of certain density corrosivity, and inner wall of stack is caused lasting corrosion.
When flue gas does not discharge through desulfurization, be omnidistance negative pressure operation substantially in chimney, when flue gas during through the discharging of the FGD desulphurization system of no GGH, the import cigarette temperature of chimney is reduced to about 50 ℃ from about 120 ℃, cause smoke density to increase, reducing of chimney from draft, the chimney internal pressure is distributed to be changed, zone of positive pressure enlarges in the part chimney, when flue gas moves at zone of positive pressure, condensation water on the chimney internal cylinder wall produces permeating corrosion to barrel, makes condensation water strengthen the whole process corrosion and the lasting corrosion of inner wall of stack, accelerates corrosion process.
2, the chimney of existing structure form the secondary environmental pollution problem of so-called " chimney rain " occurs when the FGD of no GGH desulfurization fume emission.Because the FGD system discharged flue gas temperature of no GGH is lower, the outlet velocity of flue gas is lower, because clean flue gas is saturated wet flue gas, when meteorological condition is bad, when flue gas leaves chimney breast, can form condensing drip, forms so-called " chimney rain ".For example: power plant, Shandong #1, #2 unit do not have the FGD system of GGH, the FGD system of no GGH of Guangdong Province power plant second phase etc. " chimney rain " problem all take place." chimney rain " exists phenomenon commonplace in the FGD of no GGH desulfuration chimney, because of landform, and the area, wind direction, climate difference, " chimney rain " degree is different.
3, current chimney anticorrosion maintenance difficulty, the time is long, influences the main frame operation, reduces thermal power plant's economic benefit.
Owing to, need carry out maintenance and inspection timely to chimney when the corrosion situation of fore funnel.But concerning the chimney of 100～280 meters elevations, bring very big difficulty, need lifting means be installed in the exit, chimney top, set up the high-lift operation hanging cradle of professional production manufacturer production, could carry out inspection and maintenance inner wall of stack to service work.The recondition expense height, the cycle is long, and particularly two shared chimneys of unit carry out the power plant of fume emission, and two main frames all must be shut down during the chimney maintenance, make the economy of power plant loss serious.
Three, utility model content:
The utility model proposes a kind of FGD desulfurization fume emission device and chimney that does not have GGH for overcoming the prior art deficiency.
The technical scheme that the utility model adopted:
A kind of FGD desulfurization fume emission device that does not have GGH, comprise and lead smoke pipe, collection cigarette housing, ring-shaped platform, have at least one to lead smoke pipe and be communicated with collection cigarette housing upper section, leading smoke pipe is that circle is led smoke pipe, taper is led smoke pipe, is prismaticly led that smoke pipe, pyramid are led smoke pipe, abnormity is led in the smoke pipe and chosen any one kind of them, collection cigarette housing is a hollow truncated cone platform housing, select a kind of in the hollow truncated pyramid platform housing, the ring-shaped platform suit is fixed on leads the smoke pipe middle and upper part, at least be provided with a pod apertures on the ring-shaped platform, ring-shaped platform radius and collection cigarette housing bottom inradius equate.
Outer surface at collection cigarette housing, the lower surface of ring-shaped platform, and the outer surface of leading smoke pipe between ring-shaped platform and the collection cigarette housing upper surface, be provided with the annular girder that cooperates separately with it, hollow vertical posts beam, the beam type supporting bracket that frustum of a cone shell beam or frustum of a pyramid shell beam are mutually permanently connected and constitute, or be provided with the grid annular girder that constitutes by hoop and radial ribs that cooperates separately with it, the grid hollow vertical beam that constitutes by hoop and element cylinder direction rib, the grid circle frustum shell beam or the grid frustum of a pyramid shell beam that constitute by hoop and generatrix direction rib, the grid supporting bracket that connects and composes fastened to each other, on the circumference of the same radius of ring-shaped platform, at least have the maintenance installing hole of three plugs with holes, the smoke pipe cross section of leading prismatic or pyramid is the inscribed triangle, or the above polygon in inscribed four limits, described triangle is an acute triangle, obtuse triangle, right angled triangle, isosceles triangle and equilateral triangle, the above polygon in described four limits, comprise any inpolygon that four limits are above, the above inscribed regular polygon in four limits, hollow frustum of a pyramid housing, comprise any frustum of a pyramid housing and hollow orthopyramid platform housing, hollow frustum of a pyramid housing lower margin is provided with the shirt rim to circle or conical shell transition, the tip angle that described hollow truncated cone platform housing and hollow truncated pyramid housing form is 30 °-150 °, 50 °-130 °, 75 °-115 °, choose any one kind of them in 85 °-105 °, when the cross section is frustum of a cone cross section, angle between two the conical shell buses in longitudinal section is a cone-apex angle, when the limit of frustum of a pyramid cross section number is even number, two corresponding sides mid points and pyramid summit line angle are tip angle, when the limit of cross section number was odd number, it was cone-apex angle that the pairing pyramidal surface of seamed edge base mid point and pyramid summit line and corresponding seamed edge form angle.
A kind of self-supporting chimney that has the fume emission device of claim 1, comprise at least one self-supporting smoke evacuation cylindrical shell that is installed on the corresponding separately base, the fume emission device, cat ladder or elevator, maintenance ring-shaped platform and guardrail, manhole door, every self-supporting smoke evacuation cylindrical shell lower end is provided with one at least and advances mouth, every self-supporting smoke evacuation cylinder inboard wall from bottom to top along elevation every certain altitude with a band supporting bracket or be not fixed on the inwall of smoke evacuation cylindrical shell or in the inwall with the fume emission device of supporting bracket, pod apertures on the fume emission device ring-shaped platform is communicated with the water conservancy diversion arm, the water conservancy diversion arm passes the smoke evacuation cylindrical shell and is communicated with the water conservancy diversion person in charge, water conservancy diversion is responsible for the lower end and is inserted lime set pond, ground, when the smoke evacuation cylindrical shell is 2 when above, the maintenance ring-shaped platform that is fixed in the cylindrical shell lateral wall of respectively discharging fume constitutes maintenance combined annular platform and establishes the combination guardrail, and every smoke evacuation cylindrical shell is established manhole door and is communicated with maintenance combined annular platform.
