CN104138890A - Receiving machine for receiving, cooling and curing high-temperature melt of combustion boiler for waste liquid containing inorganic salt - Google Patents
Receiving machine for receiving, cooling and curing high-temperature melt of combustion boiler for waste liquid containing inorganic salt Download PDFInfo
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- CN104138890A CN104138890A CN201410364465.5A CN201410364465A CN104138890A CN 104138890 A CN104138890 A CN 104138890A CN 201410364465 A CN201410364465 A CN 201410364465A CN 104138890 A CN104138890 A CN 104138890A
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Abstract
The invention relates to a receiving machine for receiving, cooling and curing high-temperature melt of a combustion boiler for waste liquid containing inorganic salt. The receiving machine is characterized by comprising a machine frame, a rotary receiving and cooling disc, a speed reducer, a slag cutting tool and a scraper stripper, wherein the rotary receiving and cooling disc is supported by the machine frame and used for receiving and cooling the high-temperature melt, the speed reducer drives the rotary receiving and cooling disc, the slag cutting tool is arranged on the machine frame and used for cutting the solid inorganic salt, and the scraper stripper is arranged on the machine frame in correspondence with a solid inorganic salt slag discharging region of the rotary receiving and cooling disc and used for scraping the solid inorganic salt adhering to the surface of the disc; the rotary receiving and cooling disc is an interlayer disc, the surface of the interlayer disc bears the high-temperature melt, circulating cooling water penetrates through an inner cavity of the interlayer disc, and a cold air blowpipe for cooling the high-temperature melt is arranged above the rotary receiving and cooling disc; the slag cutting tool is a roll-cutter-type continuous rotation slag cutting tool with a blade elastically abutting against the solid inorganic salt; a scraper of the scraper stripper is tightly attached to the surface of the rotary receiving and cooling disc. The receiving machine has the advantages that manual operation is replaced, safety is improved, and production cost is reduced.
Description
Technical field
The present invention relates to the inorganic salts reclaimer of the industries such as chemical industry, papermaking, relate in particular to a kind of reception containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing.
Background technology
In industries such as chemical industry, papermaking, containing the temperature producing after inorganic salts incineration of liquor, reach the inorganic salts of the high-temperature molten-state of 851～1000 ℃, being called high-temperature molten, is very important factors of balance inorganic salts boiler combustion system cost as the inorganic salts that have use value.Its way of recycling directly affects the quality of inorganic salts and the security of cost and operation operation of recovery.The way of recycling of the high-temperature molten producing after inorganic salts incineration of liquor is at present divided into wet type recovery and dry type reclaims.
It is to flow out the high-temperature molten of inorganic salts waste liquid combustion boiler that wet type reclaims, after it being smashed to reduce its explosive sound fast with high-speed liquid, enter the way of recycling that reclaims inorganic salts in liquid dissolving tank, this mode can reclaim the inorganic salts of low concentration, also can make its state that reaches capacity reclaim the inorganic salts solid containing the crystallization water.Due to containing the inorganic salts inferior quality of the crystallization water, inconvenience packing, therefore reclaims inorganic salts be unsuitable for adopting this kind of recovery process in main technique take.
It is the high-temperature molten by flowing out from inorganic salts waste liquid combustion boiler bottom that dry type reclaims, import to a canister or platform surface, the way of recycling that is reclaimed again, pulverizes, packs after making it be cooled to solid-solid inorganic salt, it has the little feature of the high volume of regenerant quality, and particularly suitable be take recovery inorganic salts as main technique.Dry recovery method is that high-temperature molten is imported in platform surface or canister at present, in atmosphere, make by artificial mode, settable cementitious bulk solid-solid inorganic salt to be cleaned out to platform or container after its natural cooling curing, then by artificial loading, be crushed into granule and offer user as finished product.
