CN205710613U - Town and country solid waste zero-emission commercialization regenerative system - Google Patents
Town and country solid waste zero-emission commercialization regenerative system Download PDFInfo
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- CN205710613U CN205710613U CN201620386970.4U CN201620386970U CN205710613U CN 205710613 U CN205710613 U CN 205710613U CN 201620386970 U CN201620386970 U CN 201620386970U CN 205710613 U CN205710613 U CN 205710613U
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Abstract
This utility model relates to technical field of domestic garbage treatment, especially relates to a kind of town and country solid waste zero-emission commercialization regenerative system, including negative and positive pond module；The both sides of the length direction of described negative and positive pond module are respectively arranged with heating agent accumulating operating platform；The top of described negative and positive pond module is covered with gas vapour regulation and control cover；Described negative and positive pond module is additionally provided with pre-buried tubing, and described pre-buried pipeline system connectivity has space tubing；The lower section of described negative and positive pond module is provided with negative and positive conversion collecting tank；Described negative and positive pond module includes cloudy Chi Zuheyangchi group, and described cloudy pond group is connected by described negative and positive conversion collecting tank with described Yang Chi group.This town and country solid waste zero-emission commercialization regenerative system disclosure satisfy that green process, energy recycling, the needs of low carbon development.
Description
Technical field
This utility model relates to technical field of domestic garbage treatment, especially relates to a kind of town and country solid waste zero-emission commercialization regenerative system.
Background technology
Along with the fast development in city, China various places, the quantity of municipal refuse also increases rapidly, and the harmful components in rubbish cause serious pollution to air, water body, soil etc., have had a strong impact on urban ecological environment, have endangered the healthy of the people.
Additionally, along with being gradually increased of the daily water yield, the sewage load of sewage treatment plant every day is also gradually increased, accordingly, substantial amounts of mud will be produced in sewage disposal process, and in the processing procedure of mud, typically directly it is discarded in the public environment such as farmland, river, ocean, become new polluter.It addition, city circle woods greening and agricultural production all produce substantial amounts of branch and leaf.It is unable to effectively process to domestic waste (predominantly organic waste), mud, the processing method of branch and leaf；Such as: the heavy metal fertilizer that 1. composting process produces can not become agricultural Safe fertilizer, and pathogen also has the danger of recurrence, thus has been forbidden by European legislation explicit order, its final approach is to take up an area landfill.2. burning method ignores mud to have the characteristic of fertilizer and construction, operating cost high, expends a large amount of valuable disposable energy, and the particulate matter of generation, sour gas, heavy metal and two English also exist high risks to health.Especially maximum with two English toxic hazards, remove difficulty the highest.3. afforestation residual branch and leaf landfill method, obtains effective utilization (calculating, the residual branch and leaf of afforestation that every day produces are at about 240 tons) with population million city while occupation of land.4. agricultural stalk on-site incineration directly pollutes atmospheric environment.Said method can not meet green process, energy recycling, the needs of low carbon development.
Utility model content
The purpose of this utility model is to provide a kind of town and country solid waste zero-emission commercialization regenerative system, to solve the technical problem that processing method present in prior art can not meet the needs of green process, energy recycling, low carbon development.
This utility model provides a kind of town and country solid waste zero-emission commercialization regenerative system, including negative and positive pond module；The both sides of the length direction of described negative and positive pond module are respectively arranged with heating agent accumulating operating platform；The top of described negative and positive pond module is covered with gas vapour regulation and control cover；Described negative and positive pond module is additionally provided with pre-buried tubing, and described pre-buried pipeline system connectivity has space tubing；The lower section of described negative and positive pond module is provided with negative and positive conversion collecting tank；Described negative and positive pond module includes cloudy Chi Zuheyangchi group, and described cloudy pond group is connected by described negative and positive conversion collecting tank with described Yang Chi group.
Further, described cloudy pond group includes multiple cloudy pond being arranged side by side, and described Yang Chi group includes multiple Yang Chi being arranged side by side；The quantity in described cloudy pond is identical with the quantity of described Yang Chi；Described gas vapour regulation and control cover is provided with oxidant channel mouth, for being passed through oxygen to described cloudy pond and described Yang Chi；It is additionally provided with gas vapour passage on described gas vapour regulation and control cover；The opening at the two ends of described gas vapour passage connects with described cloudy pond and described Yang Chi respectively.
Further, described pre-buried tubing includes the flammable trachea in Yang Chi side, the flammable trachea in cloudy side, pond, Yang Chi side mixture pipe and cloudy side, pond mixture pipe；Described Yang Chi is connected with described Yang Chi side mixture pipe；Described cloudy pond is connected with described cloudy side, pond mixture pipe；The flammable trachea in described Yang Chi side is connected with described Yang Chi side mixture pipe, and the flammable trachea in described cloudy side, pond is connected with described cloudy side, pond mixture pipe.
Further, described space pipeline system includes combustible gas outlet tube, Yang Chi side gaseous mixture combustible gas crossover connection, Yang Chi side gaseous mixture blower fan input pipe, cloudy side, pond gaseous mixture combustible gas crossover connection and cloudy side, pond gaseous mixture blower fan input pipe；Described Yang Chi side gaseous mixture blower fan input pipe and described cloudy side, pond gaseous mixture blower fan input pipe are provided with air exhauster；It is connected by combustible gas outlet tube between the flammable trachea of the flammable trachea in described Yang Chi side and described cloudy side, pond；The side of the width of described negative and positive pond module is provided with regenerated reactor；Described regenerated reactor includes that interior vertical shaft and outer vertical shaft, the sidewall on the top of described interior vertical shaft are provided with filtering holes, and described filtering holes connects described interior vertical shaft and described outer vertical shaft；The flammable trachea in described Yang Chi side is connected with described Yang Chi side mixture pipe by described Yang Chi side gaseous mixture combustible gas crossover connection, and the flammable trachea in described cloudy side, pond is connected with described cloudy side, pond mixture pipe by described cloudy side, pond gaseous mixture combustible gas crossover connection；Described Yang Chi side gaseous mixture combustible gas crossover connection is provided with Yang Chi side switching valve, and described cloudy side, pond gaseous mixture combustible gas crossover connection is provided with cloudy side, pond switching valve；Described Yang Chi side mixture pipe is connected with described outer vertical shaft by described Yang Chi side gaseous mixture blower fan input pipe, and described cloudy side, pond mixture pipe is connected with described outer vertical shaft by described cloudy side, pond gaseous mixture blower fan input pipe；Described Yang Chi side gaseous mixture blower fan input pipe is additionally provided with Yang Chi side mixing air valve, and described cloudy side, pond gaseous mixture blower fan input pipe is additionally provided with cloudy side, pond mixing air valve；Described interior vertical shaft is connected with described combustible gas outlet tube.
