CN205217584U - Papermaking solid waste handles production line - Google Patents
Papermaking solid waste handles production line Download PDFInfo
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- CN205217584U CN205217584U CN201520874360.4U CN201520874360U CN205217584U CN 205217584 U CN205217584 U CN 205217584U CN 201520874360 U CN201520874360 U CN 201520874360U CN 205217584 U CN205217584 U CN 205217584U
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Abstract
The utility model provides a papermaking solid waste handles production line, includes a conveyor, a breaker, the 2nd conveyor that an entry and a conveyor link to each other, the 2nd conveyor and a breaker's export links to each other, fluffer, fluffer's entry and the 2nd conveyor link to each other, are provided with the fluffer rotor in the fluffer, the thick liquid pond, the thick liquid pond communicates with fluffer's liquid outlet, the 3rd conveyor, the 3rd conveyor feeds through with fluffer's solid export, first rinsing separating centrifuge, the entry and the 3rd conveyor of first rinsing separating centrifuge are connected, drying machine, drying machine's entry and first rinsing separating centrifuge are connected, granulation system, granulation system pass through air conveying system and drying machine intercommunication. This production line can filter recycle to the various materials in the papermaking waste residue respectively, reduces the papermaking waste residue and pollutes.
Description
Technical field
The present invention relates to waste sludge from paper mill processing technology field, be specifically related to a kind of papermaking solid waste process for producing line.
Background technology
The waste sludge from paper mill handling problems in annual more than one hundred million tons of the current whole nation has caused the very big concern of governments at all levels, and government is also in the disposal way of positive reasonable, and this is last in the large pollution problem of current paper industry three is also the most unmanageable problem.
Along with protecting national resource and reducing the reinforcement of environmental pollution consciousness, the waste paper of China is recycled large development.But a considerable amount of waste sludge from paper mill is created in waste paper recycling process.
According to incompletely statistics, at present, often produce waste sludge from paper mill, particularly regenerated papermaking that 6,000,000 tons of paper will produce more than 100 ten thousand tons, its waste residue material produced is just more more complicated, and it is mainly containing waste plastics, old metal, timber and other various impurity.
For above-mentioned waste residue, in the past and existing recovery and treatment method mainly: manually pick and add WATER-WASHING METHOD method of distributing, it is that all the other all adopt WATER-WASHING METHOD, and natant light plastic is sorted out first by manually old metal and plastics being picked out in debris dump.Adopt and carry out sorting recovery in this way, phase organic efficiency is low, and, be merely able to reclaim the metal in waste residue and plastics, resource utilization is not high, and other materials can not be utilized again, still can only rely on landfill or burning, so, still keep away the pollution of unavoidable environment and the waste of resource.
As Chinese invention patent: papermaking waste recovery system, the patent No. is: CN201310002114.5, and it discloses a kind of papermaking waste recovery system, comprising: primary mill, type fine disintegrating machine and top are provided with the conveyer belt of magnetic separator and vortex flow device.Magnetic separator separable go out ferrous metal in discarded object, reduce the wearing and tearing to follow-up equipment, and can resource reclaim be reached; Vortex flow device separable go out aluminium and copper metal and reach resource reclaim.
In such scheme, it is merely able to the metallics filtered out in papermaking waste, and pollutes and filter out other materials and be used, and still there is the deficiency of pollution and the wasting of resources.
For another example Chinese invention patent: utilize papermaking waste to be made into the method for based plate, CN200910272742.9, comprise the following steps: A. chooses by weight and cuts off dedusting material slag, screenings, paper mill sludge and boiler flue gas desulfurization gypsum, mixing, after oven dry, obtaining powder-mixed raw material through pulverizing; B. choose powder-mixed raw material, magnesium lignosulfonate or calcium lignosulfonate solution and straw particle by weight, mix, obtain sheet material base stock; C. sheet material base stock is loaded in mould, and implant strip skeleton or latticed skeleton, strike off, with forcing press by compressing for the sheet material base stock rear demoulding, after sizing, dry process, namely obtain sheet forming goods.Fully utilized multiple papermaking waste all sidedly, simple process, production cost is low.