But the defect of existing dry recovery method is: (1) poor stability, and because wanting in-plant, personnel operate near platform or container, and the high temperature fragment very easily being collapsed is scalded; (2) labor strength is large, working condition is poor, and all discharge boilers solidify bonding inorganic salts, all needs manually the inorganic salts and the device separates that are bonded on equipment to be come, and per tour treating capacity can reach tens of tons, to operator, brings the excessive amount of labour.(3) use workman more, production cost is higher.
In sum, how to develop a kind of inorganic salts dry process plant equipment, reach replacement manual operation, thoroughly improve work situation, reducing unnecessary security incident and reducing costs becomes industry concern problem.
Summary of the invention
Main purpose of the present invention is for the problems referred to above, the receiver of a kind of reception containing inorganic salts waste liquid combustion boiler high-temperature molten cooling curing is provided, thereby reach replacement manual operation, thoroughly improve work situation, the effect that improves security and reduce production costs.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of reception is containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing, it is characterized in that comprising frame, by the reception of described frame support the rotation of cooling described high-temperature molten, accept cooler pan, drive described rotation to receive the reductor of cooler pan, be arranged on and for what cut off solid-solid inorganic salt, cut slag cutter in described frame, receive with rotation that cooler pan solid-solid inorganic salt dreg discharging area is corresponding to be arranged in described frame for striking off the scraper stripper of the solid-solid inorganic salt boning in card, it is that card is accepted high-temperature molten that described rotation receives cooler pan, inner chamber connects the laminated disk of recirculated cooling water, above receiving cooler pan, rotation is provided with the cold wind blowpipe of cooling down high-temperature fused mass, the described slag cutter of cutting is that the roller cutter formula that blade elasticity compresses solid-solid inorganic salt is continuously rotated and cut slag cutter, described scraper stripper is close to rotation with its scraper and is received the setting of cooler pan card.
Described rotation receives cooler pan and is provided with a plurality of inlet openings also by the hollow shaft connection cooling water of described reductor; In rotation, receive the adjutage that cooler pan bottom surface is provided with some overfalls and removes water, below described overfall, be provided with the return flume of receiving overflow water.
Described frame comprises underframe, be positioned at the reductor support of underframe top, cooler pan support, vertically arranges the vertical beam all around on it around underframe, respectively across the cross-coupled front and back crossbeam and the left and right crossbeam that are connected to described front and back vertical beam and vertical beam top, left and right, wherein said front and back, left and right crossbeam is the hollow pipe that bottom has the described cold wind blowpipe of doubling as of venthole, described vertical beam and underframe adopt hollow pipe to be used as the appendix that connects cold wind blowpipe and source of the gas, the described slag cutter of cutting is fixed on the rear end of described front and back crossbeam or the left end of left and right crossbeam, high-temperature molten feeding zone is arranged on the forward right side that rotation receives cooler pan, described solid-solid inorganic salt dreg discharging area is arranged on rotation and receives cooler pan right lateral side, the scraper stripper right-hand member rear side that be packed in left and right crossbeam corresponding to described dreg discharging area, and corresponding described dreg discharging area arranges deslagging hopper.
Described continuous rotation is cut slag cutter and is comprised by its two ends pedestal and be fixed on three sword roller cuttves on a horizontal beam slab, its cutter shaft is connected with driving the reducing motor of described three sword roller cuttves by shaft joint, the vertical guide pin bushing that two perpendicular positioning bars that described horizontal beam slab top is fixedly connected with are connected through the horizontal beam top of corresponding right angle suspension bracket respectively, and lock on it by adjusting nut, on the perpendicular positioning bar between edge at the bottom of described vertical guide pin bushing and perpendicular positioning bar bottom shoulder, be set with a compression spring; Described right angle suspension bracket is fixed on the rear end of described front and back crossbeam or the left end of left and right crossbeam by its vertical beam.