Further, described interior vertical shaft is connected by spray column with described combustible gas outlet tube.
Further, described spray column includes four-way pipeline, enclosing cover layer and inner shield layer；Described enclosing cover layer forms cooling cavities with described inner shield layer；The lower port of described four-way pipeline runs through described enclosing cover layer and described inner shield layer, and the lower port of described four-way pipeline connects with described interior vertical shaft；The upper port of described four-way pipeline is connected with described combustible gas outlet tube；The left port of described four-way pipeline is all communicated with unboiled water fertilizer input shower with the right output port of described four-way pipeline；The bottom of described cooling cavities is communicated with recirculated water outlet tube, and the top of described cooling cavities is communicated with recirculated water input pipe.
Further, the opposite side of the width of described negative and positive pond module is provided with powder storage pond, the powder formed in storing described cloudy pond and described sun pond.
Further, also include powder forming unit, for the powder of described powder storage pond storage is pressed；Described powder forming unit includes portal frame, mould, tripping gear, accumulation of energy hammer and lifting device；Described lifting device is arranged on the top of described portal frame；Described mould is arranged on the bottom of described portal frame；Described tripping gear is fixing with described accumulation of energy hammer to be connected；Described lifting device is used for driving described tripping gear to rise；Described tripping gear includes trigger, drag and drop rotary hook and slide block；Described slide block is arranged on described portal frame, and described slide block can slide along the length direction of described portal frame；Described accumulation of energy hammer is fixing with described slide block to be connected；Described drag and drop rotary hook is arranged on described slide block, and the steel wire rope of described lifting device is connected with described drag and drop rotary hook；Described trigger is arranged on described portal frame, is used for making described steel wire rope be separated with described drag and drop rotary hook；Described drag and drop rotary hook includes bending section and line part；One end of described bending section is connected with one end of described line part；The other end of described line part is provided with extension, and described extension is provided with unhook groove；The other end of described line part is additionally provided with shaft hole；The notch of described unhook groove is towards the junction of described line part Yu described bending section.
Further, being equipped with fixing axle in described shaft hole, and described fixing axle is arranged on described slide block, described line part can rotate around the axis of described fixing axle；Described unhook groove is provided with and hangs arbor, and described in hang the axis of arbor parallel with the axis of described fixing axle；Described trigger hangs arbor and departs from from described unhook groove described in being used for making；Described lifting device hangs arbor up and down motion, so that described drag and drop rotary hook can move up and down described in can making.
Further, described pre-buried tubing also includes that filling pipe, the outlet of described filling pipe are positioned at the bottom land of described negative and positive conversion collecting tank.
Compared with prior art, this utility model has following technical effect that
The town and country solid waste zero-emission commercialization regenerative system that this utility model provides, including negative and positive pond module；The both sides of the length direction of negative and positive pond module are respectively arranged with heating agent accumulating operating platform；The top of negative and positive pond module is covered with gas vapour regulation and control cover；Negative and positive pond module is additionally provided with pre-buried tubing, and pre-buried pipeline system connectivity has space tubing；The lower section of negative and positive pond module is provided with negative and positive conversion collecting tank；Negative and positive pond module includes cloudy Chi Zuheyangchi group, and cloudy Chi Zuyuyangchi group is connected by negative and positive conversion collecting tank.After municipal sludge, house refuse, the residual branch and leaf of afforestation and crop straw are inserted negative and positive pond module, then gas vapour regulation and control cover is covered, them are made to glow after processing in Yang Chi group and cloudy pond group, the mixed gas generated circulates in pre-buried tubing and space pipeline system, finally obtain fuel gas, a portion fuel gas is the combustion adjuvant of burning in this system, and another part fuel gas is used for flowing to internal combustion engine generator, generates electricity.This town and country solid waste zero-emission commercialization regenerative system disclosure satisfy that green process, energy recycling, the needs of low carbon development.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model detailed description of the invention or technical scheme of the prior art, the accompanying drawing used required in detailed description of the invention or description of the prior art will be briefly described below, apparently, accompanying drawing in describing below is embodiments more of the present utility model, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
The axonometric drawing of the town and country solid waste zero-emission commercialization regenerative system that Fig. 1 provides for this utility model embodiment；
The top view of the town and country solid waste zero-emission commercialization regenerative system that Fig. 2 provides for this utility model embodiment；
The upward view of the town and country solid waste zero-emission commercialization regenerative system that Fig. 3 provides for this utility model embodiment；
Fig. 4 is the close-up schematic view in Fig. 2 at C；
Fig. 5 is the structural representation of negative and positive pond module in the present embodiment；
Fig. 6 is the structural representation of gas vapour regulation and control cover in the present embodiment；
Fig. 7 is the structural representation of negative and positive conversion collecting tank in the present embodiment；
Fig. 8 is the structural representation of regenerated reactor in the present embodiment；
Fig. 9 is the structural representation of spray column in the present embodiment；
Figure 10 is the top view of spray column in the present embodiment；
Figure 11 is the structural representation of pre-buried tubing in the present embodiment；
Figure 12 is the structural representation being implanted to aperture apparatus in the present embodiment；
The structural representation of the powder forming unit that Figure 13 provides for this utility model embodiment；
The sectional view of the powder forming unit that Figure 14 provides for this utility model embodiment；
Figure 15 is the structural representation of drag and drop rotary hook in this utility model embodiment；
Figure 16 is the structural representation of trigger in this utility model embodiment；
Figure 17 is the structural representation of mould in this utility model embodiment；
Figure 18 is the sectional view in Figure 17 along line A-A；
Figure 19 is the sectional view in Figure 17 along line B-B.
