CN104761078A - Sewage purifying treatment device - Google Patents
Sewage purifying treatment device Download PDFInfo
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- CN104761078A CN104761078A CN201410007363.8A CN201410007363A CN104761078A CN 104761078 A CN104761078 A CN 104761078A CN 201410007363 A CN201410007363 A CN 201410007363A CN 104761078 A CN104761078 A CN 104761078A
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Abstract
The invention discloses a sewage purifying treatment device which is characterized by comprising a collecting device for collecting sewage, a sewage staged purifying treatment device having an inlet connected to the collecting device, an output device connected to a purifying outlet of the sewage staged purifying treatment device, and a sewage solution collecting device connected to a sewage outlet of the sewage staged purifying treatment device, wherein the sewage staged purifying treatment device is provided with purifying units which are in multi-stage series connection, each stage of purifying units is used for carrying out different types of purifying treatment on the sewage in sequence. The sewage purifying treatment device is formed by connecting easy-dismounting components according to different requirements, is used for carrying out stage treatment on the sewage to achieve effects of effectively purifying and treating the sewage, is simple in structure and convenient to maintain.
Description
Technical field
The present invention relates to a kind of dirt purification apparatus and purifying method thereof, particularly relate to a kind of dirt purification apparatus.
Background technology
Along with people are to the raising of quality of life, more and more higher to the requirement of environment, therefore the process of various dirt is more and more subject to the common concern of people.The purifying treatment of people to sewage, useless flue gas is particularly paid close attention to, complicated to the purification apparatus assembling of sewage, useless fume treatment at present, is not easy dismounting; And cost is also very high, maintenance cost is high, these factors hamper validity of dirt purifying treatment.
Summary of the invention
Object of the present invention is exactly to overcome above-mentioned prior art Problems existing, provides a kind of dirt purification apparatus, is formed by connecting according to different demands by easy-to-dismount component, be used for, to dirt stage treatment, reaching the effect of effective purifying treatment.
In order to realize above-mentioned purpose of the present invention, provide following technical scheme:
A kind of dirt purification apparatus, comprising: for the collection device of trapped dirt; Its import connects the dirt stage purification treatment unit of described collection device; Connect the take-off equipment of the purge outlet of described dirt stage purification treatment unit; Connect the soiling solution collection device of the sewage draining exit of described dirt stage purification treatment unit; Wherein, described dirt stage purification treatment unit has the clean unit that plural serial stage connects, and its every grade clean unit carries out different purifying treatment to dirt successively.
Especially, described dirt is sewage, described every grade of clean unit comprises: it is built with the decontamination chamber being used for purifying sewage of scavenging agent, have flanged (FLGD) sewage inlet of end side mounted thereto, end opposite side mounted thereto flanged (FLGD) treated water outlet, be arranged on flanged (FLGD) sewage draining exit of its lower end; Connect the input channel of described flanged (FLGD) sewage inlet; Connect the output channel of described flanged (FLGD) treated water outlet.
Preferably, the input channel of described first step clean unit comprises: the Y-tube of flanged interface; Be connected to the straight tube of the flanged interface between the first flange-interface of the Y-tube of described flanged interface and described flanged (FLGD) sewage inlet; Wherein, described collection device comprises: sewage collecting pool; Connect the valve of described sewage collecting pool outlet, in described valve, magnetic valve is set; Wherein, second flange-interface relative with described first flange-interface of the Y-tube of described flanged interface is provided with scavenging agent entrance and level sensor organ pipe, and its three-flange interface connects described valve.
Preferably, the input channel of other clean units described comprises: the four-way pipe of flanged interface; Be connected to the straight tube of the flanged interface between the first flange-interface of the four-way pipe of described flanged interface and described flanged (FLGD) sewage inlet; Wherein, second flange-interface relative with described first flange-interface of the four-way pipe of described flanged interface is installed the scavenging agent spray tube in a straight tube extending to flanged interface, its three-flange interface connects the output channel of upper level clean unit, four flange-interface relative with described three-flange interface connects a filtering screen, and described filtering screen at least extends to described three-flange interface.
Preferably, described dirt stage purification treatment unit also has the soiling solution processing unit of the output channel connecting last step clean unit, comprising: soiling solution container, flanged (FLGD) soiling solution entrance is equipped with in its upper end, its lower end is equipped with flanged (FLGD) sewage draining exit; Connect the input and output pipeline of described flanged (FLGD) soiling solution entrance; Wherein, described input and output pipeline comprises: the four-way pipe of flanged interface; The bifurcated Y-tube of the flanged interface of the four-way pipe of described flanged interface is connected via input straight tube; The three-way elbow pipe of the flanged interface between the bifurcated Y-tube of described flanged interface and described take-off equipment is connected to via output straight tube; Wherein, first flange-interface of the four-way pipe of described flanged interface connects the entrance of input straight tube, second flange-interface relative with described first flange-interface is equipped with scavenging agent spray tube, its three-flange interface connects the output channel of last step clean unit, four flange-interface relative with described three-flange interface connects a filtering screen, and described filtering screen at least extends to described three-flange interface; Wherein, the first flange-interface of the bifurcated Y-tube of described flanged interface connects the outlet of input straight tube, and its second flange-interface connects the entrance of described output straight tube, and its three-flange interface relative with the second flange-interface connects flanged (FLGD) soiling solution entrance; Wherein, first flange-interface of the three-way elbow pipe of described flanged interface connects the outlet exporting straight tube, its second flange-interface relative with the first flange-interface connects a filtering screen, described filtering screen at least extends to described first flange-interface, and its three-flange interface connects the entrance of described take-off equipment.
Preferably, described take-off equipment comprises: Water warfare checks and accepts discharge pond, and flanged (FLGD) water inlet pipe is equipped with in its upper end, its side wall lower ends is equipped with discharge purified water pipe; The straight tube of the flanged interface be connected between the three-flange interface being connected to the three-way elbow pipe of described flanged (FLGD) water inlet pipe and flanged interface and the swan neck of flanged interface; Wherein, described Water warfare check and accept discharge pond inner chamber in the middle part of inwall on support for placing filtering layer is installed.
Especially, described dirt is useless flue gas, every grade of clean unit comprises: it is built with the decontamination chamber being used for purifying useless flue gas of scavenging agent, have the flanged (FLGD) useless smoke inlet of end side mounted thereto, end opposite side mounted thereto flanged (FLGD) clean gas outlet, be arranged on flanged (FLGD) sewage draining exit of its lower end; Connect the input channel of described flanged (FLGD) useless smoke inlet; Connect the output channel of described flanged (FLGD) clean gas outlet; Wherein, the tube cavity of described useless smoke inlet has thread, for installing flue gas ingress pipe; The epimere of described flue gas ingress pipe has the outer tooth corresponding with described thread, and hypomere offers out smoke hole; Wherein, the hypomere of described flue gas ingress pipe is straight tube or bend pipe.