Is 15-70 rice along elevation every certain altitude, 20-60 rice, choose a kind of in the 30-40 rice, every the smoke evacuation cylindrical shell bring into mouth bottom one section for the smoke evacuation conic tube, ring-shaped platform upper surface at every smoke evacuation cylinder inboard wall and every fume emission device is established anticorrosive coat, the smoke evacuation cylinder body outer wall is established heat-insulation layer, 2～30 of water conservancy diversion arms, the water conservancy diversion arm interconnects, water conservancy diversion is responsible for 2～10, during the band supporting bracket, beam type supporting bracket and grid type supporting bracket are selected a kind of, the lead smoke pipe and collection cigarette housing employing corrosion-resistant stainless steel or clad steel plate of flue gas fume extractor are processed, the ring-shaped platform supporting bracket, adopt carbon steel plate, Hi-Stren steel, a kind of manufacturing of weathering steel, the smoke evacuation cylindrical shell adopts carbon steel plate, Hi-Stren steel, a kind of manufacturing cat ladder of weathering steel or clad steel plate is fixed on a smoke evacuation cylinder body outer wall, and cat ladder or elevator are communicated with maintenance combined annular platform.
A kind of segmentation support set cartridge type chimney that contains described fume emission device, in outer sleeve, contain the smoke evacuation cylindrical shell that a segmented that is installed on the corresponding separately base supports at least, the fume emission device, interlayer coaxial annular maintenance platform and guardrail, cat ladder or elevator, manhole door, every root bottom part smoke evacuation cylindrical shell is provided with one at least and advances mouth, with the segmentation of every smoke evacuation cylindrical shell, has certain altitude for every section along elevation, the same coaxial installation of smoke evacuation cylindrical shell that segmentation is supported, adjacent two sections smoke evacuations are fixed with the band supporting bracket between the cylindrical shells or not with the fume emission device of supporting bracket, when having only a segmentation to support the smoke evacuation cylindrical shell in the outer jacket casing, the lower end of the smoke evacuation cylindrical shell that the preceding paragraph segmentation is supported is fixed on the fume emission device ring-shaped platform outer rim of band supporting bracket and the inner edge place of interlayer maintenance ring-shaped platform, the outer rim of interlayer maintenance ring-shaped platform, the outer rim of supporting bracket upper end, the outer rim of supporting bracket lower end, the collection cigarette housing lower end of fume emission device is fixed in the inwall of outer jacket casing, and the smoke evacuation cylindrical shell upper end that next section segmentation is supported is with the expansion joint device or directly be fastened on collection cigarette shell inner surface; Coaxial when being installed on the corresponding separately base segmentation more than two and supporting the smoke evacuation cylindrical shell when being provided with in the outer jacket casing, the lower end of the smoke evacuation cylindrical shell of every the preceding paragraph segmentation support, the ring-shaped platform of every fume emission device is fixed in the buckstay group, the collection cigarette housing lower end and the supporting bracket lower end of every fume emission device are fixed on down on the buckstay group or side, on, firm beam group is fixed in the outer jacket casing inwall down, constitute interlayer maintenance combined annular platform in last buckstay group, cat ladder is fixed on outer jacket casing inwall, cat ladder or elevator are communicated with each interlayer maintenance combined annular platform, every section segmentation is supported the smoke evacuation cylindrical shell and is had manhole door at interlayer maintenance combined annular platform place, the collection cigarette shell inner surface of fume emission device and corresponding coaxial next section of installation segmentation are supported smoke evacuation cylindrical shell upper end with expansion gear or directly be communicated with and fix, the pod apertures of flue gas fume extractor ring-shaped platform is communicated with the water conservancy diversion arm, the water conservancy diversion arm is responsible for water conservancy diversion and is communicated with, water conservancy diversion is responsible for and is passed collection cigarette housing wall, and water conservancy diversion is responsible for ground plane lime set pond, lower end.
Is 15-70 rice along elevation every certain altitude, 20-60 rice, rice is chosen a kind of among the 30-40, every smoke evacuation cylindrical shell bring into mouth bottom one section for divergent-cone wall, the ring-shaped platform upper surface that supports smoke evacuation cylinder inboard wall and every fume emission device every segmentation is provided with corrosion-resistant coating, in the ring-shaped platform, outer rim corrosion-resistant coating thickness is slightly larger than near the corrosion-resistant coating thickness of pod apertures, segmentation is supported the smoke evacuation cylinder body outer wall and is established heat-insulation layer, water conservancy diversion arm 2-30 root, the water conservancy diversion arm interconnects, and water conservancy diversion is responsible for the 2-10 root, and supporting bracket is the beam type supporting bracket, or be the grid type supporting bracket, the smoke evacuation cylindrical shell is supported in segmentation; The ring-shaped platform of fume emission device, supporting bracket uses carbon steel, Hi-Stren steel, weathering steel is chosen a kind of making, lead smoke pipe, collection cigarette housing employing corrosion-resistant stainless steel or clad steel plate processing, cat ladder is fixed on the outer jacket casing inwall of reinforced concrete from bottom to top, and cat ladder or elevator are communicated with each maintenance combined annular platform.
A kind of self-supporting smoke evacuation barrel jacket cartridge type chimney that contains described fume emission device, be included in the outer sleeve of armored concrete, at least be provided with a self-supporting smoke evacuation cylindrical shell that is installed on each self-corresponding base, the fume emission device, interlayer maintenance ring-shaped platform and guardrail, manhole door, cat ladder or elevator, every smoke evacuation cylindrical shell bottom is provided with one at least and advances mouth, every smoke evacuation cylindrical shell along elevation every certain altitude on the inwall of smoke evacuation cylindrical shell or be fixed with a band supporting bracket in the inwall or not with the fume emission device of supporting bracket, the pod apertures of its ring-shaped platform is communicated with the water conservancy diversion arm, the water conservancy diversion arm passes the smoke evacuation cylindrical shell and is communicated with the water conservancy diversion person in charge, water conservancy diversion is responsible for lower end and the ground liquid pool that condenses and is communicated with, when the smoke evacuation cylindrical shell that is provided with more than two, establish interlayer maintenance combined annular platform and cat ladder and be fixed in the outer sleeve inwall together, cat ladder or elevator are communicated with interlayer maintenance combined annular platform, and establish manhole door at the interlayer maintenance every smoke evacuation in ring-shaped platform place cylindrical shell.