Reference:
101-portal frame；102-mould；103-accumulation of energy is hammered into shape；
104-electric hoist；105-trigger；106-drag and drop rotary hook；
108-slide block；109-bending section；110-line part；
111-unhook groove；112-shaft hole；113-extension；
114-fixes axle；115-hangs arbor；116-stopper section；
117-fixed part；118-crossbeam；119-column；
120-upper pressure storehouse portion；Storehouse portion is pressed under 121-；122-flow-dividing bin；
201-negative and positive pond module；202-heating agent accumulating operating platform；203-gas vapour regulation and control cover；
204-the moon pond；205-Yang Chi；206-unit groove；
207-raceway groove；208-oxidant channel mouth；209-gas vapour passage；
210-Yang Chi side is flammable trachea；The flammable trachea in side, 211-the moon pond；212-Yang Chi side mixture pipe；
Side, 213-the moon pond mixture pipe；214-filling pipe；215-combustible gas outlet tube；
216-Yang Chi side gaseous mixture combustible gas crossover connection；217-Yang Chi side gaseous mixture blower fan input pipe；
Side, 218-the moon pond gaseous mixture combustible gas crossover connection；Side, 219-the moon pond gaseous mixture blower fan input pipe；
220-air exhauster；221-regenerated reactor；Vertical shaft in 222-；
The outer vertical shaft of 223-；224-filtering holes；225-Yang Chi side switching valve；
Side, 226-the moon pond switching valve；227-Yang Chi side mixing air valve；228-the moon pond side mixing air valve；
229-combustible gas output valve；230-unboiled water fertilizer pipeline；231-boiled water fertilizer pipeline；
234-boiled water fertilizer outlet tube；235-boiled water pump；236-spray column；
237-four-way pipeline；238-enclosing cover layer；239-unboiled water fertilizer input shower；
240-recirculated water outlet tube；241-recirculated water input pipe；242-powder storage pond；
243-implants bar；244-is implanted to aperture apparatus；246-space pipeline system；
247-powder forming unit；248-negative and positive conversion collecting tank.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is clearly and completely described, it is clear that described embodiment is a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.
In description of the present utility model, it should be noted that, orientation or the position relationship of the instruction such as term " " center ", " on ", D score, "left", "right", " vertically ", " level ", " interior ", " outward " they be based on orientation shown in the drawings or position relationship; be for only for ease of description this utility model and simplifying and describe; rather than instruction or imply the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to restriction of the present utility model.Additionally, term " first ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that instruction or hint relative importance.
In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, term " is installed ", " being connected ", " connection " should be interpreted broadly, and connects for example, it may be fixing, it is also possible to be to removably connect, or be integrally connected；Can be to be mechanically connected, it is also possible to be electrical connection；Can be to be joined directly together, it is also possible to be indirectly connected to by intermediary, can be the connection of two element internals.For the ordinary skill in the art, above-mentioned term concrete meaning in this utility model can be understood with concrete condition.
Embodiment
Seeing shown in Fig. 1 to Figure 19, this utility model embodiment provides a kind of town and country solid waste zero-emission commercialization regenerative system, including negative and positive pond module 201；The both sides of the length direction of negative and positive pond module 201 are respectively arranged with heating agent accumulating operating platform 202；The top of negative and positive pond module 201 is covered with gas vapour regulation and control cover 203；Negative and positive pond module 201 is additionally provided with pre-buried tubing, and pre-buried pipeline system connectivity has space tubing；The lower section of negative and positive pond module 201 is provided with negative and positive conversion collecting tank；Negative and positive pond module 201 includes cloudy Chi Zuheyangchi group, and cloudy Chi Zuyuyangchi group is connected by negative and positive conversion collecting tank 248.After this utility model is by inserting negative and positive pond module 201 by municipal sludge, house refuse, the residual branch and leaf of afforestation and crop straw, then gas vapour regulation and control cover 203 is covered, them are made to glow after processing in Yang Chi group and cloudy pond group, the mixed gas generated circulates in pre-buried tubing and space pipeline system, finally obtain fuel gas, a portion fuel gas is the combustion adjuvant of burning in this system, and another part fuel gas is used for flowing to internal combustion engine generator, generates electricity.This town and country solid waste zero-emission commercialization regenerative system disclosure satisfy that green process, energy recycling, the needs of low carbon development.
In the present embodiment, cloudy pond group includes that multiple cloudy pond 204 being arranged side by side, the bottom in cloudy pond 204 are provided with small opening, and Yang Chi group includes that multiple positive pond 205 being arranged side by side, the bottom in sun pond 205 are provided with small opening；By arranging small opening, liquid can be in small opening flows to negative and positive conversion collecting tank.The quantity in cloudy pond is identical with the quantity of Yang Chi；Specifically, a cloudy pond is corresponding with a positive pond, forms a negative and positive unit；Negative and positive conversion collecting tank includes multiple unit groove 206；Equal with the quantity of Yang Chi or unit groove 206 the quantity of the quantity of unit groove 206 is the integral multiple of sun pond quantity；Each unit groove 206 has the cell wall of inclination, for making liquid from cloudy pond and sun pond water clock flow downward along the cell wall tilted；The bottom land of each unit groove 206 is connected and forms raceway groove 207；For making liquid in each unit groove 206 receive together；It addition, during Shi Yonging, it is also possible to inject water to this raceway groove 207.Gas vapour regulation and control cover 203 is provided with oxidant channel mouth 208, is passed through oxygen for Xiang Yinchi and Yang Chi；It is additionally provided with gas vapour passage 209 on gas vapour regulation and control cover 203；The opening at the two ends of gas vapour passage 209 connects with cloudy pond and Yang Chi respectively.Specifically, the quantity of gas vapour regulation and control cover 203 is equal with the quantity of Yang Chi, on gas vapour regulation and control cover 203, the quantity of oxidant channel mouth 208 is four, and wherein oxidant channel mouth 208 is positioned at the top of Yang Chi on two, and two other oxidant channel mouth 208 is positioned at the top in cloudy pond.It is additionally provided with hanger, in order to the lifting to gas vapour regulation and control cover 203 by crane or other instrument on gas vapour regulation and control cover 203；In the present embodiment, multiple gas vapour regulation and control cover 203 is structure as a whole, and so can realize the lifting of entirety.