Preferably, the input channel of described every grade of clean unit comprises: the three-way elbow pipe of flanged interface; Be connected to the straight tube of the flanged interface between the first flange-interface of the three-way elbow pipe of described flanged interface and described flanged (FLGD) useless smoke inlet; Wherein, second flange-interface relative with described first flange-interface of the three-way elbow pipe of the flanged interface of described first step clean unit is provided with high wind access tube, to blow to the straight tube of described flanged interface, its three-flange interface connects the swan neck as the flanged interface of collection device; Wherein, second flange-interface relative with described first flange-interface of the three-way elbow pipe of the flanged interface of other clean units described is provided with high wind access tube, to blow to the straight tube of described flanged interface, its three-flange interface connects the output channel of upper level clean unit; Wherein, the output channel of described last step clean unit connects described take-off equipment, and described take-off equipment comprises: the swan neck of the three-way elbow pipe connecting the flanged interface of the output channel of described last step clean unit and the flanged interface of the first flange-interface of the three-way elbow pipe being connected described flanged interface; Second flange-interface relative with described first flange-interface of the three-way elbow pipe of described flanged interface is provided with high wind access tube, and its three-flange interface connects the output channel of last step clean unit.
Preferably, the top of described decontamination chamber is provided with for closing its open-topped cover plate, and sidewall is provided with the liquid level display window being communicated with its inside, and inside is arranged at intervals with strange plurality of partitions; Wherein, described dividing plate is arranged up and down successively in inside, decontamination chamber and is formed convolution and curves passage; Wherein, the open top of described decontamination chamber has outer flanging, described outer flanging offers and is connected and fixed hole; The surrounding of described cover plate offers and is connected and fixed the corresponding fixed orifices in hole with described.
Especially, described dirt is useless flue gas, and the clean unit that described plural serial stage connects at least comprises first kind clean unit and Equations of The Second Kind clean unit; Described first kind clean unit comprises the bifurcated Y-tube of the three-way elbow pipe of the flanged interface connected successively or four-way pipe, input channel, flanged interface, and connects the blow-off pipe of two output terminals of bifurcated Y-tube and the output channel of described flanged interface respectively; Described Equations of The Second Kind clean unit comprises the bifurcated Y-tube of the four-way pipe of the flanged interface connected successively, input channel, flanged interface, and connects the soiling solution container of two output terminals of bifurcated Y-tube and the output channel of described flanged interface respectively;
Wherein, first flange-interface of the three-way elbow pipe of the flanged interface of described first kind clean unit connects the swan neck as the flanged interface of collection device, its the second flange-interface connects the entrance of described input channel, its three-flange interface relative with the second flange-interface connects high wind access tube, to blow to described input channel; Wherein, described first kind clean unit is connected the outlet of the output channel of upper level clean unit with the first flange-interface of the four-way pipe of the flanged interface of Equations of The Second Kind clean unit, its the second flange-interface connects the entrance of described input channel, its four flange-interface relative with the second flange-interface connects high wind access tube, to blow to described input channel, and the scavenging agent spray tube in an output channel extending to upper level clean unit is installed from its three-flange interface relative with the first flange-interface; Wherein, first flange-interface of the bifurcated Y-tube of the flanged interface of described first kind clean unit connects the outlet of described input channel, its the second flange-interface connects the entrance of described output channel, and its three-flange interface relative with the second flange-interface connects blow-off pipe; Wherein, first flange-interface of the bifurcated Y-tube of the flanged interface of described Equations of The Second Kind clean unit connects the outlet of described input channel, its the second flange-interface connects the entrance of described output channel, and its three-flange interface relative with the second flange-interface connects soiling solution container; Wherein, the flange-interface of the blow-off pipe of the three-flange interface of the bifurcated Y-tube of described connecting band flange-interface installs resistance cigarette funnel; Wherein, described take-off equipment comprises: the four-way pipe of flanged interface; The first flange-interface connecting the four-way pipe of described flanged interface connects the outlet of the output channel of last step clean unit, the swan neck of its second flange-interface connecting band flange-interface, its four flange-interface relative with the second flange-interface connects high wind access tube, to blow to described input channel, and the scavenging agent spray tube in an output channel extending to upper level clean unit is installed from its three-flange interface relative with the first flange-interface.
Beneficial effect of the present invention embodies in the following areas:
1, this dirt purification apparatus is formed by connecting by easy-to-dismount component according to different demands, is used for, to dirt stage treatment, reaching the effect of effective purifying treatment;
2, this dirt purification apparatus easy disassembling, easy to maintenance, cost is low;
3, magnetic valve is installed at the valve place of the collection device of this sewage purification treatment equipment, automatically can close sewage inlet when sewage overflows;
4, the decontamination chamber of this sewage purification treatment equipment and useless flue-gas purification treatment device arranges convolution and curves passage, and the objectionable impurities in dirt can be made fully to react, and reaches the effect of effectively process.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of sewage purification treatment equipment of the embodiment of the present invention one;
Fig. 2 is the structural representation of a kind of useless flue-gas purification treatment device of embodiment two;
Fig. 3 is the structural representation of a kind of useless flue-gas purification treatment device of embodiment three;
Fig. 4 is the structural representation of the Y-tube of flanged interface;
Fig. 5 is the structural representation of the four-way pipe of flanged interface;
Fig. 6 is the structural representation of the three-way elbow pipe of flanged interface;
Fig. 7 a is the structural representation at the bottom of lid of the pipe lid with scavenging agent interface;
Fig. 7 b is the structural representation of the caping of the pipe lid with scavenging agent interface;
Fig. 8 a is the structural representation at the bottom of lid of the pipe lid for installing filtering screen;
Fig. 8 b is the structural representation of the caping of pipe lid for installing filtering screen;
Fig. 9 is the structural representation of filtering screen;
Figure 10 is the structural representation of the pipe lid can installing scavenging agent spray tube;
Figure 11 is the bottom construction schematic diagram of the pipe lid can installing scavenging agent spray tube;
Figure 12 is the structural representation of scavenging agent spray tube;
Figure 13 has the structural representation that high wind enters the pipe lid of interface;
Figure 14 is the structural representation of the cover plate of decontamination chamber;
Figure 15 is the structural representation of decontamination chamber;
Figure 16 is the diagrammatic cross-section that there are three pieces of dividing plates decontamination chamber;
Figure 17 is the diagrammatic cross-section that there is one piece of dividing plate decontamination chamber;
Figure 18 is the diagrammatic cross-section that there are five pieces of dividing plates decontamination chamber;
Figure 19 is the hypomere of flue gas ingress pipe is the structural representation of straight tube;
Figure 20 is the structural representation installing flue gas ingress pipe in flanged (FLGD) useless smoke inlet;
Figure 21 is the structural representation that Water warfare checks and accepts discharge pond.