In the above-mentioned patent, it utilizes waste sludge from paper mill to produce sheet material, although full use waste sludge from paper mill, but the various materials in waste residue do not screen by respectively, recycle respectively, such as metal species and Plastic material are used for making sheet material, its essence is also a kind of waste.
Summary of the invention
The present invention provides papermaking solid waste process for producing line for overcoming the technical problem that exists in prior art, utilizes this production line can screen recycling respectively to the various materials in waste sludge from paper mill, reduces waste sludge from paper mill and pollute.
A kind of papermaking solid waste process for producing line, comprising:
First conveying device;
First breaker, the entrance of the first breaker is connected with the first conveying device;
Second conveying device, the second conveying device is connected with the outlet of the first breaker;
Fluffer, the entrance of fluffer is connected with the second conveying device, is provided with fluffer rotor in fluffer;
Stock tank, stock tank is communicated with the liquid outlet of fluffer;
3rd conveying device, the 3rd conveying device is communicated with the solid outlet of fluffer;
First rinsing seperator, the entrance of the first rinsing seperator is connected with the 3rd conveying device;
Squeezing machine, the entrance of squeezing machine is connected with the first rinsing seperator;
Granulating system, granulating system is communicated with squeezing machine by blast system.
In above-mentioned preferred version, by sub-electing fiber in waste sludge from paper mill and plastics, fiber is transported in slip house for papermaking, plastics are transported in granulating system, obtain plastic grain, so, make the plastics in waste sludge from paper mill and fiber obtain sorting to utilize, not only increase raw-material utilization rate, also reduce the content of plastics and fiber in discharge waste residue simultaneously, reduce the pollution to environment.
Preferred technical scheme, its additional technical feature is: papermaking solid waste process for producing line also comprises heavy Slag treatment device, and heavy Slag treatment device also comprises:
Precipitation refiner, the heavy slag outlet of precipitation refiner and fluffer;
Drying device, drying device and the outlet precipitating refiner;
Moulding press, the outlet of moulding press and drying device.
In above-mentioned preferred version, owing to being provided with heavy Slag treatment device, heavy slag part in waste sludge from paper mill is utilized, be pressed into fuel slug, so, make in this application, each composition in waste sludge from paper mill is obtained for utilization, further improve the utilization rate of resource, what is more important reduces the discharge of polluter.
Preferred technical scheme further, its additional technical feature is: papermaking solid waste process for producing line also comprises the second rinsing seperator, the entrance of the second rinsing seperator and the outlet of the first rinsing seperator, the heavy slag outlet of the second rinsing seperator is communicated with the entrance of squeezing machine.
In above-mentioned preferred version, the plastics that fluffer obtains first are separated by the first rinsing seperator, sub-argument goes out heavy slag in plastics and fiber, plastics enter in the second rinsing seperator again, heavy slag in further separating plastic and fiber, so, reduce the impurity content in plastics further, improve the quality of plastics; Also the further utilization to fiber in plastics, further avoids the wasting of resources in addition.
Further preferred technical scheme again, its additional technical feature is: papermaking solid waste process for producing line also comprises slanted screen, the entrance of slanted screen is communicated with the fiber outlet of the first rinsing seperator, the fiber outlet of the second rinsing seperator, the liquid outlet of squeezing machine, and the outlet of slanted screen is communicated with stock tank.
In above-mentioned preferred version, the liquid that the fiber that the fiber that first rinsing seperator obtains, the second rinsing seperator obtain, squeezing machine are extruded, although wherein can pulping and paper-making be used to containing a large amount of fibers, because concentration is lower, pulping and paper-making operation is entered again after needing slanted screen concentrated, and then enter pulping and paper-making operation, improve papermaking quality.
Preferred technical scheme, its additional technical feature is: the first conveying device is provided with concentration equipment, sub-elects the metal in the first conveying device conveying waste residue.
In above-mentioned preferred version, the metal in waste sludge from paper mill is sub-elected by concentration equipment, the utilization rate of further raising waste sludge from paper mill, reduce the wasting of resources and exhaust emission, and, before entering fluffer at waste sludge from paper mill, sub-elect the comparatively hard metal of quality, reduce the wearing and tearing of waste sludge from paper mill to follow-up equipment, reduce the requirement to follow-up equipment, improve the reliability of each equipment in the application's method.