In the present embodiment, pre-buried tubing includes the flammable trachea in Yang Chi side, the flammable trachea in cloudy side, pond, Yang Chi side mixture pipe and cloudy side, pond mixture pipe；Yang Chi with Yang Chi side mixture pipe is connected；Cloudy pond is connected with cloudy side, pond mixture pipe；Yang Chi side is flammable, and trachea is connected with Yang Chi side mixture pipe, and the flammable trachea in cloudy side, pond is connected with cloudy side, pond mixture pipe.Specifically, Yang Chi side mixture pipe is positioned at the top of Yang Chi side combustible tube, and cloudy side, pond mixture pipe is positioned at the top of cloudy side, pond combustible tube, and pre-buried tubing also includes fire protection pipeline and filling pipe 214, and fire protection pipeline is for carrying out fire-fighting fire extinguishing to Yang Chi or cloudy pond；Filling pipe 214 is for water filling in raceway groove 207.The outlet of filling pipe 214 is positioned at the bottom land of negative and positive conversion collecting tank, say, that the outlet of filling pipe 214 is positioned at raceway groove 207.Cloudy side, pond mixture pipe and Yang Chi side mixture pipe are provided with gas vapour passage 209 hole, and the mixed gas so produced can enter cloudy side, pond mixture pipe and Yang Chi side mixture pipe by gas vapour passage 209 hole.
In the present embodiment, space pipeline system 246 includes combustible gas outlet tube 215, Yang Chi side gaseous mixture combustible gas crossover connection, Yang Chi side gaseous mixture blower fan input pipe, cloudy side, pond gaseous mixture combustible gas crossover connection and cloudy side, pond gaseous mixture blower fan input pipe；Yang Chi side gaseous mixture blower fan input pipe and cloudy side, pond gaseous mixture blower fan input pipe are provided with air exhauster 220, can be accelerated the flowing of gaseous mixture in pipe by air exhauster 220；Yang Chi side is flammable to be connected by combustible gas outlet tube 215 between the flammable trachea of trachea and cloudy side, pond；The side of the width of negative and positive pond module 201 is provided with regenerated reactor 221, and specifically, in this enforcement, the number of negative and positive pond module 201 is two, and such regenerated reactor 221 is also located in the centre of two negative and positive pond modules 201；Regenerated reactor 221 includes that interior vertical shaft 222 and outer vertical shaft 223, the sidewall on the top of interior vertical shaft 222 are provided with filtering holes 224, and filtering holes 224 connects interior vertical shaft 222 and outer vertical shaft 223；The sidewall of the bottom of interior vertical shaft 222 is provided with fluid passage, and such liquid can flow to outer vertical shaft 223 from interior vertical shaft 222；Yang Chi side is flammable, and trachea is connected with Yang Chi side mixture pipe by Yang Chi side gaseous mixture combustible gas crossover connection, and the flammable trachea in cloudy side, pond is connected with cloudy side, pond mixture pipe by cloudy side, pond gaseous mixture combustible gas crossover connection；Yang Chi side gaseous mixture combustible gas crossover connection is provided with Yang Chi side switching valve, and cloudy side, pond gaseous mixture combustible gas crossover connection is provided with cloudy side, pond switching valve；Yang Chi side mixture pipe is connected with outer vertical shaft 223 by Yang Chi side gaseous mixture blower fan input pipe, and cloudy side, pond mixture pipe is connected with outer vertical shaft 223 by cloudy side, pond gaseous mixture blower fan input pipe；Yang Chi side gaseous mixture blower fan input pipe is additionally provided with Yang Chi side mixing air valve, and cloudy side, pond gaseous mixture blower fan input pipe is additionally provided with cloudy side, pond mixing air valve；Interior vertical shaft 222 is connected with combustible gas outlet tube 215.Combustible gas output valve 229 it is provided with on combustible gas outlet tube 215.
In the present embodiment, pre-buried tubing also includes unboiled water fertilizer pipeline 230 and boiled water fertilizer pipeline 231, and the Single port of unboiled water fertilizer pipeline 230 is positioned at raceway groove 207；The Single port of boiled water fertilizer pipeline 231 is connected with outer vertical shaft 223, the another port of boiled water fertilizer pipeline 231 is connected with boiled water fertilizer outlet tube 234, it is provided with boiled water pump 235, for being extracted out from boiled water fertilizer outlet tube 234 by the liquid in outer vertical shaft 223 on boiled water fertilizer outlet tube 234.
In the present embodiment, interior vertical shaft 222 is connected by spray column 236 with combustible gas outlet tube 215.Specifically, spray column 236 includes four-way pipeline 237, enclosing cover layer 238 and inner shield layer；Enclosing cover layer 238 forms cooling cavities with inner shield layer；The lower port of four-way pipeline 237 runs through enclosing cover layer 238 and inner shield layer, and the lower port of four-way pipeline 237 connects with interior vertical shaft 222；The upper port of four-way pipeline 237 is connected with combustible gas outlet tube 215；The left port of four-way pipeline 237 is all communicated with unboiled water fertilizer input shower 239 with the right output port of four-way pipeline 237, unboiled water input shower is connected with the another port of unboiled water fertilizer pipeline 230, as such, it is possible to the water in raceway groove 207 is inputted shower by unboiled water fertilizer pipeline 230 and unboiled water be transported to interior vertical shaft 222；The bottom of cooling cavities is communicated with recirculated water outlet tube 240, and the top of cooling cavities is communicated with recirculated water input pipe 241, so can be cooled down enclosing cover layer 238 and inner shield layer by current.