Described scraper stripper be provided with take described left and right crossbeam right-hand member as angular vertex and with the bar shaped vertical cutter hub of left and right crossbeam angle as 10 °-30 °, under the vertical cutter hub of described bar shaped, along one, connect with it along meeting the bar shaped knife rest that slag direction becomes 110 ° of-120 ° of angles, the replaceable scraper of intercalation on knife rest; Top, described bar shaped vertical cutter hub middle part is hingedly connected on the vertical rotary fork being hinged on swing rod along the hinge by longitudinally rotating along cutter hub, top, two ends, bar shaped vertical cutter hub left and right is along the piston rod of the left and right cylinder of the vertical drive that is articulated and connected respectively, described left and right cylinder is separately fixed at cutter hub and arranges on left and right cylinder frame corresponding to angle, and described swing rod and left and right cylinder frame are packed in the right-hand member rear side of left and right crossbeam.
The invention has the beneficial effects as follows: (1) improve security, because cooling water is loaded on rotation, to receive the interlayer of cooler pan inner, directly contact with high-temperature molten, can not produce the danger of meeting water blast, equipment safety is reliable, be convenient to keep in repair.(2) with machine automatization operation, replace manual operation, by cutting slag cutter, cut off, by the separation of scraper stripper, solidify bonding inorganic salts, cancel heavy manual labor, thoroughly improve work situation, reduce unnecessary security incident and reduce costs.(3) enhance productivity, take water-cooled and be aided with air-cooledly, cooling velocity is fast, and scraper is peeled off and solidified bonding inorganic salts Labor-saving high-efficiency, and reductor has adopted frequency control reductor, has electrodeless variable-speed, high, the stable feature of degree of regulation.The high-temperature molten treating capacity of whole equipment reaches 3-6t/h, moment maximum throughput reach 9t/h, cool time 4-7s, fused mass time of staying 10-14s.Especially suitable automation control, the effect of reach low-cost, efficient, high-quality moving of realizing of this device.
Accompanying drawing explanation
Fig. 1 is main TV structure schematic diagram of the present invention;
Fig. 2 is the top view of Fig. 1;
Fig. 3 is the structural representation that in Fig. 2, rotation receives cooler pan;
Fig. 4 is the upward view of Fig. 3;
Fig. 5 rotates the main TV structure schematic diagram of cutting slag cutter continuously;
Fig. 6 is the left view that Fig. 5 removes baffle plate;
Fig. 7 is the right view of Fig. 5;
Fig. 8 is the main TV structure schematic diagram of scraper stripper;
Fig. 9 is the top view of Fig. 8;
Figure 10 is the scraper of the right-hand member in Fig. 8 and the left TV structure schematic diagram of cylinder part;
Figure 11 is application inorganic salts waste liquid combustion boiler high-temperature molten recovery system block diagram of the present invention.
In figure: 1 frame, crossbeam before and after 11a, 11b left and right crossbeam, 11c venthole, 12 reductor supports, 13 underframe, 14 cooler pan supports, 15a-15d front, rear, left and right vertical beam, 2 rotations receive cooler pan, 20a feeding zone, 20b dreg discharging area, 20c high-temperature molten, 21 inlet openings, 22 overfalls, 23 tube connectors, 24 cards, 25 back-up rings, 26 dish axle sleeves, 27 adjutages; 3 return flumes, 31 dewatering outlets; 4 cut slag cutter, 40 vertical guide pin bushings, 41 perpendicular positioning bars, 42 compression springs, 43 adjusting nuts, 44 pedestals, 45 baffle plates, 46 horizontal beam slabs, 47 3 sword roller cuttves, 48 shaft joints, 49 right angle suspension brackets, 5 scraper strippers, 50 handle of a knifes, the left cylinder frame of 51a, the right cylinder frame of 51b, the left cylinder of 52a, the right cylinder of 52b, 53 hinges, 54 forks, 55 swing rods, 56a, 56b hinge, the vertical cutter hub of 57a bar shaped, 57b bar shaped knife rest, 57c scraper, 58 curved baffles, 61 reductors, 62 reducing motors, 7 water inlet pipes, 8 air blasts, 9 deslagging hoppers.
Below in conjunction with drawings and Examples to the detailed description of the invention.