Elevation is a 15-70 rice every certain altitude, 20-60 rice, 30-40 rice is chosen a kind of, every the smoke evacuation cylindrical shell bring into mouth bottom an end be conic tube, the ring-shaped platform upper surface that supports smoke evacuation cylinder inboard wall and every fume emission device every segmentation is provided with corrosion layer, the smoke evacuation cylinder body outer wall is established heat-insulation layer, water conservancy diversion arm 2-30 root, water conservancy diversion is responsible for the 2-10 root, pipe holder is the beam type supporting bracket or is the grid type supporting bracket, the fume emission device lead smoke pipe, collection cigarette housing is processed with corrosion-resistant stainless steel or clad steel plate, ring-shaped platform, supporting bracket, the smoke evacuation cylindrical shell adopts carbon steel, Hi-Stren steel, weathering steel selects a kind of processing, discharges fume for every to be slidingly matched between cylindrical shell and the interlayer maintenance combined platform.
A kind of pylon self-supporting chimney that contains described fume emission device, comprise the self-supporting smoke evacuation cylindrical shell that is installed on the corresponding separately base, be sleeved on the pylon steel structure body of smoke evacuation cylindrical shell periphery, the fume emission device, manhole door, maintenance ring-shaped platform and guardrail, cat ladder or elevator, in the tower-type steel structure body, be provided with a self-supporting smoke evacuation cylindrical shell at least, every smoke evacuation cylindrical shell is provided with one at least and advances mouth, fix a band supporting bracket or not with the fume emission device of supporting bracket along elevation every certain altitude from bottom to top on every smoke evacuation cylinder inboard wall or in the inwall, the ring-shaped platform pod apertures is communicated with the water conservancy diversion arm, the water conservancy diversion arm passes the smoke evacuation cylindrical shell and is communicated with the water conservancy diversion person in charge, water conservancy diversion is responsible for the lower end and is inserted lime set pond, ground, establishes maintenance combined annular platform at every fume emission device place, is fixed in the pylon steel structure body, every smoke evacuation cylindrical shell is established manhole door at maintenance combined annular platform place, and the cat ladder or the elevator that are fixed in the pylon steel structure body are communicated with combined platform.
The smoke evacuation cylinder inboard wall is 15-70 rice along elevation every certain altitude, 20-60 rice, choose a kind of in the 30-40 rice, every smoke evacuation cylindrical shell bring into mouth bottom one section for conic tube, ring-shaped platform at every smoke evacuation cylinder inboard wall and every fume emission device is established anticorrosive coat, the smoke evacuation cylinder body outer wall is established heat-insulation layer, supporting bracket is that beam type supporting bracket or grid type supporting bracket are chosen a kind of, the smoke evacuation cylindrical shell, the ring-shaped platform of fume emission device adopts carbon steel, the low-carbon alloy high strength steel, weathering steel is chosen a kind of manufacturing, lead smoke pipe, collection cigarette housing adopts corrosion-resistant stainless steel or clad steel plate processing, 2～30 of water conservancy diversion arms, and interconnect, water conservancy diversion is responsible for 2～10, and three above strong points are established on tower-type steel structure body and ground.
Useful good effect of the present utility model:
1, the utility model at chimney emission cylinder inboard wall or chimney outer cylinder body from down and the upper edge elevation is installed a fume emission device every certain altitude, make every section smoke evacuation cylinder inboard wall condensation water can be in time pod apertures by the fume emission device and water conservancy diversion arm and the water conservancy diversion person in charge enter lime set pond, ground, when efficiently solving the saturated wet flue gas discharging of FGD desulphurization system of no GGH, condensation water is in the evaporation repeatedly from top to down of smoke evacuation cylinder inboard wall, solidify repeatedly and repeat to corrode and omnidistance problem of corroding the chimney emission cylinder inboard wall, make the anticorrosion scheme of smoke evacuation cylinder inboard wall more reliable simultaneously, be convenient to select more other anti-corrosion measure, effectively reduce the comprehensive cost of antiseptic project, prolong the service life of chimney.
2, after the utility model chimney emission cylindrical shell is installed a plurality of fume emission devices, because this fume emission device is provided with collection cigarette housing and leads smoke pipe, chimney breast fume emission speed is improved, improved the rising height of chimney smoke, helped the diffusion of flue gas, simultaneously to the high-altitude, owing to effectively reduced the water capacity of saturated wet flue gas, cause " chimney rain " phenomenon when avoiding not having the fume emission of FGD desulphurization system of GGH, eliminate the secondary environmental pollution factor, have remarkable social benefit.
3, install in the outer wall of fume emission device place correspondence or the interlayer sidewall at the smoke evacuation cylinder inboard wall and set up some places inspection platform and manhole door, realized the smoke evacuation cylindrical shell is carried out the segmentation maintenance, reduced the maintenance difficulty significantly, more convenient simplification maintenance approach is provided, obviously shorten the time between overhauls(TBO), increase thermal power plant's uptime, reduced the maintenance overall expenses significantly, obviously improved thermal power plant's economic benefit.
4, the utility model has solved the variety of issue of the FGD desulphurization system existence of former no GGH, make the FGD desulphurization system of no GGH be more widely used, the advantage of the wet method FGD desulphurization system that GGH is not installed is not fully exerted, the use of FGD desulphurization system is simplified, the reliability of FGD desulphurization system improves greatly, reduced the operating cost of FGD desulphurization system, remarkable in economical benefits.
5, fume emission apparatus structure of the present utility model is simple, easy to implement to promote.
Four, description of drawings:
Fig. 1: one of the utility model fume emission apparatus structure schematic diagram
Fig. 2: two of the utility model fume emission apparatus structure schematic diagram
Fig. 3: rectangle is led one of smoke pipe fume emission device plan structure schematic diagram
Fig. 3-1: rectangle is led two of smoke pipe fume emission device plan structure schematic diagram
Fig. 3-2: rectangle is led three of smoke pipe fume emission device plan structure schematic diagram
Fig. 4: positive six sides lead one of smoke pipe fume emission device plan structure schematic diagram
Fig. 5: hexagon is led two of smoke pipe fume emission device plan structure schematic diagram
Fig. 6: pentagon is led smoke pipe fume emission device plan structure schematic diagram
Fig. 7: equilateral triangle is led smoke pipe fume emission device plan structure schematic diagram
Fig. 7-1: abnormity is led one of smoke pipe fume emission device plan structure schematic diagram
Fig. 8: abnormity is led two of smoke pipe fume emission device plan structure schematic diagram
Fig. 9: the structural representation that has grid type supporting bracket fume emission device
Fig. 9-1: grid ring beam structure schematic diagram
Fig. 9-2: grid vertical beam structural representation
Fig. 9-3: grid frustum shell girder construction schematic diagram
Figure 10: the structural representation that has beam type supporting bracket fume emission device
Figure 11: the structural representation that has the self-supporting smoke evacuation cylindrical shell chimney of fume emission device
Figure 11-1: be the A portion structure for amplifying schematic diagram of Figure 11
Figure 11-2: for the structure for amplifying schematic diagram is overlooked by the A portion of Figure 11
Figure 11-3: for having two self-supporting smoke evacuation cylindrical shell plan structure schematic diagrames
Figure 12: the structural representation of self-supporting chimney is supported in the segmentation that has the fume emission device
Figure 12-1 is the B portion structure for amplifying schematic diagram of Figure 12
Figure 12-2 supports two self-supporting chimney plan structure schematic diagrames for segmentation
Figure 13: the self-supporting chimney structure schematic diagram that has fume emission device and outer sleeve
Figure 14: have fume emission device and tower steel structure body self-supporting chimney structure schematic diagram
Figure 14-1: one of tower steel construction outer sleeve body plan structure schematic diagram
Figure 14-2: two of tower steel construction outer sleeve body plan structure schematic diagram.