The Y-tube of the flanged interface of description of reference numerals: 1-; The four-way pipe of the flanged interface of 2-; The three-way elbow pipe of the flanged interface of 3-; The bifurcated Y-tube of the flanged interface of 4-; The swan neck of the flanged interface of 5-; The straight tube of the flanged interface of 6-; 7-has the pipe lid of scavenging agent interface; 8-is for installing the pipe lid of filtering screen; 9-can install the pipe lid of scavenging agent spray tube; 10-has the pipe lid that high wind enters interface; 11-decontamination chamber; 12-valve; 13-soiling solution container; 14-soiling solution reclaiming clean case; 15-Water warfare checks and accepts discharge pond; 16-sewage collecting pool; 17-soiling solution collecting tank; 18-carries soiling solution pipe; 19-flue gas ingress pipe; 20-cover plate; 21-dividing plate; The outer flanging of 22-; 23-fixed orifices; 24-is connected and fixed hole; The flanged (FLGD) sewage inlet of 25a-; The flanged (FLGD) useless smoke inlet of 25b-; The flanged (FLGD) treated water outlet of 26a-; The flanged (FLGD) clean gas outlet of 26b-; 27-has the liquid injection port of internal screw thread; 28-liquid level display window; The flanged (FLGD) sewage draining exit of 29-; The flanged (FLGD) soiling solution entrance of 30-; 31-Chi Gai; The flanged (FLGD) water inlet pipe of 32-; 33-filtering layer; 34-support; 35-discharge purified water pipe; 01-flange; 02-mounting pipe lid step; 03-flange collar; 04-connecting hole; 05-scavenging agent entrance; The scavenging agent of 051-threaded enters interface; The 052-upper end mouth of pipe; The flanged high wind of 053-enters interface; 06-level sensor organ pipe; 07-filtering screen; The outer flanging of 08-cover mouth; 09-carries shroud ring; 010-has the pipe connecting of internal screw thread; 011-scavenging agent spray tube; 012-external screw teeth; 013-jet hole; 014-body stabilizing bracket; 015-high wind access tube; The outer tooth of 018-; 019-goes out smoke hole.
Embodiment
A kind of dirt purification apparatus, comprising: for the collection device of trapped dirt; Its import connects the dirt stage purification treatment unit of described collection device; Connect the take-off equipment of the purge outlet of described dirt stage purification treatment unit; Connect the soiling solution collection device of the sewage draining exit of described dirt stage purification treatment unit; Wherein, described dirt stage purification treatment unit has the clean unit that plural serial stage connects, and its every grade clean unit carries out different purifying treatment to dirt successively.
When described dirt is sewage, the invention provides a kind of sewage purification treatment equipment, comprising: for collecting the collection device of sewage; Its import connects the sewage stage purification treatment unit of described collection device; Connect the take-off equipment of the purge outlet of described sewage stage purification treatment unit; Connect the soiling solution collection device of the sewage draining exit of described sewage stage purification treatment unit; Wherein, described sewage stage purification treatment unit has the clean unit that plural serial stage connects, and its every grade clean unit carries out different purifying treatment to sewage successively.
As shown in Figure 1, described every grade of clean unit comprises: it is built with the decontamination chamber 11 being used for purifying sewage of scavenging agent, have flanged (FLGD) sewage inlet 25a of end side mounted thereto, end opposite side mounted thereto flanged (FLGD) treated water outlet 26a, be arranged on flanged (FLGD) sewage draining exit 29 of its lower end; Connect the input channel of described flanged (FLGD) sewage inlet 25a; Connect the output channel of described flanged (FLGD) treated water outlet 26a.
Particularly, described flanged (FLGD) sewage draining exit 29 is connected with described soiling solution collection device by valve 12, and described soiling solution collection device comprises: connect the conveying soiling solution pipe 18 of described flanged (FLGD) sewage draining exit 29 and connect the soiling solution collecting tank 17 of described conveying soiling solution pipe 18.Described collection device comprises: sewage collecting pool 16; Connect the valve 12 of described sewage collecting pool outlet; In described valve 12, magnetic valve is set.Wherein, described sewage collecting pool 16 inside arranges filtering layer.
As shown in Figure 14 to 18, the top of described decontamination chamber 11 is provided with for closing its open-topped cover plate 20, and sidewall is provided with the liquid level display window 28 being communicated with its inside, and inside is arranged at intervals with strange plurality of partitions 21; Wherein, described dividing plate 21 is arranged up and down successively in inside, decontamination chamber 11 and is formed convolution and curves passage.Wherein, the open top of described decontamination chamber 11 has outer flanging 22, described outer flanging 22 offers and is connected and fixed hole 24; The surrounding of described cover plate 20 offers and is connected and fixed the corresponding fixed orifices in hole 24 23 with described.
As shown in Figure 1, the input channel of described first step clean unit comprises: the Y-tube 1 of flanged interface; Be connected to the straight tube 6 of the flanged interface between the first flange-interface of the Y-tube 1 of described flanged interface and described flanged (FLGD) sewage inlet 25a; As illustrated in figures 1 and 7, second flange-interface relative with described first flange-interface of the Y-tube 1 of described flanged interface is provided with scavenging agent entrance 05 and level sensor organ pipe 06, and its three-flange interface connects described valve 12.Preferably, described scavenging agent entrance 05 upper end has the scavenging agent of threaded to enter interface 051.
As shown in Figure 1, the input channel of other clean units described comprises: the four-way pipe 2 of flanged interface; Be connected to the straight tube 6 of the flanged interface between the first flange-interface of the four-way pipe 2 of described flanged interface and described flanged (FLGD) sewage inlet 25a; As shown in figs. 1 and 10, second flange-interface relative with described first flange-interface of the four-way pipe 2 of described flanged interface installs a scavenging agent spray tube 011 extended in the straight tube 6 of flanged interface, its three-flange interface connects the output channel of upper level clean unit, as illustrated in figs 1 and 9, four flange-interface relative with described three-flange interface connects a filtering screen 07, and described filtering screen 07 at least extends to described three-flange interface.
As shown in Figure 1, described sewage stage purification treatment unit also has the soiling solution processing unit of the output channel connecting last step clean unit, comprise: soiling solution container 13, flanged (FLGD) soiling solution entrance 30 is equipped with in its upper end, its lower end is equipped with flanged (FLGD) sewage draining exit 29; Connect the input and output pipeline of described flanged (FLGD) soiling solution entrance 30.Wherein, described input and output pipeline comprises: the four-way pipe 2 of flanged interface; The bifurcated Y-tube 4 of the flanged interface of the four-way pipe 2 of described flanged interface is connected via input straight tube; The three-way elbow pipe 3 of the flanged interface between the bifurcated Y-tube of described flanged interface and described take-off equipment is connected to via output straight tube.First flange-interface of the four-way pipe 2 of described flanged interface connects the entrance of input straight tube, second flange-interface relative with described first flange-interface is equipped with scavenging agent spray tube 011, its three-flange interface connects the output channel of last step clean unit, four flange-interface relative with described three-flange interface connects a filtering screen 07, and described filtering screen 07 at least extends to described three-flange interface; Wherein, first flange-interface of the bifurcated Y-tube 4 of described flanged interface connects the outlet of input straight tube, its second flange-interface connects the entrance of described output straight tube, and its three-flange interface relative with the second flange-interface connects flanged (FLGD) soiling solution entrance 30; Wherein, first flange-interface of the three-way elbow pipe 3 of described flanged interface connects the outlet exporting straight tube, its second flange-interface relative with the first flange-interface connects a filtering screen 07, described filtering screen 07 at least extends to described first flange-interface, and its three-flange interface connects the entrance of described take-off equipment.
Particularly, described output channel, input straight tube, to export straight tube be the straight tube 6 of flanged interface.The three-flange interface of the three-way elbow pipe 3 of described flanged interface is the purge outlet of described sewage stage purification treatment unit.Wherein, described take-off equipment comprises: Water warfare checks and accepts discharge pond 15, and flanged (FLGD) water inlet pipe 32 is equipped with in its upper end, its side wall lower ends is equipped with discharge purified water pipe 35; The straight tube 6 of the flanged interface be connected between the three-flange interface being connected to the three-way elbow pipe 3 of described flanged (FLGD) water inlet pipe 32 and flanged interface and the swan neck 5 of flanged interface.Preferably, as shown in figure 21, described Water warfare check and accept discharge pond 15 inner chamber in the middle part of inwall on support 34 for placing filtering layer 33 is installed.