The specific embodiment
Fig. 1-Figure 10 illustrates a kind of reception containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing, it is characterized in that comprising frame 1, by the reception of described frame support the rotation of cooling described high-temperature molten, receive cooler pan 2, drive described rotation to receive the reductor 61 of cooler pan, be arranged on and for what cut off solid-solid inorganic salt, cut slag cutter 4 in described frame, receive with rotation that cooler pan solid-solid inorganic salt dreg discharging area is corresponding to be arranged in described frame for striking off the scraper stripper 5 of the solid-solid inorganic salt boning in card, described rotation receives cooler pan 2 and accepts high-temperature molten for card 24, inner chamber connects the laminated disk of recirculated cooling water, above receiving cooler pan, rotation is provided with the cold wind blowpipe of cooling down high-temperature fused mass, the described slag cutter 4 of cutting continuously rotates and cuts slag cutter for the roller cutter formula that blade elasticity compresses solid-solid inorganic salt, described scraper stripper 5 is close to rotation with its scraper and is received the setting of cooler pan card.Above-mentioned reductor 61 has adopted frequency control reductor, has electrodeless variable-speed, the high stable feature of degree of regulation.
Described rotation receives cooler pan 2 and is provided with a plurality of inlet openings also by the hollow shaft connection cooling water of described reductor 61; In rotation, receive the adjutage that cooler pan bottom surface is provided with some overfalls and removes water, below described overfall, be provided with the return flume 3 of receiving overflow water.As Figure 3-Figure 4, in the present embodiment, described rotation receives that cooler pan 2 and card are concentric is provided with a plurality of inlet openings 21, in this example, be provided with 4 inlet openings 21, in actual fabrication, 4 inlet openings are communicated with the hollow shaft of reductor 61 by pipeline, and are communicated with cooling water water sources by the water inlet pipe 7 at this hollow shaft and connection water source.In addition, receive cooler pan 2 bottom surfaces be provided with 8 overfalls 22 and an adjutage 27 of removing water in rotation, in figure, tube connector 23 is card, the supporting construction of trying to get to the heart of a matter.Below described overfall, be provided with the circular return flume 3 of receiving overflow water, return flume 3 is provided with dewatering outlet 31, for backwater in discharging slot.Card central authorities are provided with back-up ring 25 and enter card middle part for stopping through cooling solid-solid inorganic salt clinker.As shown in black arrow in Fig. 1, cooling water is flowed into the hollow shaft of reductor 61 and is entered in rotation reception cooler pan by inlet opening 21 by connecting respectively the water-supply-pipe of 4 inlet openings by water inlet pipe 7 successively, with the water surface in dish, raise, in dish, water overflows and enters return flume 3 through overfall 22.In the present invention, cooling water is loaded on rotation to receive the interlayer of cooler pan 2 inner, directly contact with high-temperature molten, can not produce the danger of meeting water blast, and equipment safety is reliable, be convenient to keep in repair.
In the present invention, the reception blanking side that rotation is received to cooler pan 2 is defined as front side.Described frame 1 comprises underframe 13, be positioned at the reductor support 12 of underframe top, cooler pan support 14, around underframe, the 15a-15d of vertical beam all around on it is vertically set, respectively across the cross-coupled front and back crossbeam 11a and the left and right crossbeam 11b that are connected to described front and back vertical beam 15a, 15b and left and right vertical beam 15c, 15d top; Wherein said all around crossbeam 11a, 11b are the hollow pipe that bottom has the above-mentioned cold wind blowpipe of doubling as of venthole 11c, vertical beam and underframe adopt hollow pipe to be used as the appendix that connects cold wind blowpipe and source of the gas, here source of the gas is air blast 8, as shown in white arrow in Fig. 1, the compressed air of air blast is by the ventilation shaft of underframe 13, via vertical beam 15a enter before and after crossbeam 11a and and left and right crossbeam 11b (being cold wind blowpipe), and blow out from the venthole 11c of its bottom, be combined with the water cooling of cooler pan, by air-cooled, water-cooled, make high-temperature molten cooling rapidly.