Among the figure, 1 for leading smoke pipe, 2 are collection cigarette housing, 3 is ring-shaped platform, 4 is pod apertures, and 3.1 is beam type supporting bracket annular girder, and 1.1 is the vertical cylinder beam or the circular cone tube beam of beam type supporting bracket, 2.1 be the frustum of a cone shell beam of beam type supporting bracket, 3.1,1.1,2.1 interconnect fume emission device coupling; 5 is the hoop rib of grid type supporting bracket grid annular girder, 6 is radial ribs, 7 is grid type cylindrical shell or grid type conical shell hoop rib, 8 is grid cylindrical shell bus rib, 9 is the bus rib of grid type Conical Shells With beam or pyramid shell beam, and 10 is the hoop rib of grid type Conical Shells With beam or pyramid shell beam, the grid type annular girder, grid type cylindrical shell or bullet and the grid type Conical Shells With beam grid type supporting bracket that is composed of a fixed connection each other, grid type supporting bracket and fume extractor coupling; 11 are the smoke evacuation cylindrical shell among the figure, and 12 is anticorrosive coat, and 13 is heat-insulation layer, 14 are the maintenance ring-shaped platform, and 14.1 for maintenance ring-shaped platform guardrail 15 is the water conservancy diversion arm that is connected with pod apertures, and 16 are the water conservancy diversion person in charge, 17 is plug installing hole with holes, and 18 is manhole door, and 19 is cat ladder (or elevator), 20 for advancing mouth, and 21 is condensate pit, and 22 are smoke evacuation cylindrical shell pedestal, 23 is the outer jacket casing of concrete, 24 is last buckstay group structural representation, and 25 are following rigid structure beam group structural representation, and 26 is the pylon steel structure body.
Five, the specific embodiment:
Embodiment one: referring to Fig. 1,1 for leading smoke pipe among the figure, and 2 are collection cigarette housing, and 3 is ring-shaped platform, and 4 is pod apertures in ring-shaped platform 3, and the ring-shaped platform suit is fixed on leads the smoke pipe middle and upper part, and ring-shaped platform external profile diameter and frustum of a cone lower end cross-sectional diameter equate.It is spaced intermediate circle can be led smoke pipe in addition, becomes two smoke pipes of leading of two semicircles; Or many of being divided into other shape lead smoke pipe.
Embodiment two: referring to Fig. 2, number in the figure is identical with embodiment one, represents meaning identical, does not repeat.What present embodiment and embodiment one were different is to lead smoke pipe 1 and be conical tube.Also taper shape can be led smoke pipe separates for two half cones and leads smoke pipe; Or angle is that 120 ° three fan awls are led smoke pipe.
Embodiment three: referring to Fig. 3, Fig. 3-1, Fig. 3-2, number in the figure is identical with embodiment one, represents meaning identical, does not repeat.What present embodiment and embodiment one were different is, in the present embodiment, 1 leads smoke pipe for rectangular prism, and 2 is frustum of a cone housing, and frustum of a cone housing 2 upper sections and rectangular prism are led the smoke pipe lower surface and be connected and fixed.Rectangle is led smoke pipe 1 and can be become double square and lead smoke pipe, or the rectangle both sides are established two triangles combination cross sections three and led the cigarette compound tube.
Embodiment four: referring to Fig. 4, Fig. 5, number in the figure is identical with embodiment one, represents meaning identical, does not repeat.What present embodiment and embodiment one were different is, 1 leads smoke pipe for positive six ribs, and 2 is positive hexagonal pyramid platform housing, and positive hexagonal pyramid platform housing 2 upper sections and positive six prisms are led smoke pipe and mated and be connected and fixed, in positive hexagonal pyramid platform housing lower surface, be provided with circle or conical transition shirt rim 5 between adjacent two seamed edges.Positive six ribs are led smoke pipe can be divided into that quadrangle and triangle are two leads smoke pipe, or is divided into three leg-of-mutton three and leads smoke pipe.
Embodiment five: referring to Fig. 6, number in the figure is identical with embodiment one, represents meaning identical, does not repeat.What present embodiment and embodiment one were different is, leading smoke pipe 1 cross section is quadrangle, pentagon, or hexagon, and the upper section of leading smoke pipe 1 and frustum of a cone housing 2 is connected and fixed.The quadrilateral prism of present embodiment is led smoke pipe, and can be divided into two cross sections of disjunctor is the leg-of-mutton smoke pipe of leading; The pentagon prism is led smoke pipe, and can be divided into a cross section be quadrangle, and another root cross section is that leg-of-mutton disjunctor is led smoke pipe; The cross section is that hexagonal smoke pipe of leading can be divided into two quadrangles and leads smoke pipe, leads smoke pipe 1 in addition and can be the rectangular pyramid pipe, and the pentagonal pyramid pipe, hexagonal vertebra Guan Zhongxuan is a kind of.
Embodiment six: referring to Fig. 7, number in the figure is identical with embodiment one, represents meaning identical, does not repeat.What present embodiment and embodiment one were different is, leads smoke pipe 1 and is the triangular column jecket, and positive triangular Taper Pipe is chosen any one kind of them.Surplus with embodiment one.Positive triangular Taper Pipe of an available in addition round tube or conical tube socket or regular triangular prism pipe become four smoke evacuation compound tubes.
Embodiment seven: referring to Fig. 7-1, number in the figure is identical with embodiment one, represents meaning identical, does not repeat.What present embodiment and embodiment one were different is, leads smoke pipe 1 and is one and form odd-shaped cross section by semi-circular section and triangular-section and lead smoke pipe.