When described dirt is useless flue gas, the invention provides a kind of useless flue-gas purification treatment device, comprising: for collecting the collection device of useless flue gas; Its import connects the useless flue gas stage purification treatment unit of described collection device; Connect the take-off equipment of the purge outlet of described useless flue gas stage purification treatment unit; Connect the soiling solution collection device of the sewage draining exit of described useless flue gas stage purification treatment unit; Wherein, described useless flue gas stage purification treatment unit has the clean unit that plural serial stage connects, and its every grade clean unit carries out different purifying treatment to useless flue gas successively.
As shown in Figure 2, every grade of clean unit comprises: it is built with the decontamination chamber 11 being used for purifying useless flue gas of scavenging agent, have the flanged (FLGD) useless smoke inlet 25b of end side mounted thereto, end opposite side mounted thereto flanged (FLGD) clean gas outlet 26b, be arranged on flanged (FLGD) sewage draining exit 29 of its lower end; Connect the input channel of described flanged (FLGD) useless smoke inlet 25b; Connect the output channel of described flanged (FLGD) clean gas outlet 26b.
As shown in Figure 14 to 18, the top of described decontamination chamber 11 is provided with for closing its open-topped cover plate 20, and sidewall is provided with the liquid level display window 28 being communicated with its inside, and inside is arranged at intervals with strange plurality of partitions 21; Wherein, described dividing plate 21 is arranged up and down successively in inside, decontamination chamber 11 and is formed convolution and curves passage; Wherein, the open top of described decontamination chamber 11 has outer flanging 22, described outer flanging 22 offers and is connected and fixed hole 24; The surrounding of described cover plate 20 offers and is connected and fixed the corresponding fixed orifices in hole 24 23 with described.
As shown in Figures 19 and 20, the tube cavity of described flanged (FLGD) useless smoke inlet 25b has thread, for installing flue gas ingress pipe 19; The epimere of described flue gas ingress pipe 19 has the outer tooth 018 corresponding with described thread, and hypomere offers out smoke hole 019.Preferably, the hypomere of described flue gas ingress pipe 19 is straight tube or bend pipe.
As shown in Figure 2, described flanged (FLGD) sewage draining exit 29 is connected with described soiling solution collection device by valve, and described soiling solution collection device is soiling solution reclaiming clean case 14.
As shown in Figure 2, the input channel of described every grade of clean unit comprises: the three-way elbow pipe 3 of flanged interface; Be connected to the straight tube 6 of the flanged interface between the first flange-interface of the three-way elbow pipe 3 of described flanged interface and described flanged (FLGD) useless smoke inlet 25.Wherein, second flange-interface relative with described first flange-interface of the three-way elbow pipe 3 of the flanged interface of described first step clean unit is provided with high wind access tube 015, to blow to the straight tube 6 of described flanged interface, its three-flange interface connects the swan neck 5 as the flanged interface of collection device; Second flange-interface relative with described first flange-interface of the three-way elbow pipe 3 of the flanged interface of other clean units described is provided with high wind access tube 015, to blow to the straight tube 6 of described flanged interface, its three-flange interface connects the output channel of upper level clean unit.
Wherein, the output channel of described last step clean unit connects described take-off equipment, and described take-off equipment comprises: the swan neck 5 of the three-way elbow pipe 3 connecting the flanged interface of the output channel of described last step clean unit and the flanged interface of the first flange-interface of the three-way elbow pipe 3 being connected described flanged interface; Second flange-interface relative with described first flange-interface of the three-way elbow pipe 3 of described flanged interface is provided with high wind access tube 015, and its three-flange interface connects the output channel of last step clean unit.Preferably, described output channel is the straight tube 6 of flanged interface.
When described dirt is useless flue gas, the present invention also provides a kind of useless flue-gas purification treatment device, comprising: for collecting the collection device of useless flue gas; Its import connects the useless flue gas stage purification treatment unit of described collection device; Connect the take-off equipment of the purge outlet of described useless flue gas stage purification treatment unit; Connect the soiling solution collection device of the sewage draining exit of described useless flue gas stage purification treatment unit; Wherein, described useless flue gas stage purification treatment unit has the clean unit that plural serial stage connects, and its every grade clean unit carries out different purifying treatment to useless flue gas successively.
Wherein, the clean unit that described plural serial stage connects at least comprises first kind clean unit and Equations of The Second Kind clean unit.
As shown in Figure 3, described first kind clean unit comprises the bifurcated Y-tube 4 of the three-way elbow pipe 3 of the flanged interface connected successively or four-way pipe 2, input channel, flanged interface, and connects the blow-off pipe of two output terminals of bifurcated Y-tube and the output channel of described flanged interface respectively.
Described Equations of The Second Kind clean unit comprises the bifurcated Y-tube 4 of the four-way pipe 2 of the flanged interface connected successively, input channel, flanged interface, and connects the soiling solution container 13 of two output terminals of bifurcated Y-tube and the output channel of described flanged interface respectively.
Wherein, first flange-interface of the three-way elbow pipe 3 of the flanged interface of described first kind clean unit connects the swan neck 5 as the flanged interface of collection device, its the second flange-interface connects the entrance of described input channel, its three-flange interface relative with the second flange-interface connects high wind access tube 015, to blow to described input channel.
Wherein, described first kind clean unit is connected the outlet of the output channel of upper level clean unit with the first flange-interface of the four-way pipe 2 of the flanged interface of Equations of The Second Kind clean unit, its the second flange-interface connects the entrance of described input channel, its four flange-interface relative with the second flange-interface connects high wind access tube 015, to blow to described input channel, and the scavenging agent spray tube 011 in an output channel extending to upper level clean unit is installed from its three-flange interface relative with the first flange-interface.
Wherein, first flange-interface of the bifurcated Y-tube 4 of the flanged interface of described first kind clean unit connects the outlet of described input channel, its the second flange-interface connects the entrance of described output channel, and its three-flange interface relative with the second flange-interface connects blow-off pipe;
Wherein, first flange-interface of the bifurcated Y-tube 4 of the flanged interface of described Equations of The Second Kind clean unit connects the outlet of described input channel, its the second flange-interface connects the entrance of described output channel, and its three-flange interface relative with the second flange-interface connects soiling solution container 13.Preferably, the flange-interface of the blow-off pipe of the three-flange interface of the bifurcated Y-tube 4 of described connecting band flange-interface installs resistance cigarette funnel.
Wherein, described take-off equipment comprises: the four-way pipe 2 of flanged interface; The first flange-interface connecting the four-way pipe 2 of described flanged interface connects the outlet of the output channel of last step clean unit, the swan neck 5 of its second flange-interface connecting band flange-interface, its four flange-interface relative with the second flange-interface connects high wind access tube 015, to blow to described input channel, and the scavenging agent spray tube 011 in an output channel extending to upper level clean unit is installed from its three-flange interface relative with the first flange-interface.