The described slag cutter 4 of cutting is fixed on the rear end of described front and back crossbeam 11a or the left end of left and right crossbeam 11b, according to applying working condition, cuts the rear end that slag cutter is fixed on described front and back crossbeam 11a in this example.High-temperature molten feeding zone 20a is arranged on the forward right side that rotation receives cooler pan, solid-solid inorganic salt dreg discharging area 20b is arranged on rotation and receives cooler pan right lateral side, the scraper stripper 5 right-hand member rear side that be packed in left and right crossbeam corresponding to described dreg discharging area 20b, and corresponding described dreg discharging area arranges deslagging hopper 9.
Described continuous rotation is cut slag cutter and is comprised by its two ends pedestal 44 and be fixed on three sword roller cuttves 47 on a horizontal beam slab 46, its cutter shaft is connected with driving the reducing motor 62 of described three sword roller cuttves by shaft joint 48, the vertical guide pin bushing 40 that two perpendicular positioning bars 41 that described horizontal beam slab top is fixedly connected with are connected through the horizontal beam top of corresponding right angle suspension bracket 49 respectively, and lock on it by adjusting nut 43, on the perpendicular positioning bar between edge, 40 ends of described vertical guide pin bushing and perpendicular positioning bar 41 bottom shoulders, be set with a compression spring 42; Described right angle suspension bracket 49 is fixed on the rear end of described front and back crossbeam 11a or the left end of left and right crossbeam 11b by its vertical beam.In this example, according to applying working condition, two right angle suspension brackets 49 are fixed on the rear end of described front and back crossbeam 11a, make to cut slag cutter 4 and are fixed on this.The close core side shaft frame outside of cutting slag cutter 4 is also provided with baffle plate 45 and enters card middle part for stopping through cooling solid-solid inorganic salt clinker.Here, shaft joint 48 has adopted commercially available crosshead shoe shaft joint.
Described scraper stripper 5 is provided with take described left and right crossbeam 11b right-hand member as angular vertex the vertical cutter hub 57a of bar shaped that is 10 °-30 ° with left and right crossbeam angle α, under the vertical cutter hub of described bar shaped, along one, connect with it along meeting the bar shaped knife rest 57b that slag direction becomes 110 ° of-120 ° of angle theta, the replaceable scraper 57c of intercalation on knife rest, top, described bar shaped vertical cutter hub 57a middle part is hingedly connected on the vertical rotary fork 54 being hinged on swing rod 55 along the hinge 56b by longitudinally rotating along cutter hub, two ends, bar shaped vertical cutter hub left and right tops is along respectively by the be articulated and connected left and right cylinder 52a of vertical drive of hinge 56a, the piston rod of 52b, left and right cylinder is separately fixed at the left and right cylinder frame 51a with the corresponding setting of cutter hub position angle, on 51b, described swing rod 55 and left and right cylinder frame 51a, 51b is packed in the right-hand member rear side of left and right crossbeam.Replaceable scraper 57c inserts along inserting in the T-slot that on knife rest, correspondence arranges by T shape, routine work state lower coating blade is always close to rotation and is received the set of cooler pan card, while changing scraper, cylinder need only be handled up, now, by handle of a knife 50, pull out scraper, after replacing, again make horizontal reset under cylinder.
The slag direction of meeting at the vertical cutter hub 57a of bar shaped is also provided with curved baffle 59, loose to prevent that inorganic salts clinker from collapsing, and guarantees to collect in deslagging hopper 9.