In the present embodiment, the opposite side of the width of negative and positive pond module 201 is provided with powder storage pond 242, the powder formed in storing cloudy pond and sun pond.Powder (powdered carbon or ashes) after glowing in Yang Chi and cloudy pond is delivered in powder storage pond 242 by grab bucket crawl.
In the present embodiment, town and country solid waste zero-emission commercialization regenerative system also includes being implanted to aperture apparatus 244, is used for depositing crop straw, and is inserted by crop straw in cloudy pond and sun pond.It is implanted to aperture apparatus and includes fixed mount and the multiple implantation bars 243 being arranged on fixed mount, the lower end implanting bar 243 is provided with swollen bundle hoop, during use, crop straw is banded on implantation bar, due to the swollen bundle hoop arranged, it is possible to prevent to be banded in the crop straw implanted on bar and comes off from implantation bar.
In the present embodiment, town and country solid waste zero-emission commercialization regenerative system also includes powder forming unit, for being pressed the powder of powder storage pond 242 storage；Powder forming unit includes portal frame 101, mould 102, tripping gear, accumulation of energy hammer 103 and lifting device；Lifting device is arranged on the top of portal frame 101；Mould 102 is arranged on the bottom of portal frame 101；Tripping gear is fixing with accumulation of energy hammer 103 to be connected；Lifting device is used for driving tripping gear to rise, and tripping gear rises, and accumulation of energy hammer 103 just can rise along with tripping gear；Tripping gear includes trigger 105, drag and drop rotary hook 106 and slide block 108；Slide block 108 is arranged on portal frame 101, and slide block 108 can slide along the length direction of portal frame 101, say, that slide block 108 can move up and down along portal frame 101；Accumulation of energy hammer 103 is fixing with slide block 108 to be connected；Drag and drop rotary hook 106 is arranged on slide block 108, and the steel wire rope of lifting device is connected with drag and drop rotary hook 106；Trigger 105 is arranged on portal frame 101, is used for making steel wire rope be separated with drag and drop rotary hook 106；Drag and drop rotary hook 106 includes bending section 109 and line part 110；One end of bending section 109 is connected with one end of line part 110；The other end of line part 110 is provided with extension 113, and extension 113 is provided with unhook groove 111；The other end of line part 110 is additionally provided with shaft hole 112；The notch of unhook groove 111 is towards the junction of line part 110 with bending section 109.During use, drag and drop rotary hook 106 can rotate freely axis hole 112 axis rotate；The steel wire rope of lifting device is by drag and drop rotary hook 106 pull-up, during drag and drop rotary hook 106 rises, when the other end (that one end not being connected with line part 110 on the bending section 109) device 105 that is triggered of bending section 109 stops, drag and drop rotary hook 106 continue rising can make line part 110 rotate axis hole 112 axis rotate, when turning to certain angle, steel wire rope is just freely deviate from from unhook groove 111, when so steel wire rope breaks off relations, drag and drop rotary hook 106 falls together along with accumulation of energy hammer 103, and can't there is the situation of swing in steel wire rope, thus the situation not havinging damage equipment occurs, and ensure that the safety of unhook work, substantially increase the work efficiency of powder forming unit.
In the present embodiment, being equipped with fixing axle 114 in shaft hole 112, and fixing axle 114 is arranged on slide block 108, line part 110 can rotate around the axis of fixing axle 114；Unhook groove 111 is provided with and hangs arbor 115, and the axis hanging arbor 115 is parallel with the axis of fixing axle 114；Trigger 105 is used for making to hang arbor 115 and departs from from unhook groove 111；Lifting device can make to hang arbor 115 and move up and down, so that drag and drop rotary hook 106 can move up and down.Specifically, the steel wire rope of lifting device is connected with hanging arbor 115, and the steel wire rope of lifting device makes to hang arbor 115 and moves upward, so that drag and drop rotary hook 106 can move upward.
In the present embodiment, trigger 105 includes stopper section 116 and fixed part 117；Stopper section 116 is obliquely installed with fixed part 117.When drag and drop rotary hook 106 rises to certain altitude, bending section 109 is just stopped by stopper section 116.
In the present embodiment, portal frame 101 includes a crossbeam 118 and two columns 119 arranged in parallel；Crossbeam 118 is arranged on the top of two root posts 119；Fixed part 117 is arranged on column 119.Specifically, lifting device is fixed on crossbeam 118.
In the present embodiment, column 119 is provided with guided way；It is provided with gathering sill on slide block 108；Guided way is limited in gathering sill.Can ensure that, by so arranging, the directivity that slide block 108 moves, when it falls, accumulation of energy hammer 103 can be aligned to mould 102.
In the present embodiment, mould 102 includes pressure storehouse portion 120 and presses down storehouse portion 121；Lower pressure storehouse portion 121 is provided with multiple flow-dividing bin 122.Equipped with powder to be extruded in mould 102, when behind accumulation of energy hammer 103 entrance upper pressure storehouse portion 120, after extruded powder molding, extruding from flow-dividing bin 122, the shape in the cross section of flow-dividing bin 122 can be arranged as the case may be, such as, rectangle, circular or oval.
In the present embodiment, lifting device is electric hoist 104.Electric block is a kind of extraordinary crane gear, is installed on overhead traveling crane, straddle truck, the features such as it is little that electric block has volume, from heavy and light, simple to operate, easy to use, for places such as industrial and mining establishment, storage harbours.Electric block compact conformation, electrical axis is perpendicular to the electric block of spool axis and uses worm gearing.Specifically, hanging arbor 115 and be provided with pulley, the steel wire rope of electric hoist 104 links with pulley；The motion of the steel wire rope of electric hoist 104, it is possible to conjunction is hung arbor 115 and moved up and down.It should be noted that in the present embodiment, lifting device is not limited only to as electric hoist 104, it is also possible to select other type of lifting device according to practical situation, hang arbor 115 for drive and move up and down, such as, lifting device is hoist engine.Other other type of lifting device the present embodiment two are the most specifically repeated.