Preferably, described input channel, blow-off pipe and output channel are the straight tube 6 of flanged interface.
Wherein, described soiling solution collection device is the soiling solution collecting tank 17 be connected with blow-off pipe by soiling solution transfer lime 18.
As shown in Figs. 4-6, in the present invention, the Y-tube 1 of flanged interface is T-shaped, and the four-way pipe 2 of flanged interface is in H type, and the three-way elbow pipe 3 of flanged interface is in N-shaped, and the bifurcated Y-tube 4 of flanged interface is in u-shaped.
Preferably, the straight tube 6 of flanged interface of the present invention, the swan neck 5 of flanged interface and each connecting tube can be pipe, also can be square tube.
Preferably, the invention provides the scavenging agent that has it being arranged scavenging agent entrance 05 and level sensor organ pipe 06 and enter the pipe lid 7(of interface as illustrated in figs. 7 a and 7b), for installing the pipe lid 8(of filtering screen as shown in figs. 8 a and 8b), be provided with the pipe lid 9(of the scavenging agent the installed spray tube of scavenging agent spray tube 011 as shown in Figure 9), the high wind that has being provided with high wind access tube 015 enters the pipe lid 10(of interface as shown in FIG. 10 and 11).As shown in Figures 1 to 3, described scavenging agent entrance 05 and level sensor organ pipe 06 enter interface pipe lid 7 by having scavenging agent is installed on the flange-interface corresponding with it, described filtering screen is by being installed to the flange-interface corresponding with it for the pipe lid 8 installing filtering screen, scavenging agent spray tube 011 is installed on the flange-interface corresponding with it by the pipe lid 9 can installing scavenging agent spray tube, and high wind access tube 015 enters interface pipe lid 10 by having high wind is installed on the flange-interface corresponding with it.
Particularly, as shown in Figs. 4-6, described correspondence connect have scavenging agent enter interface pipe lid 7, for install filtering screen pipe lid 8, can install scavenging agent spray tube pipe lid 9 and there is the flange-interface that high wind enters the pipe lid 10 of interface comprise flange 01, be provided with mounting pipe lid step 02 inside described flange 01; And there is scavenging agent enter the pipe lid 7(of interface as shown in Figure 7a), for installing the pipe lid 8(of filtering screen as shown in Figure 8 a), the pipe lid 9(of scavenging agent spray tube can be installed as shown in figure 11) and there is high wind enter the pipe lid 10(of interface as shown in figure 13) there is the lid be connected with described flange 01, described lid surrounding has the connecting hole 04 corresponding with described flange 01, is provided with the flange collar 03 be harmonious with described mounting pipe lid step 02 bottom described lid.
As shown in Figure 9, described filtering screen 07 has the outer flanging 08 of cover mouth and is symmetricly set on and carries shroud ring 09 inside the outer flanging 08 of described cover mouth; The outer flanging 08 of described cover mouth to be placed on described mounting pipe lid step 02 and to be compressed by the flange collar 03 be harmonious with described mounting pipe lid step 02.
As shown in Figure 10 to 12, described lid center of installing the pipe lid 9 of scavenging agent spray tube has the pipe connecting 010 with internal screw thread running through described lid; The described upper end with the pipe connecting 010 of internal screw thread has the upper end mouth of pipe 052 of the liquid pressure output tube for connecting purifying agent container, and lower end has been threaded scavenging agent spray tube 011; The upper end of described scavenging agent spray tube 011 is provided with external screw teeth 012, tube wall offers jet hole 013, outer wall is fixed with several body stabilizing bracket 014.
As shown in figure 13, described have the lid center that high wind enters the pipe lid 10 of interface and have the high wind access tube 015 running through described lid, the upper end of described high wind access tube 015 has flanged high wind and enters interface 053, for connecting the high wind output tube of air-blast device.
As shown in figure 14, the liquid injection port 27 with internal screw thread is provided with in the middle part of described cover plate 20; The described liquid injection port 27 with internal screw thread is closed by the mouth plug with external screw teeth.
Embodiment 1
The connection diagram of sewage purification treatment equipment is described in detail below in conjunction with accompanying drawing 1.
As shown in Figure 1, in enforcement, all pipelines (not containing conveying soiling solution pipe) are fixed on " body of wall installing sewage purification treatment equipment ", decontamination chamber 11 or soiling solution container 13 are arranged on the pan straddle of body of wall bottom, (not shown) above the roof floor that sewage collecting pool 16 is placed in " the sewage treatment works room " of building, is not described further here.
The bilge discharge pipe with flange of sewage collecting pool 16 lower end connects with valve 12, valve 12 connects with Y-tube 1, Y-tube 1 upper end mouth of pipe tool for mounting has the pipe lid 7 of scavenging agent interface, flanged (FLGD) sewage inlet 25a on the lower end mouth of pipe straight tube 6 of Y-tube 1 and the cover plate 20 of first decontamination chamber 11 connects, flanged (FLGD) treated water outlet 26b straight tube 6 on cover plate 20 connects with a mouth of pipe of four-way pipe 2 lower end, the pipe lid 8 of upper end mouth of pipe assembling for installing filtering screen of this lower end mouth of pipe, another upper end mouth of pipe assembling of this four-way pipe 2 can install the pipe lid 9 of scavenging agent spray tube, flanged (FLGD) sewage inlet 25a on the cover plate 20 of lower end mouth of pipe straight tube 6 and second decontamination chamber 11 connects, flanged (FLGD) treated water outlet 26b straight tube 6 on the cover plate 20 of second decontamination chamber 11 and the four-way pipe 2 using the same method identical with second connect, so several decontamination chamber is installed repeatedly, in the end there is the side of the pipe lid 9 can installing scavenging agent spray tube four-way pipe 2 upper end, the lower end mouth of pipe straight tube 6 of this side is connected with a upper end mouth of pipe of bifurcated Y-tube 4, the lower end mouth of pipe connects with the soiling solution entrance 30 of soiling solution container 13, another upper end mouth of pipe straight tube 6 of bifurcated Y-tube 4 connects with a lower end mouth of pipe of three-way elbow pipe 3, the pipe lid 8 of its upper end mouth of pipe assembling for installing filtering screen, another lower end mouth of pipe straight tube 6, the water inlet pipe 32 that swan neck 5 and Water warfare check and accept discharge pond connects (being discharged by water through discharge purified water pipe 35), decontamination chamber 11, sewage draining exit 29 mounted valve 12 of soiling solution container 13 lower end, control soiling solution to enter soiling solution collecting tank 17 through conveying soiling solution pipe 18 through valve 12.