The course of work of the present invention and principle
During work, receive the front end connection inorganic salts waste liquid combustion boiler containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing, the chute mouth of accepting the feeding zone 20a aligning inorganic salts waste liquid combustion boiler of cooler pan with its rotation, it is to accept the high-temperature molten of being discharged by boiler and make it cooling parts rapidly that cooler pan is accepted in rotation.First, the high-temperature molten of being discharged by boiler bottom becomes the cylindric feeding zone 20a that cooler pan is accepted in the rotation being rotated counterclockwise being driven by reductor 61 that drops on through chute, cylindric high-temperature molten is diffused into uniformly rapidly the lamina that thickness 3-8mm is thinner under the effect of gravity and rotation external force, because becoming geometric progression, high-temperature molten surface area expands, its frigorimeter area and cooling velocity are increased rapidly, rotation receives the laminated disk that cooler pan is in-built cooling water, high-temperature molten bottom receives the water cooling from card, outer surface reception comes the air of the cold wind blowpipe of free front and back crossbeam 11a and left and right crossbeam 11b formation to assist cooling, under water cooling and the cooling double action of auxiliary wind, greatly accelerated the cooling curing of high-temperature molten.Stratiform fused mass is cooling and curing rapidly in second at 5-7.For acquiring good stripping performance, rotation receives cooler pan and has adopted the Q235 iron material with good heatproof and anti-wear performance, makes it for a long time in service, reach reliable, effective.
Cutting the be stressed roller cutter formula that blade elasticity compresses solid-solid inorganic salt that act as of spring 42 of slag cutter 4 continuously rotates and cuts slag cutter; According to different operating modes, be arranged on the rear end of described front and back crossbeam 11a or the left end of left and right crossbeam 11b, in this example, cut the rear end that slag cutter is fixed on described front and back crossbeam 11a.Cutting slag cutter 4 is overall structure with reducing motor 62, can float with the profile thickness of material, rotates continuously, solid-solid inorganic salt is cut off to the segment that becomes the about 200mm of length left and right.Along with the rotation of rotation reception cooler pan, high-temperature molten completes cooling curing, cut-out, and now, solid-solid inorganic salt also adheres in card, need peel off, discharge.
Scraper stripper 5 is that the solid-solid inorganic salt clinker in card is separated and discharges the parts that make the regeneration of cooling interface.Scraper receives cooler pan card with rotation and becomes necessarily to scoop up the setting of angle close contact under cylinder pressuring action.Because the relative motion (0.4-0.6m/s) that rotation receives between cooler pan and scraper is scraped under effect and made solid-solid inorganic salt clinker separated with cooler pan surface at the shovel of scraper 57c, make to rotate cooler pan regeneration.Solid-solid inorganic salt clinker after separation the thrust of the scraper of revolving force and angled installation common form to discharging rotation under the force action of extrapolation, accept cooler pan, and enter deslagging hopper 9.
Figure 11 shows application inorganic salts waste liquid combustion boiler high-temperature molten recovery system block diagram of the present invention, in actual applications, inorganic salts waste liquid combustion boiler high-temperature molten is accepted and cooling curing receiver front end connects inorganic salts waste liquid combustion boiler, with its rotation, accept the chute mouth of the feeding zone aligning inorganic salts waste liquid combustion boiler of cooler pan, the solid-solid inorganic salt clinker of its dreg discharging area sequentially connects solid pulverizer, drag conveyor, storage bin by deslagging hopper 9, until subsequent packages operation.By solid pulverizer, the solid bulky grain of discharging high-temperature molten receiver is continued to be crushed to compared with granule powder.Fine powder after solid pulverizer is pulverized is transported in storage bin and is stored by drag conveyor, for packaging process.Whole system adopts conventional automatic control system to complete, and realizes manual/auto conversion.For guaranteeing system reliability service.On inorganic salts waste liquid combustion boiler high-temperature molten receiver, also camera can be installed, be convenient to pinpoint the problems in time and assist observation.
The above, be only the preferred embodiments of the present invention, not structure of the present invention done to any pro forma restriction.Any simple modification, equivalent variations and modification that every foundation technical spirit of the present invention is done above embodiment, all still belong in the scope of technical solution of the present invention.