In the present embodiment, bending section 109 is in arc line type.Specifically, bending section 109 is in arc line type；The power that so bending section 109 is subject to can be evenly transferred to line part 110 along camber line, it is to avoid bending section 109 unbalance stress, makes bending section 109 fracture.
The using method of the powder forming unit that the present embodiment provides is:
Powder is added in mould 102；It is connected fixing with slide block 108 for accumulation of energy hammer 103, and guarantees the stability of slide block 108 and the connection of accumulation of energy hammer 103；When electric hoist 104 works, steel wire rope drive is hung arbor 115 and is moved upward, so that slide block 108 moves upward along chute；When the other end (this end that is to say that one end not being connected on bending section 109 with line part 110) of bending section 109 touches the stopper section 116 of trigger 105, steel wire rope continuation drive is hung arbor 115 and is moved upward, the other end of bending section 109 can make line part 110 rotate around the axis of fixing axle 114, when unhook groove 111 notch upward time, hang arbor 115 just to skid off from the notch of unhook groove 111, and depart from unhook groove 111, so that drag and drop rotary hook 106 is no longer connected with electric hoist 104.This disengaging process can make to hang arbor 115 and steadily depart from drag and drop rotary hook 106, therefore steel wire rope from tensioning state become relaxed state time, steel wire rope also will not occur the phenomenon acutely beated or swing, thus avoid steel wire rope and drag and drop rotary hook 106 collides the phenomenon of equipment and occurs, extend the life in application of steel wire rope, ensure that the safety of unhook work, substantially increase the work efficiency of powder forming unit.
The operating procedure of the town and country solid waste zero-emission commercialization regenerative system that the present embodiment provides is:
1, crop straw is for supplementing raw material, will be banded on the implantation bar being implanted to aperture apparatus, and then lifting is implanted to cloudy pond and the Yang Chi that crop straw is inserted in negative and positive in the group of pond by aperture apparatus.
2, the residual branch and leaf of afforestation are main material, residual for afforestation branch and leaf are directly discharged on heating agent accumulating operating platform 202 by vehicle-mounted, for receiving the overflow substance in vehicle-mounted municipal sludge dumping process, and roll the residual branch and leaf of afforestation by vehicle contact, make it naturally pulverize, then residual for the afforestation of pulverizing branch and leaf are pushed cloudy pond and Yang Chi forms bed course.
3, municipal sludge and house refuse are main material, vehicle-mounted are directly discharged into cloudy pond and Yang Chi.
4, more residual for afforestation branch and leaf are directly discharged into cloudy pond and the top of Yang Chi, say, that the top of cloudy pond and Yang Chi is the residual branch and leaf of afforestation, and middle part is municipal sludge and house refuse, and bottom is the residual branch and leaf of afforestation.
5, add a cover gas vapour regulation and control cover 203, by the oxidant channel mouth 208 above sun pond, the raw material in sun pond is lighted a fire.Complete the pre-front of raw material accordingly to dispose.This town and country solid waste zero-emission commercialization regenerative system can absorb crop straw as the residue outside feedstuff and fermentation bed, absorbs range of accommodation in circumference 50 kilometers.This town and country solid waste zero-emission commercialization regenerative system can absorb 120 tons of mud and 120 tons of residual branch and leaf of afforestation and as main material every day, and other are auxiliary material.
6, the pre-front place of raw material postpones, by being passed through oxidant in oxidant channel mouth 208 pond on the sunny side, by being passed through combustion adjuvant in gas vapour passage 209 pond on the sunny side, the heat and the mixed gas (wherein mixed gas includes gas and gas) that produce in sun pond enter cloudy pond by negative and positive conversion collecting tank, are carried out into cloudy side, pond mixture pipe by gas vapour passage 209 hole the most again.
7, after raw material glows in sun pond, in use grab bucket taking-up sun pond after powder (powdered carbon or ashes), then filler is carried out in sun pond.By the oxidant channel mouth 208 above cloudy pond, the raw material in cloudy pond is lighted a fire the most again, until raw material glows complete in cloudy pond.It is achieved in cloudy pond and sun pond checker works continuously.
In step 7, due to during alternately the changing jobs of cloudy pond and Yang Chi, the coolant raw material that moisture content is high constantly absorbs and discharges heat, the gas in mixed gas is promoted constantly to evaporate and condense, inorganic composition in coolant raw material and heating agent raw material and pyroligneous acid also companion evaporation and condensation, such that it is able to obtain purer C, H, O compound combustible gas.
In smoldering process, maximum temperature is up to 4500 DEG C, and along with, in transmitting procedure, heat can be reduced to 500 DEG C, the pyrolysis of heating agent raw material constantly produces pyroligneous acid, and under the effect of heat repeatedly and variable concentrations pyroligneous acid, in coolant, pathogen is killed totally by sudden；Odorant companion evaporation, condensation in coolant during glowing, and be diluted under the effect of the pyroligneous acid produced and neutralize and towards fragrance matter conversion.
During alternately the changing jobs of cloudy pond and Yang Chi, the liquid in condensation is mixed into rich in the multiple elements such as N P and K and pyroligneous acid to have after the life of low acid matter is combined liquid manure and drops onto in introversion slope cushion layer and is pooled in introversion slope raceway groove 207.
During alternately the changing jobs of cloudy pond and Yang Chi, owing to the heating agent raw material of weight such as adding makes in coolant the score shared by heavy metal reduce at double, in heat transmission and 500 DEG C of-4500 DEG C of temperature changing processes, valence heavy metal ions is reduced at a low price or atomic state is steady statue, and the heavy metal accumulation of the steady statue of formation is in powdered carbon or ashes.