The process of now being disposed of sewage by sewage purification treatment equipment does following summary:
With sump pump, sewage feeding is placed in the sewage collecting pool 16 of the floor end face of " dispose of sewage working spaces ", sewage is controlled the Y-tube 1 of the pipe lid 7 having scavenging agent interface through upper end mouth of pipe tool for mounting by valve 12, scavenging agent enters in Y-tube 1 from the scavenging agent entrance 05 of pipe lid 7, flanged (FLGD) sewage inlet 25a that the sewage with scavenging agent enters first decontamination chamber 11 by straight tube 6 enters first decontamination chamber 11 again, passage is curved by the convolution in decontamination chamber 11, scavenging agent and sewage in passage fully in and, overflow through flanged (FLGD) treated water outlet 26b of first decontamination chamber 11, the pipe lid 8 of a upper end mouth of pipe assembling for installing filtering screen is entered by straight tube 6, another upper end mouth of pipe assembling can install first four-way pipe 2 of the pipe lid 9 of scavenging agent spray tube, sewage is after the filter core in filtering screen 07, the scavenging agent ejected in sewage and scavenging agent spray tube 011 together enters the sewage inlet 25a of second decontamination chamber 11 through straight tube 6, then second decontamination chamber 11 is entered, curve after passage fully neutralizes through convolution, overflowed by the treated water outlet 26b of second decontamination chamber 11, enter second by straight pipe 6 and have pipe lid 8, the four-way pipe 2 of pipe lid 9, then the 3rd decontamination chamber 11 is entered, so repeatedly run (number of decontamination chamber is determined as required), the scavenging agent that sewage ejects in last four-way pipe 2 with scavenging agent spray tube 011 together enters in bifurcated Y-tube 4 through straight tube 6, sewage overflows from another upper port of bifurcated Y-tube 4, upper end mouth of pipe assembling is entered for installing the three-way elbow pipe 3 of the pipe lid 8 of filtering screen through straight tube 6, sewage through filtration after through straight tube 6, bend pipe 5 enters Water warfare and checks and accepts discharge pond 15, after the Water warfare filtering layer 33 checked and accepted in discharge pond 15 filters again, discharge through discharge purified water pipe 35.Not by three-way elbow pipe 3 filter sewage fall stay bifurcated Y-tube 4 lower end soiling solution container 13 in, the sewage slag do not filtered by special-shaped four-way pipe 4 is stayed in decontamination chamber 11, sewage in soiling solution container 13 and decontamination chamber 11 slag of mixing enters conveying soiling solution pipe 18 by the sewage draining exit 29 of its lower end through valve 12 control discharge, finally enters soiling solution collecting tank 17 otherwise processed.
Embodiment 2
The connection diagram of useless flue-gas purification treatment device is described in detail below in conjunction with accompanying drawing 2.
As shown in Figure 2, one mouth of pipe of swan neck 5 is flue gas air blast admission port interfaces 054, another mouth of pipe connects with a lower nozzle of first three-way elbow pipe 3, the upper end mouth of pipe assembling of first three-way elbow pipe 3 has the pipe lid 10 that high wind enters interface, flanged (FLGD) useless smoke inlet 25b on the lower end mouth of pipe straight tube 6 corresponding with the upper end mouth of pipe and the cover plate 20 of first decontamination chamber 11 connects, the inner chamber of flanged (FLGD) useless smoke inlet 25b installs flue gas ingress pipe 19, flanged (FLGD) clean gas outlet 26b straight tube 6 on cover plate 20 connects with a lower nozzle of second three-way elbow pipe 3, the upper end mouth of pipe assembling of second three-way elbow pipe 3 has the pipe lid 10 that high wind enters interface, useless smoke inlet 25b on the lower end mouth of pipe straight tube 6 corresponding with the upper end mouth of pipe and the cover plate 20 of second decontamination chamber 11 connects, the inner chamber of useless smoke inlet 25b installs flue gas ingress pipe 19, clean gas outlet 26b straight tube 6 connects with a lower end mouth of pipe of the 3rd three-way elbow pipe 3, so several decontamination chamber 11 is installed repeatedly, flue gas after purification is discharged by a lower port connecting bending head tube 5 of last three-way elbow pipe 3.Back-outed by the mouth plug with external screw teeth on the liquid injection port 27 of decontamination chamber 11 in enforcement, inject appropriate scavenging agent, liquid level display window 28 shows liquid level, tightens mouth plug after note, is sealed by liquid injection port 27.Sewage draining exit 29 mounted valve 12 of lower end, decontamination chamber 11, is discharged into soiling solution reclaiming clean case 14 by valve 12 by soiling solution.
The process of now being disposed of sewage by useless flue-gas purification treatment device does following summary:
Flue gas air blast enters interface 054 from air blast and enters swan neck 5 and enter first three-way elbow pipe 3, the pipe lid 10 that high wind enters interface that has of this three-way elbow pipe 3 upper end mouth of pipe assembling has high wind access tube 015, the high wind of gas blower enters the straight tube 6 three-way elbow pipe 3 from high wind access tube 015, curved in the liquid of passage by flue gas from the convolution in the flue gas ingress pipe 19 brute force press-in decontamination chamber 11 of the useless smoke inlet 25b lower end of first decontamination chamber 11.Flue gas is discharged through liquid filtering, the three-way elbow pipe 3 that second has pipe lid 10 is entered from the clean gas outlet 26b of first decontamination chamber 11, identical with first three-way elbow pipe 3 convolution in flue gas brute force press-in second decontamination chamber 11 is curved in the liquid of passage, so repeatedly by flue gas discharge after the liquid filtering (injecting a kind of scavenging agent each decontamination chamber 11 in) in several decontamination chamber 11 makes the micronic dust that contains in flue gas and all kinds of harmful body is removed.
Embodiment 3
The connection diagram of useless flue-gas purification treatment device is described in detail below in conjunction with accompanying drawing 3.
As shown in Figure 3, a mouth of pipe of swan neck 5 is that flue gas air blast enters interface 054, another mouth of pipe connects with a lower end mouth of pipe of three-way elbow pipe 3, the upper end mouth of pipe assembling of three-way elbow pipe 3 has the pipe lid 10 that high wind enters interface, the lower end mouth of pipe straight tube 6 corresponding with the upper end mouth of pipe and a upper end mouth of pipe of first bifurcated Y-tube 4 connect, lower end mouth of pipe straight tube 6 connects with conveying soiling solution pipe 18 and enters soiling solution collecting tank 17, another upper port straight tube 6 of first bifurcated Y-tube 4 connects with a mouth of pipe of first four-way pipe 2 lower end, the upper end mouth of pipe assembling of this lower end mouth of pipe can install the pipe lid 9 of scavenging agent spray tube, another upper end mouth of pipe tool for mounting has high wind to enter the pipe lid 10 of interface, the lower end mouth of pipe straight tube 6 of this upper end mouth of pipe and a upper end mouth of pipe of second bifurcated Y-tube 4 connect, lower end mouth of pipe straight tube 6 connects with conveying soiling solution pipe 18, conveying soiling solution pipe 18 and soiling solution collecting tank 17 connect (this soiling solution refers to sewage), another upper end mouth of pipe straight tube 6 connects with a mouth of pipe of second four-way pipe 2 lower end, the upper end mouth of pipe assembling of this lower end mouth of pipe can install the pipe lid 9 of scavenging agent spray tube, another upper end mouth of pipe assembling has the pipe lid 10 that high wind enters interface, lower end mouth of pipe straight tube 6 connects with a upper end mouth of pipe of the 3rd bifurcated Y-tube 4, the lower end mouth of pipe connects with the soiling solution entrance 30 of soiling solution container 13, another upper port straight tube 6 connects with the 3rd four-way pipe 2, so several soiling solution container 13(is installed repeatedly to collect the soiling solution of different scavenging agent, use after purification).The upper end assembling of last four-way pipe 2 has the pipe lid 10 that high wind enters interface, and its lower end mouth of pipe installs swan neck 5 or flue gas is discharged by straight tube 6.