Claims (5)
1. a reception is containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing, it is characterized in that comprising frame, by the reception of described frame support the rotation of cooling described high-temperature molten, accept cooler pan, drive described rotation to receive the reductor of cooler pan, be arranged on and for what cut off solid-solid inorganic salt, cut slag cutter in described frame, receive with rotation that cooler pan solid-solid inorganic salt dreg discharging area is corresponding to be arranged in described frame for striking off the scraper stripper of the solid-solid inorganic salt boning in card, it is that card is accepted high-temperature molten that described rotation receives cooler pan, inner chamber connects the laminated disk of recirculated cooling water, above receiving cooler pan, rotation is provided with the cold wind blowpipe of cooling down high-temperature fused mass, the described slag cutter of cutting is that the roller cutter formula that blade elasticity compresses solid-solid inorganic salt is continuously rotated and cut slag cutter, described scraper stripper is close to rotation with its scraper and is received the setting of cooler pan card.
2. reception according to claim 1, containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing, is characterized in that described rotation receives cooler pan and is provided with a plurality of inlet openings also by the hollow shaft connection cooling water of described reductor; In rotation, receive the adjutage that cooler pan bottom surface is provided with some overfalls and removes water, below described overfall, be provided with the return flume of receiving overflow water.
3. reception according to claim 1 and 2 is containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing, it is characterized in that described frame comprises underframe, be positioned at the reductor support of underframe top, cooler pan support, around underframe, the vertical beam all around on it is vertically set, respectively across the cross-coupled front and back crossbeam and the left and right crossbeam that are connected to described front and back vertical beam and vertical beam top, left and right, wherein said front and back, left and right crossbeam is the hollow pipe that bottom has the described cold wind blowpipe of doubling as of venthole, described vertical beam and underframe adopt hollow pipe to be used as the appendix that connects cold wind blowpipe and source of the gas, the described slag cutter of cutting is fixed on the rear end of described front and back crossbeam or the left end of left and right crossbeam, high-temperature molten feeding zone is arranged on the forward right side that rotation receives cooler pan, described solid-solid inorganic salt dreg discharging area is arranged on rotation and receives cooler pan right lateral side, the scraper stripper right-hand member rear side that be packed in left and right crossbeam corresponding to described dreg discharging area, and corresponding described dreg discharging area arranges deslagging hopper.
4. reception according to claim 1 and 2 is containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing, it is characterized in that described continuous rotation cuts slag cutter and comprise by its two ends pedestal and be fixed on three sword roller cuttves on a horizontal beam slab, its cutter shaft is connected with driving the reducing motor of described three sword roller cuttves by shaft joint, the vertical guide pin bushing that two perpendicular positioning bars that described horizontal beam slab top is fixedly connected with are connected through the horizontal beam top of corresponding right angle suspension bracket respectively, and lock on it by adjusting nut, on the perpendicular positioning bar between edge at the bottom of described vertical guide pin bushing and perpendicular positioning bar bottom shoulder, be set with a compression spring, described right angle suspension bracket is fixed on the rear end of described front and back crossbeam or the left end of left and right crossbeam by its vertical beam.