In step 7, the purer C produced by Yang Chi, H, O compound combustible gas is through entering cloudy side, pond mixture pipe, and be evacuated in the outer vertical shaft 223 of regenerated reactor 221 by the air exhauster 220 on cloudy pond survey gaseous mixture blower fan input pipe, enter in interior vertical shaft 222 by filtering holes 224 again, after spray set spraying cooling, purer C, H, O compound combustible gas is lowered the temperature to condense again and is obtained pure combustible gas, pure combustible gas is entered combustible gas outlet tube 215 by the upper port of four-way pipeline 237, subsequently into the flammable trachea in Yang Chi side, a part of pure combustible gas is used for flowing to internal combustion engine generator；The pure combustible gas of another part can close Yang Chi side mixing air valve by opening Yang Chi side switching valve so that pure combustible gas enters Yang Chi side gaseous mixture pipeline from the flammable trachea in Yang Chi side, and enters in sun pond as combustion adjuvant, the speed that quickening is glowed.
During alternately the changing jobs of cloudy pond and Yang Chi, the powder of generation is delivered in powder storage pond 242 by grab bucket crawl, and by powder forming unit, is pressed the powder of powder storage pond 242 storage.
During alternately the changing jobs of cloudy pond and Yang Chi, the unboiled water fertilizer of the small opening drippage bottom cloudy pond and sun pond is pooled to raceway groove 207, and it is delivered to interior vertical shaft 222 by unboiled water fertilizer pipeline 230 and unboiled water input shower, and cross with purer C, H, O compound combustible gas to fall under gravity into after the inorganic salt composition in further draw gas and after precipitation, form that to have the boiled water of concentration fertile in pond, boiled water fertilizer carries out outer vertical shaft 223 by fluid passage, and is delivered to vehicle-mounted tank car by boiled water fertilizer pipeline 231 and boiled water fertilizer outlet tube 234.
The hot water of the output in cooling cavities can export and send heating system.
In sum, the town and country solid waste zero-emission commercialization regenerative system that the present embodiment provides, it is possible to one of world-famous puzzle solving prior art (landfill, compost, burning method, other technologies technique) (Leachate site, non-security fertilizer, two English) secondary pollution.Two non-commercial (Government-Leading, consuming financial funds of the world-famous puzzle of prior art (landfill, compost, burning method, other technologies technique) can also be solved, social capital is difficult to get involved), when this industry is independent of financial subsidies can be under the situation properly functioning according to market moving law, and urbanization solid waste " mining deposits " could realize green circulatory operating.Achieve municipal sludge, house refuse, the residual branch and leaf of afforestation and crop straw and become agricultural safety liquid manure, solid fertilizer or powdered carbon, pure combustible gas, the conversion that heats, generate electricity；Heat inhale be placed on the inside of closing be repeated, effective rate of utilization high.Production process without discharge, without dust, odorless, without fly；Meet the green requirement produced of green, circulation, low-carbon (LC) overall process, thus represent town and country fixed-end forces, agricultural are applied fertilizer safely, the developing direction of biomass new energy field, also provide complete set best solution for ecological garden city's township's construction.
Last it is noted that various embodiments above is only in order to illustrate the technical solution of the utility model, it is not intended to limit；Although this utility model being described in detail with reference to foregoing embodiments, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or the most some or all of technical characteristic is carried out equivalent；And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of this utility model each embodiment technical scheme.
Claims (10)
1. a town and country solid waste zero-emission commercialization regenerative system, it is characterised in that include
Negative and positive pond module；The both sides of the length direction of described negative and positive pond module are respectively arranged with heating agent accumulating
Operating platform；The top of described negative and positive pond module is covered with gas vapour regulation and control cover；Described negative and positive pond mould
Group is additionally provided with pre-buried tubing, and described pre-buried pipeline system connectivity has space tubing；
The lower section of described negative and positive pond module is provided with negative and positive conversion collecting tank；Described negative and positive pond module includes
Cloudy Chi Zuheyangchi group, and described cloudy pond group and described Yang Chi group are by the conversion collection of described negative and positive
Groove connects.
Town and country the most according to claim 1 solid waste zero-emission commercialization regenerative system,
It is characterized in that, described cloudy pond group includes multiple cloudy pond being arranged side by side, and described Yang Chi group includes
Multiple Yang Chi being arranged side by side；The quantity in described cloudy pond is identical with the quantity of described Yang Chi；Institute
State gas vapour regulation and control cover and be provided with oxidant channel mouth, for being passed through to described cloudy pond and described Yang Chi
Oxygen；It is additionally provided with gas vapour passage on described gas vapour regulation and control cover；The two ends of described gas vapour passage
Opening connects with described cloudy pond and described Yang Chi respectively.
Town and country the most according to claim 2 solid waste zero-emission commercialization regenerative system,
It is characterized in that, described pre-buried tubing includes the flammable trachea in Yang Chi side, cloudy side, pond combustible gas
Pipe, Yang Chi side mixture pipe and cloudy side, pond mixture pipe；Described Yang Chi mixes with described Yang Chi side
Trachea is connected；Described cloudy pond is connected with described cloudy side, pond mixture pipe；Described Yang Chi side can
Gas Pipe is connected with described Yang Chi side mixture pipe, the flammable trachea in described cloudy side, pond and described the moon
Side, pond mixture pipe is connected.