According to the classification number contained hazardous substance in sewage, waste gas in enforcement, the quantity of decontamination chamber 11 or soiling solution container 13 is set.
The process of now being disposed of sewage by useless flue-gas purification treatment device does following summary:
Flue gas air blast enters interface 054 from air blast and enters swan neck 5 and then enter three-way elbow pipe 3, the pipe lid 10 that high wind enters interface that has of this three-way elbow pipe 3 upper end mouth of pipe assembling has high wind access tube 015, flue gas is compressed into first bifurcated Y-tube 4 through straight tube 6 from high wind access tube 015 by the high wind of gas blower, flue gas enters first four-way pipe 2 with the side of pipe lid 9 can installing scavenging agent spray tube from the straight tube 6 of first another upper end mouth of pipe of bifurcated Y-tube 4, the liquid (water) that the jet hole 013 of the scavenging agent spray tube 011 under this lid ejects oozes with the dust micronic dust in flue gas the straight tube 6 hitting and fall and enter under first bifurcated Y-tube 4 mutually, soiling solution collecting tank 17 is entered through soiling solution transfer lime 18.Flue gas enters first four-way pipe 2 and has the side that high wind enters the pipe lid 10 of interface, this pipe has covered high wind access tube 015, the high wind of gas blower enters high wind access tube 015 and flue gas is pressed into second bifurcated Y-tube by straight tube 6, so repeatedly identical, unlike from the 3rd four-way pipe 2, the liquid that the jet hole 013 of the scavenging agent spray tube 11 under pipe lid 9 ejects not is water but scavenging agent, the scavenging agent of injection and Gas phase Smoke ooze the soiling solution container 13 hitting and fall under bifurcated Y-tube 4, the soiling solution of soiling solution container 13 is not shown in the figures to soiling solution reclaiming clean case 14(by valve 12 control discharge).
Although above-mentioned to invention has been detailed description; but the present invention is not limited thereto; those skilled in the art can principle according to the present invention modify, and therefore, all various amendments carried out according to principle of the present invention all should be understood to fall into protection scope of the present invention.
Claims (10)
1. a dirt purification apparatus, is characterized in that comprising:
For the collection device of trapped dirt;
Its import connects the dirt stage purification treatment unit of described collection device;
Connect the take-off equipment of the purge outlet of described dirt stage purification treatment unit;
Connect the soiling solution collection device of the sewage draining exit of described dirt stage purification treatment unit;
Wherein, described dirt stage purification treatment unit has the clean unit that plural serial stage connects, and its every grade clean unit carries out different purifying treatment to dirt successively.
2. dirt purification apparatus as claimed in claim 1, it is characterized in that, described dirt is sewage, and described every grade of clean unit comprises:
It is built with the decontamination chamber being used for purifying sewage of scavenging agent, have flanged (FLGD) sewage inlet of end side mounted thereto, end opposite side mounted thereto flanged (FLGD) treated water outlet, be arranged on flanged (FLGD) sewage draining exit of its lower end;
Connect the input channel of described flanged (FLGD) sewage inlet;
Connect the output channel of described flanged (FLGD) treated water outlet.
3. dirt purification apparatus as claimed in claim 2, it is characterized in that, the input channel of described first step clean unit comprises: the Y-tube of flanged interface; Be connected to the straight tube of the flanged interface between the first flange-interface of the Y-tube of described flanged interface and described flanged (FLGD) sewage inlet;
Wherein, described collection device comprises: sewage collecting pool; Connect the valve of described sewage collecting pool outlet, in described valve, magnetic valve is set;
Wherein, second flange-interface relative with described first flange-interface of the Y-tube of described flanged interface is provided with scavenging agent entrance and level sensor organ pipe, and its three-flange interface connects described valve.
4. dirt purification apparatus as claimed in claim 3, it is characterized in that, the input channel of other clean units described comprises: the four-way pipe of flanged interface; Be connected to the straight tube of the flanged interface between the first flange-interface of the four-way pipe of described flanged interface and described flanged (FLGD) sewage inlet;
Wherein, second flange-interface relative with described first flange-interface of the four-way pipe of described flanged interface is installed the scavenging agent spray tube in a straight tube extending to flanged interface, its three-flange interface connects the output channel of upper level clean unit, four flange-interface relative with described three-flange interface connects a filtering screen, and described filtering screen at least extends to described three-flange interface.
5. dirt purification apparatus as claimed in claim 4, is characterized in that, described dirt stage purification treatment unit also has the soiling solution processing unit of the output channel connecting last step clean unit, comprising:
Soiling solution container, flanged (FLGD) soiling solution entrance is equipped with in its upper end, flanged (FLGD) sewage draining exit is equipped with in its lower end;
Connect the input and output pipeline of described flanged (FLGD) soiling solution entrance;
Wherein, described input and output pipeline comprises: the four-way pipe of flanged interface; The bifurcated Y-tube of the flanged interface of the four-way pipe of described flanged interface is connected via input straight tube; The three-way elbow pipe of the flanged interface between the bifurcated Y-tube of described flanged interface and described take-off equipment is connected to via output straight tube;
Wherein, first flange-interface of the four-way pipe of described flanged interface connects the entrance of input straight tube, second flange-interface relative with described first flange-interface is equipped with scavenging agent spray tube, its three-flange interface connects the output channel of last step clean unit, four flange-interface relative with described three-flange interface connects a filtering screen, and described filtering screen at least extends to described three-flange interface;
Wherein, the first flange-interface of the bifurcated Y-tube of described flanged interface connects the outlet of input straight tube, and its second flange-interface connects the entrance of described output straight tube, and its three-flange interface relative with the second flange-interface connects flanged (FLGD) soiling solution entrance;
Wherein, first flange-interface of the three-way elbow pipe of described flanged interface connects the outlet exporting straight tube, its second flange-interface relative with the first flange-interface connects a filtering screen, described filtering screen at least extends to described first flange-interface, and its three-flange interface connects the entrance of described take-off equipment.
6. dirt purification apparatus as claimed in claim 5, it is characterized in that, described take-off equipment comprises:
Water warfare checks and accepts discharge pond, and flanged (FLGD) water inlet pipe is equipped with in its upper end, its side wall lower ends is equipped with discharge purified water pipe;
The straight tube of the flanged interface be connected between the three-flange interface being connected to the three-way elbow pipe of described flanged (FLGD) water inlet pipe and flanged interface and the swan neck of flanged interface;
Wherein, described Water warfare check and accept discharge pond inner chamber in the middle part of inwall on support for placing filtering layer is installed.
7. dirt purification apparatus as claimed in claim 1, it is characterized in that, described dirt is useless flue gas, and every grade of clean unit comprises:
It is built with the decontamination chamber being used for purifying useless flue gas of scavenging agent, have the flanged (FLGD) useless smoke inlet of end side mounted thereto, end opposite side mounted thereto flanged (FLGD) clean gas outlet, be arranged on flanged (FLGD) sewage draining exit of its lower end;
Connect the input channel of described flanged (FLGD) useless smoke inlet;
Connect the output channel of described flanged (FLGD) clean gas outlet;
Wherein, the tube cavity of described useless smoke inlet has thread, for installing flue gas ingress pipe; The epimere of described flue gas ingress pipe has the outer tooth corresponding with described thread, and hypomere offers out smoke hole;
Wherein, the hypomere of described flue gas ingress pipe is straight tube or bend pipe.