Embodiment eight: referring to Fig. 8, number in the figure is identical with embodiment one, represents meaning identical, does not repeat.What present embodiment and embodiment one were different is to lead smoke pipe 1 and lead smoke pipe for the approximate plum blossom shape of abnormity.
Embodiment nine: referring to Fig. 9, Fig. 9 .1, Fig. 9 .2, Fig. 9 .3, what present embodiment fume emission apparatus structure was identical with embodiment one basically is that the fume emission apparatus structure is identical, do not repeat, somewhat different be than embodiment more than a grid type supporting bracket, wherein 5 is the hoop rib or the grid vertical beam hoop rib of grid type annular girder, 6 is radial ribs, 7 is grid vertical beam generatrix direction rib, 9 is grid type frustum shell beam or frustum of a pyramid generatrix direction rib, and 10 is grid type frustum beam hoop rib.With Fig. 2～Fig. 8 and grid supporting bracket coupling, can go out seven embodiment again respectively, not describe in detail at this.
Embodiment ten: referring to Figure 10, wherein do not repeat with embodiment one same section, and different has been many beam type supporting brackets, wherein 3.1 is annular girder, and 1.1 is vertical beam, and 2.1 is Conical Shells With beam or pyramid shell beam.With Fig. 2～Fig. 8 and beam type supporting bracket coupling, can occur seven embodiment again respectively, not describe in detail at this.
Embodiment 11: referring to Figure 11, and Figure 11 .1, Figure 11 .2, Fig. 1～Fig. 8, Fig. 9, Fig. 9 .1, Fig. 9 .2, Fig. 9 .3, Figure 10, present embodiment is the free-standing steel chimney of band fume emission device, and wherein Fig. 1～Fig. 8 chooses any one kind of them, as Fig. 1, Fig. 9, Fig. 9 .1, Fig. 9 .2, Fig. 9 .3, Figure 10,1 for leading smoke pipe among the figure, can be cylindrical tube, conical tube, triangle tube, the quadrangle pipe, equilateral triangle, the regular polygon pipe, shape tubes etc. are chosen any one kind of them, 2 for collection cigarette housing, can be frustum of a cone housing, frustum of a pyramid housing is when collection cigarette housing is frustum of a pyramid housing, be provided with the transition shirt rim in frustum of a pyramid housing lower end, itself and smoke evacuation cylinder inboard wall 11 can be sealedly and fixedly connected.Tip angle is 30 °, 150 °, and 45 °, 60 °, 90 ° or the like, 3 is ring-shaped platform, 4 is pod apertures, lead smoke pipe 1 and 2 employing corrosion-resistant stainless steel or the clad steel plate processing and manufacturings of collection cigarette housing, other parts of present embodiment adopt carbon steel or low-carbon alloy high strength steels, or the processing of weather-proof steel.When fume emission device band supporting bracket, supporting bracket has two kinds of structures, the one, the grid type supporting bracket, by the grid type annular girder, the grid type vertical beam, grid type collection cigarette hull girder three interconnects and forms, 5 can be grid annular rib, 6 is the radial ribs of grid annular girder, 7 is the hoop rib of grid vertical beam, 8 is the generatrix direction rib of grid vertical beam, and 9 is the generatrix direction rib of the grid circle frustum beam or the grid frustum of a pyramid two, and 10 is grid circle frustum beam or grid frustum of a pyramid hoop rib.
The 2nd, the beam type supporting bracket, by annular girder 3.1, vertical beam 1.1, frustum of a cone beam or frustum of a pyramid beam 2.1 are interconnected with one another and constitute.
At Figure 11, Figure 11 .1, among Figure 11 .2, this is the free-standing steel chimney of a band flue gas fume extractor, wherein 11 are the smoke evacuation cylindrical shell, it is conic tube that its lower end is brought mouth 20 1 ends into, and all the other are isometrical cylinder, and the upper edge elevation is every 15-70 rice from descending, 20-60 rice, choose a kind ofly in 30～40 meters, fix a band supporting bracket or not with the fume emission device of supporting bracket, smoke evacuation cylindrical shell bottom is supported on the base 22 at smoke evacuation cylindrical shell 11 inwalls, 12 is the anticorrosive coat that is fixed on the ring-shaped platform upper surface of smoke evacuation cylinder inboard wall and fume emission device, its material thickness can have detailed introduction with reference to the chimney design manual, does not describe in detail, the smoke evacuation cylinder body outer wall is fixed with heat-insulation layer, material therefor and how to fix also be public technology, the chimney design manual is documented, and does not describe in detail.14 are the maintenance ring-shaped platform, be fixed on the smoke evacuation cylinder body outer wall, 14.1 be ring-shaped platform outer rim guardrail, 15 is the water conservancy diversion arm, be communicated with the pod apertures 4 on the ring-shaped platform of fume emission device, water conservancy diversion arm 15 passes the smoke evacuation barrel wall and is communicated with the water conservancy diversion person in charge 16, water conservancy diversion is responsible for the lime set pond 21 on the connection bottom surface, 16 lower ends, 17 is the installation and maintenance hole of plug with holes, 18 are and the manhole door of the smoke evacuation cylindrical shell that is communicated with of maintenance ring-shaped platform, and cat ladder 19, cat ladder are fixed on the outer wall of the cylindrical shell of discharging fume from bottom to top, can be installed as elevator, 20 can two or three for advancing mouth.A fume emission device can be installed in top at the smoke evacuation cylindrical shell, or the fume emission device is not installed, and determines according to actual conditions.When the smoke evacuation of the self-supporting more than two cylindrical shell is installed together, can form the maintenance ring-shaped platform of knockdown band guardrail, a shared cat ladder or elevator.When fume emission device band supporting bracket, pod apertures 4 is penetrated into annular girder always.
Embodiment 12: referring to Figure 12, and Figure 12 .1, Figure 12 .2, Figure 12 .3, Fig. 1～Fig. 8, Fig. 9, Fig. 9 .1, Fig. 9 .2, Fig. 9 .3, Figure 10, present embodiment and embodiment hendecyl are originally identical, and the representative meaning that its numbering is identical is identical, does not repeat.The following points that present embodiment and embodiment 11 are different, the one, the segmentation of every smoke evacuation cylindrical shell is supported, be that every section smoke evacuation cylindrical shell lower end is connected with interlayer maintenance ring-shaped platform inner edge place in fume emission device ring-shaped platform outer rim, by interlayer maintenance ring-shaped platform outer rim, supporting bracket annular girder outer rim, collection cigarette housing lower end, collection cigarette hull girder lower end is reached outer with in cover 23 inwalls by the lower end.The ring-shaped platform 3 of fume emission device, interlayer maintenance combined platform 14 and collection cigarette housing 2 lower ends directly are fixed on, following buckstay group 24, on 25, on, following buckstay group 24,25 are fixed in the inwall of outer jacket casing, every section smoke evacuation cylindrical shell weight is mainly supported by last buckstay group 24 and reaches in outer jacket casing 23 inwalls, referring to Figure 12 .1, Figure 12 .2, respectively the fume emission device of Fig. 2～Fig. 8 different structure is installed in outer jacket casing or is installed in, on the following buckstay group, just can increase a plurality of embodiment, to be with beam type bracing frame or band grid type bracing frame to change again again will increase many embodiment, here not be described in detail.