5. reception according to claim 1 and 2 is containing the receiver of inorganic salts waste liquid combustion boiler high-temperature molten cooling curing, it is characterized in that described scraper stripper be provided with take described left and right crossbeam right-hand member as angular vertex and with the bar shaped vertical cutter hub of left and right crossbeam angle as 10 °-30 °, under the vertical cutter hub of described bar shaped, along one, connect with it along meeting the bar shaped knife rest that slag direction becomes 110 ° of-120 ° of angles, the replaceable scraper of intercalation on knife rest; Top, described bar shaped vertical cutter hub middle part is hingedly connected on the vertical rotary fork being hinged on swing rod along the hinge by longitudinally rotating along cutter hub, top, two ends, bar shaped vertical cutter hub left and right is along the piston rod of the left and right cylinder of the vertical drive that is articulated and connected respectively, described left and right cylinder is separately fixed at cutter hub and arranges on left and right cylinder frame corresponding to angle, and described swing rod and left and right cylinder frame are packed in the right-hand member rear side of left and right crossbeam.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410364465.5A CN104138890B (en) | 2014-07-28 | 2014-07-28 | Receive the high-temperature molten of waste liquid combustion boiler containing inorganic salts and the receiver cooled and solidified |
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| CN201410364465.5A CN104138890B (en) | 2014-07-28 | 2014-07-28 | Receive the high-temperature molten of waste liquid combustion boiler containing inorganic salts and the receiver cooled and solidified |
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| CN104138890A true CN104138890A (en) | 2014-11-12 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106016304A (en) * | 2016-05-17 | 2016-10-12 | 宜兴市智博环境设备有限公司 | Roll shaft crushing and deslagging device for incinerator containing salt waste liquid |
| CN106196102A (en) * | 2016-09-12 | 2016-12-07 | 安徽今朝环保科技有限公司 | Saliferous dust waste gas purification recovery device and using method thereof |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2217728Y (en) * | 1995-03-23 | 1996-01-17 | 阴国良 | Horizontal combustion device for recovering waste alkali from black liquid of pulp-making for paper-making |
| US6309542B1 (en) * | 1996-12-02 | 2001-10-30 | Seung-Wook Kim | Waste water treating device |
| US20080079203A1 (en) * | 2006-09-29 | 2008-04-03 | Gibowski Steven R | Smelt spout enclosure for chemical recovery boilers |
| CN101484633A (en) * | 2006-05-24 | 2009-07-15 | 钻石能量国际公司 | Apparatus for cleaning a smelt spout of a combustion device |
| CN102235678A (en) * | 2010-04-27 | 2011-11-09 | 江苏大晴天环保设备有限公司 | Furnace for carbonizing and incinerating high-concentration salty organic waste liquid |
| CN102889602A (en) * | 2012-07-10 | 2013-01-23 | 上海禾子隆环保科技有限公司 | High-concentration salt bearing liquid waste incinerator and high-concentration salt bearing liquid waste treatment method |
| CN203991637U (en) * | 2014-07-28 | 2014-12-10 | 天津晟成环境技术发展有限公司 | Receive the receiver containing inorganic salts waste liquid combustion boiler high-temperature molten cooling curing |
-
2014
- 2014-07-28 CN CN201410364465.5A patent/CN104138890B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2217728Y (en) * | 1995-03-23 | 1996-01-17 | 阴国良 | Horizontal combustion device for recovering waste alkali from black liquid of pulp-making for paper-making |
| US6309542B1 (en) * | 1996-12-02 | 2001-10-30 | Seung-Wook Kim | Waste water treating device |
| CN101484633A (en) * | 2006-05-24 | 2009-07-15 | 钻石能量国际公司 | Apparatus for cleaning a smelt spout of a combustion device |
| US20080079203A1 (en) * | 2006-09-29 | 2008-04-03 | Gibowski Steven R | Smelt spout enclosure for chemical recovery boilers |
| CN102235678A (en) * | 2010-04-27 | 2011-11-09 | 江苏大晴天环保设备有限公司 | Furnace for carbonizing and incinerating high-concentration salty organic waste liquid |
| CN102889602A (en) * | 2012-07-10 | 2013-01-23 | 上海禾子隆环保科技有限公司 | High-concentration salt bearing liquid waste incinerator and high-concentration salt bearing liquid waste treatment method |
| CN203991637U (en) * | 2014-07-28 | 2014-12-10 | 天津晟成环境技术发展有限公司 | Receive the receiver containing inorganic salts waste liquid combustion boiler high-temperature molten cooling curing |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106016304A (en) * | 2016-05-17 | 2016-10-12 | 宜兴市智博环境设备有限公司 | Roll shaft crushing and deslagging device for incinerator containing salt waste liquid |
| CN106196102A (en) * | 2016-09-12 | 2016-12-07 | 安徽今朝环保科技有限公司 | Saliferous dust waste gas purification recovery device and using method thereof |
| CN106196102B (en) * | 2016-09-12 | 2018-03-23 | 安徽今朝环保科技有限公司 | Saliferous dust waste gas purification recovery device and its application method |
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