Town and country the most according to claim 3 solid waste zero-emission commercialization regenerative system,
It is characterized in that, described space pipeline system includes combustible gas outlet tube, Yang Chi side gaseous mixture can
Fuel gas alternative pipe, Yang Chi side gaseous mixture blower fan input pipe, cloudy side, pond gaseous mixture combustible gas crossover connection
With cloudy side, pond gaseous mixture blower fan input pipe；Described Yang Chi side gaseous mixture blower fan input pipe and described the moon
Side, pond gaseous mixture blower fan input pipe is provided with air exhauster；The flammable trachea in described Yang Chi side and described
It is connected by combustible gas outlet tube between the flammable trachea in cloudy side, pond；The width of described negative and positive pond module
The side in degree direction is provided with regenerated reactor；Described regenerated reactor includes interior vertical shaft and outer vertical shaft, described
The sidewall on the top of interior vertical shaft is provided with filtering holes, and described filtering holes connects described interior vertical shaft and institute
State outer vertical shaft；The flammable trachea in described Yang Chi side passes through described Yang Chi side gaseous mixture combustible gas crossover connection
Being connected with described Yang Chi side mixture pipe, the flammable trachea in described cloudy side, pond is by described cloudy side, pond
Gaseous mixture combustible gas crossover connection is connected with described cloudy side, pond mixture pipe；Described Yang Chi side mixes
Gas combustible gas crossover connection is provided with Yang Chi side switching valve, the gaseous mixture combustible gas conversion of described cloudy side, pond
Pipe is provided with cloudy side, pond switching valve；Described Yang Chi side mixture pipe passes through described Yang Chi side gaseous mixture
Blower fan input pipe is connected with described outer vertical shaft, and described cloudy side, pond mixture pipe is by described cloudy pond
Side gaseous mixture blower fan input pipe is connected with described outer vertical shaft；Described Yang Chi side gaseous mixture blower fan is defeated
Entering pipe and be additionally provided with Yang Chi side mixing air valve, described cloudy side, pond gaseous mixture blower fan input pipe also sets up
There is cloudy pond side mixing air valve；Described interior vertical shaft is connected with described combustible gas outlet tube.
Town and country the most according to claim 4 solid waste zero-emission commercialization regenerative system,
It is characterized in that, described interior vertical shaft is connected by spray column with described combustible gas outlet tube.
Town and country the most according to claim 5 solid waste zero-emission commercialization regenerative system,
It is characterized in that, described spray column includes four-way pipeline, enclosing cover layer and inner shield layer；Described outer housing
Layer forms cooling cavities with described inner shield layer；The lower port of described four-way pipeline runs through described outer housing
Layer and described inner shield layer, and the lower port of described four-way pipeline connects with described interior vertical shaft；Described
The upper port of four-way pipeline is connected with described combustible gas outlet tube；The left end of described four-way pipeline
Mouth is all communicated with unboiled water fertilizer input shower with the right output port of described four-way pipeline；Described cooling chamber
The bottom of body is communicated with recirculated water outlet tube, and it is defeated that the top of described cooling cavities is communicated with recirculated water
Enter pipe.
7. according to the town and country solid waste zero-emission commercialization according to any one of claim 2-6
Regenerative system, it is characterised in that the opposite side of the width of described negative and positive pond module is provided with
Powder storage pond, the powder formed in storing described cloudy pond and described sun pond.
Town and country the most according to claim 7 solid waste zero-emission commercialization regenerative system,
It is characterized in that, also include powder forming unit, for the powder to the storage of described powder storage pond
End is pressed；Described powder forming unit includes portal frame, mould, unhook dress
Put, accumulation of energy hammer and lifting device；Described lifting device is arranged on the top of described portal frame；Institute
State mould and be arranged on the bottom of described portal frame；Described tripping gear is solid with described accumulation of energy hammer
Fixed connection；Described lifting device is used for driving described tripping gear to rise；Described tripping gear bag
Include trigger, drag and drop rotary hook and slide block；Described slide block is arranged on described portal frame, and institute
State slide block to slide along the length direction of described portal frame；Described accumulation of energy hammer is solid with described slide block
Fixed connection；Described drag and drop rotary hook is arranged on described slide block, the steel wire rope of described lifting device
It is connected with described drag and drop rotary hook；Described trigger is arranged on described portal frame, is used for making institute
State steel wire rope to be separated with described drag and drop rotary hook；Described drag and drop rotary hook includes that bending section is with straight
Line portion；One end of described bending section is connected with one end of described line part；Described line part another
One end is provided with extension, and described extension is provided with unhook groove；The other end of described line part
It is additionally provided with shaft hole；The notch of described unhook groove is towards described line part and described bending section
Junction.
Town and country the most according to claim 8 solid waste zero-emission commercialization regenerative system,
It is characterized in that, described shaft hole is equipped with fixing axle, and described fixing axle is arranged on described
On slide block, described line part can rotate around the axis of described fixing axle；Described unhook groove sets
Be equipped with and hang arbor, and described in hang the axis of arbor parallel with the axis of described fixing axle；Described tactile
Send out device be used for making described in hang arbor and depart from from described unhook groove；Described lifting device can make institute
State and hang arbor up and down motion, so that described drag and drop rotary hook can move up and down.
10. according to the town and country solid waste zero-emission commercialization according to any one of claim 1-6
Regenerative system, it is characterised in that described pre-buried tubing also includes filling pipe, described note
The outlet of waterpipe is positioned at the bottom land of described negative and positive conversion collecting tank.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620386970.4U CN205710613U (en) | 2016-04-28 | 2016-04-28 | Town and country solid waste zero-emission commercialization regenerative system |
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| CN201620386970.4U CN205710613U (en) | 2016-04-28 | 2016-04-28 | Town and country solid waste zero-emission commercialization regenerative system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105802673A (en) * | 2016-04-28 | 2016-07-27 | 秦皇岛三清环境工程有限公司 | Zero-emission commercial regeneration system for urban and rural solid wastes |
-
2016
- 2016-04-28 CN CN201620386970.4U patent/CN205710613U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105802673A (en) * | 2016-04-28 | 2016-07-27 | 秦皇岛三清环境工程有限公司 | Zero-emission commercial regeneration system for urban and rural solid wastes |
| CN105802673B (en) * | 2016-04-28 | 2018-07-27 | 秦皇岛三清环境工程有限公司 | Regenerative system is commercialized in town and country solid waste zero-emission |
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Granted publication date: 20161123 Effective date of abandoning: 20180727 |