Embodiment 13: referring to Figure 13, Fig. 1 .8, Fig. 9, Fig. 9 .1, Fig. 9 .2, Fig. 9 .3, Figure 10, the structure of present embodiment and embodiment 11 self-supportings smoke evacuation cylindrical shell and fume emission device is identical, does not repeat, and somewhat differently with embodiment 11 is: no matter be a self-supporting smoke evacuation cylindrical shell or many self-supportings smoke evacuation cylindrical shells, its peripheral outer jacket casing 23 of a reinforced concrete structure that increases, former maintenance ring-shaped platform 14 becomes interlayer maintenance combined annular platform 14, and other all with embodiment 11, do not repeat.
Embodiment 14: referring to Figure 14, Figure 14-1, Figure 14-2, Fig. 1～Fig. 8, Fig. 9, Fig. 9 .1, Fig. 9 .2, Fig. 9 .3, Figure 10, this is identical for present embodiment and embodiment hendecyl, does not repeat, and somewhat differently with embodiment 11 is: no matter be a self-supporting smoke evacuation cylindrical shell, or many self-supporting smoke evacuation cylindrical shells, its outer race is equipped with a tower steel structure body 26, and this tower steel structure body fixes on the ground with 3 above tie points, and maintenance ring-shaped platform 14 becomes maintenance combined annular platform, cat ladder 19 becomes cat ladder in a zigzag, or elevator directly is installed, other are all identical with embodiment 11, do not repeat.
Claims (10)
1. FGD desulfurization fume emission device that does not have GGH, comprise and lead smoke pipe, collection cigarette housing, ring-shaped platform, it is characterized in that: have at least one to lead smoke pipe and be communicated with collection cigarette housing upper section, leading smoke pipe is that circle is led smoke pipe, smoke pipe is led in taper, the prismatic smoke pipe of leading, pyramid is led smoke pipe, abnormity is led in the smoke pipe and is chosen any one kind of them, collection cigarette housing is a hollow truncated cone platform housing, select a kind of in the hollow truncated pyramid platform housing, the ring-shaped platform suit is fixed on leads the smoke pipe middle and upper part, at least be provided with a pod apertures on the ring-shaped platform, ring-shaped platform radius and collection cigarette housing bottom inradius equate.
2. the fume emission device is quickened in the FGD desulfurization of no GGH according to claim 1, it is characterized in that: at the outer surface of collection cigarette housing, the lower surface of ring-shaped platform, and the outer surface of leading smoke pipe between ring-shaped platform and the collection cigarette housing upper surface, be provided with the annular girder that cooperates separately with it, hollow vertical posts beam, the beam type supporting bracket that frustum of a cone shell beam or frustum of a pyramid shell beam are mutually permanently connected and constitute, or be provided with the grid annular girder that constitutes by hoop and radial ribs that cooperates separately with it, the grid hollow vertical beam that constitutes by hoop and element cylinder direction rib, the grid circle frustum shell beam or the grid frustum of a pyramid shell beam that constitute by hoop and generatrix direction rib, the grid supporting bracket that connects and composes fastened to each other, on the circumference of the same radius of ring-shaped platform, at least have the maintenance installing hole of three plugs with holes, the smoke pipe cross section of leading prismatic or pyramid is the inscribed triangle, or the above polygon in inscribed four limits, described triangle is an acute triangle, obtuse triangle, right angled triangle, isosceles triangle and equilateral triangle, the above polygon in described four limits, comprise any inpolygon that four limits are above, the above inscribed regular polygon in four limits, hollow frustum of a pyramid housing, comprise any frustum of a pyramid housing and hollow orthopyramid platform housing, hollow frustum of a pyramid housing lower margin is provided with the shirt rim to circle or conical shell transition, the tip angle that described hollow truncated cone platform housing and hollow truncated pyramid housing form is 30 °-150 °, 50 °-130 °, 75 °-115 °, choose any one kind of them in 85 °-105 °, when the cross section is frustum of a cone cross section, angle between two the conical shell buses in longitudinal section is a cone-apex angle, when the limit of frustum of a pyramid cross section number is even number, two corresponding sides mid points and pyramid summit line angle are tip angle, when the limit of cross section number was odd number, it was cone-apex angle that the pairing pyramidal surface of seamed edge base mid point and pyramid summit line and corresponding seamed edge form angle.
3. self-supporting chimney that has the fume emission device of claim 1, comprise at least one self-supporting smoke evacuation cylindrical shell that is installed on the corresponding separately base, the fume emission device, cat ladder or elevator, maintenance ring-shaped platform and guardrail, manhole door, every self-supporting smoke evacuation cylindrical shell lower end is provided with one at least and advances mouth, it is characterized in that: every self-supporting smoke evacuation cylinder inboard wall from bottom to top along elevation every certain altitude with a band supporting bracket or be not fixed on the inwall of smoke evacuation cylindrical shell or in the inwall with the fume emission device of supporting bracket, pod apertures on the fume emission device ring-shaped platform is communicated with the water conservancy diversion arm, the water conservancy diversion arm passes the smoke evacuation cylindrical shell and is communicated with the water conservancy diversion person in charge, water conservancy diversion is responsible for the lower end and is inserted lime set pond, ground, when the smoke evacuation cylindrical shell is 2 when above, the maintenance ring-shaped platform that is fixed in the cylindrical shell lateral wall of respectively discharging fume constitutes maintenance combined annular platform and establishes the combination guardrail, and every smoke evacuation cylindrical shell is established manhole door and is communicated with maintenance combined annular platform.