8. dirt purification apparatus as claimed in claim 7, it is characterized in that, the input channel of described every grade of clean unit comprises: the three-way elbow pipe of flanged interface; Be connected to the straight tube of the flanged interface between the first flange-interface of the three-way elbow pipe of described flanged interface and described flanged (FLGD) useless smoke inlet;
Wherein, second flange-interface relative with described first flange-interface of the three-way elbow pipe of the flanged interface of described first step clean unit is provided with high wind access tube, to blow to the straight tube of described flanged interface, its three-flange interface connects the swan neck as the flanged interface of collection device;
Wherein, second flange-interface relative with described first flange-interface of the three-way elbow pipe of the flanged interface of other clean units described is provided with high wind access tube, to blow to the straight tube of described flanged interface, its three-flange interface connects the output channel of upper level clean unit;
Wherein, the output channel of described last step clean unit connects described take-off equipment, and described take-off equipment comprises: the swan neck of the three-way elbow pipe connecting the flanged interface of the output channel of described last step clean unit and the flanged interface of the first flange-interface of the three-way elbow pipe being connected described flanged interface; Second flange-interface relative with described first flange-interface of the three-way elbow pipe of described flanged interface is provided with high wind access tube, and its three-flange interface connects the output channel of last step clean unit.
9. the dirt purification apparatus as described in claim 6 or 8, is characterized in that, the top of described decontamination chamber is provided with for closing its open-topped cover plate, and sidewall is provided with the liquid level display window being communicated with its inside, and inside is arranged at intervals with strange plurality of partitions;
Wherein, described dividing plate is arranged up and down successively in inside, decontamination chamber and is formed convolution and curves passage;
Wherein, the open top of described decontamination chamber has outer flanging, described outer flanging offers and is connected and fixed hole; The surrounding of described cover plate offers and is connected and fixed the corresponding fixed orifices in hole with described.
10. dirt purification apparatus as claimed in claim 1, it is characterized in that, described dirt is useless flue gas, and the clean unit that described plural serial stage connects at least comprises first kind clean unit and Equations of The Second Kind clean unit;
Described first kind clean unit comprises the bifurcated Y-tube of the three-way elbow pipe of the flanged interface connected successively or four-way pipe, input channel, flanged interface, and connects the blow-off pipe of two output terminals of bifurcated Y-tube and the output channel of described flanged interface respectively;
Described Equations of The Second Kind clean unit comprises the bifurcated Y-tube of the four-way pipe of the flanged interface connected successively, input channel, flanged interface, and connects the soiling solution container of two output terminals of bifurcated Y-tube and the output channel of described flanged interface respectively;
Wherein, first flange-interface of the three-way elbow pipe of the flanged interface of described first kind clean unit connects the swan neck as the flanged interface of collection device, its the second flange-interface connects the entrance of described input channel, its three-flange interface relative with the second flange-interface connects high wind access tube, to blow to described input channel;
Wherein, described first kind clean unit is connected the outlet of the output channel of upper level clean unit with the first flange-interface of the four-way pipe of the flanged interface of Equations of The Second Kind clean unit, its the second flange-interface connects the entrance of described input channel, its four flange-interface relative with the second flange-interface connects high wind access tube, to blow to described input channel, and the scavenging agent spray tube in an output channel extending to upper level clean unit is installed from its three-flange interface relative with the first flange-interface;
Wherein, first flange-interface of the bifurcated Y-tube of the flanged interface of described first kind clean unit connects the outlet of described input channel, its the second flange-interface connects the entrance of described output channel, and its three-flange interface relative with the second flange-interface connects blow-off pipe;
Wherein, first flange-interface of the bifurcated Y-tube of the flanged interface of described Equations of The Second Kind clean unit connects the outlet of described input channel, its the second flange-interface connects the entrance of described output channel, and its three-flange interface relative with the second flange-interface connects soiling solution container;
Wherein, the flange-interface of the blow-off pipe of the three-flange interface of the bifurcated Y-tube of described connecting band flange-interface installs resistance cigarette funnel;
Wherein, described take-off equipment comprises: the four-way pipe of flanged interface; The first flange-interface connecting the four-way pipe of described flanged interface connects the outlet of the output channel of last step clean unit, the swan neck of its second flange-interface connecting band flange-interface, its four flange-interface relative with the second flange-interface connects high wind access tube, to blow to described input channel, and the scavenging agent spray tube in an output channel extending to upper level clean unit is installed from its three-flange interface relative with the first flange-interface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410007363.8A CN104761078B (en) | 2014-01-08 | 2014-01-08 | Sewage purifying treatment device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410007363.8A CN104761078B (en) | 2014-01-08 | 2014-01-08 | Sewage purifying treatment device |
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| Publication Number | Publication Date |
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| CN104761078A true CN104761078A (en) | 2015-07-08 |
| CN104761078B CN104761078B (en) | 2017-05-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410007363.8A Active CN104761078B (en) | 2014-01-08 | 2014-01-08 | Sewage purifying treatment device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108467130A (en) * | 2017-02-23 | 2018-08-31 | 茅金声 | A kind of sewage purification processing system |
| TWI686231B (en) * | 2018-10-11 | 2020-03-01 | 潔和環保有限公司 | Exhaust gas washing device |
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| CN2818467Y (en) * | 2006-03-06 | 2006-09-20 | 上海康福特环境科技有限公司 | Re-using device for washing-car waste water |
| EP1882834A1 (en) * | 2005-05-17 | 2008-01-30 | Isuzu Motors Limited | Exhaust gas purification method and system |
| CN101352644A (en) * | 2008-08-29 | 2009-01-28 | 浙江大学 | Wet flue gas denitration technique for nitrite recovery |
| CN202785843U (en) * | 2012-09-19 | 2013-03-13 | 郑州蓝德环保科技有限公司 | High-concentration landfill leachate nanofiltration integrated treatment system |
| CN204058107U (en) * | 2014-01-08 | 2014-12-31 | 茅金声 | A kind of dirt purification apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| EP1882834A1 (en) * | 2005-05-17 | 2008-01-30 | Isuzu Motors Limited | Exhaust gas purification method and system |
| CN2818467Y (en) * | 2006-03-06 | 2006-09-20 | 上海康福特环境科技有限公司 | Re-using device for washing-car waste water |
| CN101352644A (en) * | 2008-08-29 | 2009-01-28 | 浙江大学 | Wet flue gas denitration technique for nitrite recovery |
| CN202785843U (en) * | 2012-09-19 | 2013-03-13 | 郑州蓝德环保科技有限公司 | High-concentration landfill leachate nanofiltration integrated treatment system |
| CN204058107U (en) * | 2014-01-08 | 2014-12-31 | 茅金声 | A kind of dirt purification apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108467130A (en) * | 2017-02-23 | 2018-08-31 | 茅金声 | A kind of sewage purification processing system |
| TWI686231B (en) * | 2018-10-11 | 2020-03-01 | 潔和環保有限公司 | Exhaust gas washing device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104761078B (en) | 2017-05-17 |
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