4. self-supporting chimney according to claim 3, it is characterized in that: is 15-70 rice along elevation every certain altitude, 20-60 rice, choose a kind of in the 30-40 rice, every the smoke evacuation cylindrical shell bring into mouth bottom one section for the smoke evacuation conic tube, ring-shaped platform upper surface at every smoke evacuation cylinder inboard wall and every fume emission device is established anticorrosive coat, the smoke evacuation cylinder body outer wall is established heat-insulation layer, 2～30 of water conservancy diversion arms, the water conservancy diversion arm interconnects, water conservancy diversion is responsible for 2～10, during the band supporting bracket, beam type supporting bracket and grid type supporting bracket are selected a kind of, the lead smoke pipe and collection cigarette housing employing corrosion-resistant stainless steel or clad steel plate of flue gas fume extractor are processed, and the ring-shaped platform supporting bracket adopts carbon steel plate, Hi-Stren steel, a kind of manufacturing of weathering steel, the smoke evacuation cylindrical shell adopts carbon steel plate, Hi-Stren steel, a kind of manufacturing cat ladder of weathering steel or clad steel plate is fixed on a smoke evacuation cylinder body outer wall, and cat ladder or elevator are communicated with maintenance combined annular platform.
5. segmentation support set cartridge type chimney that contains the fume emission device of claim 1, in outer sleeve, contain the smoke evacuation cylindrical shell that a segmented that is installed on the corresponding separately base supports at least, the fume emission device, interlayer coaxial annular maintenance platform and guardrail, cat ladder or elevator, manhole door, every root bottom part smoke evacuation cylindrical shell is provided with one at least and advances mouth, it is characterized in that: with the segmentation of every smoke evacuation cylindrical shell, has certain altitude for every section along elevation, the same coaxial installation of smoke evacuation cylindrical shell that segmentation is supported, adjacent two sections smoke evacuations are fixed with the band supporting bracket between the cylindrical shells or not with the fume emission device of supporting bracket, when having only a segmentation to support the smoke evacuation cylindrical shell in the outer jacket casing, the lower end of the smoke evacuation cylindrical shell that the preceding paragraph segmentation is supported is fixed on the fume emission device ring-shaped platform outer rim of band supporting bracket and the inner edge place of interlayer maintenance ring-shaped platform, the outer rim of interlayer maintenance ring-shaped platform, the outer rim of supporting bracket upper end, the outer rim of supporting bracket lower end, the collection cigarette housing lower end of fume emission device is fixed in the inwall of outer jacket casing, and the smoke evacuation cylindrical shell upper end that next section segmentation is supported is with the expansion joint device or directly be fastened on collection cigarette shell inner surface; Coaxial when being installed on the corresponding separately base segmentation more than two and supporting the smoke evacuation cylindrical shell when being provided with in the outer jacket casing, the lower end of the smoke evacuation cylindrical shell of every the preceding paragraph segmentation support, the ring-shaped platform of every fume emission device is fixed in the buckstay group, the collection cigarette housing lower end and the supporting bracket lower end of every fume emission device are fixed on down on the buckstay group or side, on, firm beam group is fixed in the outer jacket casing inwall down, constitute interlayer maintenance combined annular platform in last buckstay group, cat ladder is fixed on outer jacket casing inwall, cat ladder or elevator are communicated with each interlayer maintenance combined annular platform, every section segmentation is supported the smoke evacuation cylindrical shell and is had manhole door at interlayer maintenance combined annular platform place, the collection cigarette shell inner surface of fume emission device and corresponding coaxial next section of installation segmentation are supported smoke evacuation cylindrical shell upper end with expansion gear or directly be communicated with and fix, the pod apertures of flue gas fume extractor ring-shaped platform is communicated with the water conservancy diversion arm, the water conservancy diversion arm is responsible for water conservancy diversion and is communicated with, water conservancy diversion is responsible for and is passed collection cigarette housing wall, and water conservancy diversion is responsible for ground plane lime set pond, lower end.
6. segmentation support set cartridge type chimney according to claim 5, it is characterized in that: is 15-70 rice along elevation every certain altitude, 20-60 rice, rice is chosen a kind of among the 30-40, every smoke evacuation cylindrical shell bring into mouth bottom one section for divergent-cone wall, the ring-shaped platform upper surface that supports smoke evacuation cylinder inboard wall and every fume emission device every segmentation is provided with corrosion-resistant coating, in the ring-shaped platform, outer rim corrosion-resistant coating thickness is slightly larger than near the corrosion-resistant coating thickness of pod apertures, segmentation is supported the smoke evacuation cylinder body outer wall and is established heat-insulation layer, water conservancy diversion arm 2-30 root, the water conservancy diversion arm interconnects, water conservancy diversion is responsible for the 2-10 root, supporting bracket is the beam type supporting bracket, or is the grid type supporting bracket, and the smoke evacuation cylindrical shell is supported in segmentation; The ring-shaped platform of fume emission device, supporting bracket uses carbon steel, Hi-Stren steel, weathering steel is chosen a kind of making, lead smoke pipe, collection cigarette housing employing corrosion-resistant stainless steel or clad steel plate processing, cat ladder is fixed on the outer jacket casing inwall of reinforced concrete from bottom to top, and cat ladder or elevator are communicated with each maintenance combined annular platform.
7. the self-supporting of a fume emission device that contains claim 1 smoke evacuation barrel jacket cartridge type chimney, be included in the outer sleeve of armored concrete, at least be provided with a self-supporting smoke evacuation cylindrical shell that is installed on each self-corresponding base, the fume emission device, interlayer maintenance ring-shaped platform and guardrail, manhole door, cat ladder or elevator, every smoke evacuation cylindrical shell bottom is provided with one at least and advances mouth, it is characterized in that: every smoke evacuation cylindrical shell along elevation every certain altitude on the inwall of smoke evacuation cylindrical shell or be fixed with a band supporting bracket in the inwall or not with the fume emission device of supporting bracket, the pod apertures of its ring-shaped platform is communicated with the water conservancy diversion arm, the water conservancy diversion arm passes the smoke evacuation cylindrical shell and is communicated with the water conservancy diversion person in charge, water conservancy diversion is responsible for lower end and the ground liquid pool that condenses and is communicated with, when the smoke evacuation cylindrical shell that is provided with more than two, establish interlayer maintenance combined annular platform and cat ladder and be fixed in the outer sleeve inwall together, cat ladder or elevator are communicated with interlayer maintenance combined annular platform, and establish manhole door at the interlayer maintenance every smoke evacuation in ring-shaped platform place cylindrical shell.
8. self-supporting smoke evacuation barrel jacket cartridge type chimney according to claim 7, it is characterized in that: elevation is a 15-70 rice every certain altitude, 20-60 rice, 30-40 rice is chosen a kind of, every the smoke evacuation cylindrical shell bring into mouth bottom an end be conic tube, the ring-shaped platform upper surface that supports smoke evacuation cylinder inboard wall and every fume emission device every segmentation is provided with corrosion layer, the smoke evacuation cylinder body outer wall is established heat-insulation layer, water conservancy diversion arm 2-30 root, water conservancy diversion is responsible for the 2-10 root, pipe holder is the beam type supporting bracket or is the grid type supporting bracket, the fume emission device lead smoke pipe, collection cigarette housing is with corrosion-resistant stainless steel or clad steel plate processing, ring-shaped platform, supporting bracket, the smoke evacuation cylindrical shell adopts carbon steel, Hi-Stren steel, weathering steel selects a kind of processing, discharges fume for every to be slidingly matched between cylindrical shell and the interlayer maintenance combined platform.
9. pylon self-supporting chimney that contains the fume emission device of claim 1, comprise the self-supporting smoke evacuation cylindrical shell that is installed on the corresponding separately base, be sleeved on the pylon steel structure body of smoke evacuation cylindrical shell periphery, the fume emission device, manhole door, maintenance ring-shaped platform and guardrail, cat ladder or elevator, it is characterized in that: in the tower-type steel structure body, be provided with a self-supporting smoke evacuation cylindrical shell at least, every smoke evacuation cylindrical shell is provided with one at least and advances mouth, fix a band supporting bracket or not with the fume emission device of supporting bracket along elevation every certain altitude from bottom to top on every smoke evacuation cylinder inboard wall or in the inwall, the ring-shaped platform pod apertures is communicated with the water conservancy diversion arm, the water conservancy diversion arm passes the smoke evacuation cylindrical shell and is communicated with the water conservancy diversion person in charge, water conservancy diversion is responsible for the lower end and is inserted lime set pond, ground, establish maintenance combined annular platform at every fume emission device place, be fixed in the pylon steel structure body, every smoke evacuation cylindrical shell is established manhole door at maintenance combined annular platform place, and the cat ladder or the elevator that are fixed in the pylon steel structure body are communicated with combined platform.
10. pylon self-supporting chimney according to claim 9, it is characterized in that: the smoke evacuation cylinder inboard wall is 15-70 rice along elevation every certain altitude, 20-60 rice, choose a kind of in the 30-40 rice, every smoke evacuation cylindrical shell bring into mouth bottom one section for conic tube, ring-shaped platform at every smoke evacuation cylinder inboard wall and every fume emission device is established anticorrosive coat, the smoke evacuation cylinder body outer wall is established heat-insulation layer, supporting bracket is that beam type supporting bracket or grid type supporting bracket are chosen a kind of, the smoke evacuation cylindrical shell, the ring-shaped platform of fume emission device adopts carbon steel, the low-carbon alloy high strength steel, weathering steel is chosen a kind of manufacturing, lead smoke pipe, collection cigarette housing adopts corrosion-resistant stainless steel or clad steel plate processing, 2～30 of water conservancy diversion arms, and interconnect, water conservancy diversion is responsible for 2～10, and three above strong points are established on tower-type steel structure body and ground.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020190956XU CN201719963U (en) | 2010-05-14 | 2010-05-14 | No-GGH FGD desulphurized smoke emission device and chimney |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020190956XU CN201719963U (en) | 2010-05-14 | 2010-05-14 | No-GGH FGD desulphurized smoke emission device and chimney |
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| Publication Number | Publication Date |
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| CN201719963U true CN201719963U (en) | 2011-01-26 |
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|---|---|---|---|
| CN201020190956XU Expired - Lifetime CN201719963U (en) | 2010-05-14 | 2010-05-14 | No-GGH FGD desulphurized smoke emission device and chimney |
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| CN (1) | CN201719963U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102049187A (en) * | 2010-05-14 | 2011-05-11 | 张永洲 | FGD (flue gas desulfurization) exhaust device without GGH (gas-gas heater) and chimney |
| CN104132356A (en) * | 2014-07-30 | 2014-11-05 | 上海迪夫格环境科技有限公司 | Device for preventing chimney rain and gypsum rain by heating inner cylinder wall of wet chimney through steam |
| JP2018153797A (en) * | 2017-07-03 | 2018-10-04 | チアンナン エンバイロメンタル プロテクション グループ インコーポレイティド | Desulfurization absorption tower, and construction method for the same and operation method for the same |
| CN110133230A (en) * | 2019-06-14 | 2019-08-16 | 华中科技大学 | A kind of multistage earth pillar leaching system and its Leaching Experiments method based on feedback control |
| CN113685834A (en) * | 2021-08-24 | 2021-11-23 | 西安热工研究院有限公司 | GGH support is reformed transform into flue support |
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2010
- 2010-05-14 CN CN201020190956XU patent/CN201719963U/en not_active Expired - Lifetime
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102049187A (en) * | 2010-05-14 | 2011-05-11 | 张永洲 | FGD (flue gas desulfurization) exhaust device without GGH (gas-gas heater) and chimney |
| CN102049187B (en) * | 2010-05-14 | 2012-12-12 | 张永洲 | FGD (flue gas desulfurization) exhaust device without GGH (gas-gas heater) and chimney |
| CN104132356A (en) * | 2014-07-30 | 2014-11-05 | 上海迪夫格环境科技有限公司 | Device for preventing chimney rain and gypsum rain by heating inner cylinder wall of wet chimney through steam |
| JP2018153797A (en) * | 2017-07-03 | 2018-10-04 | チアンナン エンバイロメンタル プロテクション グループ インコーポレイティド | Desulfurization absorption tower, and construction method for the same and operation method for the same |
| JP2022048150A (en) * | 2017-07-03 | 2022-03-25 | チアンナン エンバイロメンタル プロテクション グループ インコーポレイティド | Desulfurization absorption tower, construction method of the same, and operation method of the same |
| JP7403939B2 (en) | 2017-07-03 | 2023-12-25 | チアンナン エンバイロメンタル プロテクション グループ インコーポレイティド | Desulfurization absorption tower, its construction method and its operating method |
| CN110133230A (en) * | 2019-06-14 | 2019-08-16 | 华中科技大学 | A kind of multistage earth pillar leaching system and its Leaching Experiments method based on feedback control |
| CN110133230B (en) * | 2019-06-14 | 2020-11-24 | 华中科技大学 | Multi-stage earth pillar leaching system based on feedback control and leaching experiment method thereof |
| CN113685834A (en) * | 2021-08-24 | 2021-11-23 | 西安热工研究院有限公司 | GGH support is reformed transform into flue support |
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