Preferred technical scheme, its additional technical feature is: the second conveying device is provided with concentration equipment, sub-elects the metal in the second conveying device conveying waste residue.The utilization rate of further raising waste sludge from paper mill, reduces data waste and exhaust emission, also further improves the reliability of each equipment.
Preferred technical scheme, its additional technical feature is: the outlet of drying device is connected with shredding mechanism, and shredding mechanism is communicated with moulding press by the 4th conveying device, and the 4th conveying device is provided with concentration equipment.
In above-mentioned preferred version, heavy for drying slag is shredded through shredding mechanism, then through magnetic devices, sub-elect the metal in heavy slag in the 4th conveying device, the utilization rate of further raising waste sludge from paper mill, reduces data waste and exhaust emission, also further improves the reliability of each equipment.Meanwhile, because heavy slag is shredded, the metal in heavy slag can be sorted out more completely.
Preferred technical scheme, its additional technical feature is: papermaking solid waste process for producing line also comprises:
Also comprise twisted rope waste residue and collect attachment device, twisted rope waste residue is collected attachment device and is comprised:
Second breaker, the outlet of the second breaker is communicated with the entrance of the first breaker by the 5th conveying device.
For paper industry, its waste residue produced not only comprises the waste residue of size degradation and scalping workshop section, but also comprises a large amount of twisted rope waste residues, at least one that twisted rope waste residue can be plastics, metal, textile and not discongest in wet-strength paper; So, in above-mentioned preferred version, first that twisted rope waste residue is broken in the second breaker, and then be transported in the first breaker and carry out further fragmentation, reduce plastics in twisted rope waste residue, metal, textile, do not discongest mutual interference between wet-strength paper, facilitate subsequent handling to the sorting of each component.
Preferred technical scheme, conveying the 5th conveying device is provided with concentration equipment.
In above-mentioned preferred version, by arranging concentration equipment in the 5th conveying device, to sub-elect the metal in the 5th conveying device twisted rope waste residue, further improve the utilization rate of waste sludge from paper mill, also reducing the wearing and tearing to follow-up equipment.
Preferred technical scheme,
The plain boiled water outlet of slanted screen is communicated with the entrance of the first white water chest, and the outlet of the first white water chest is also communicated with the water inlet of the second rinsing seperator with the water inlet of fluffer, the water inlet of the first rinsing seperator.
In above-mentioned preferred version, be transported in white water chest by slanted screen is filtered the plain boiled water obtained, the plain boiled water in white water chest enters into fluffer respectively as flushing water, the first rinsing seperator neutralizes the second rinsing seperator.Plain boiled water can be made to be recycled, and is first the utilization rate that improve fiber in plain boiled water always, meanwhile, also reduces the discharge waste of fiber and pollutes, and also a saving the cost of whole method.
Preferred technical scheme, white water chest comprises the first white water chest and the second white water chest, plain boiled water in second white water chest comes from the plain boiled water after Sewage Plant process, plain boiled water in second white water chest enters into the first white water chest, and then enter into fluffer respectively, the first rinsing seperator neutralizes the second rinsing seperator.Further reduce the cost of the application's method.
Preferred technical scheme, dense scummer in being also provided with between fluffer and stock tank, by the plain boiled water pumped in fluffer and fiber first through in enter into again among stock tank after dense scummer.
Accompanying drawing explanation
Fig. 1 is the structural representation of the papermaking solid waste process for producing line of the embodiment of the present invention 1;
Fig. 2 is the structural representation of the papermaking solid waste process for producing line of the embodiment of the present invention 2;
Detailed description of the invention
For summary of the invention of the present invention, Characteristic can be understood further, hereby exemplify following examples, and be described in detail as follows:
Embodiment 1:
Fig. 1 is the structural representation of the papermaking solid waste process for producing line of the embodiment of the present invention 1.
A kind of papermaking solid waste process for producing line, comprising:
First conveying device;
First breaker, the entrance of the first breaker is connected with the first conveying device;
Second conveying device, the second conveying device is connected with the outlet of the first breaker;
Fluffer, the entrance of fluffer is connected with the second conveying device, is provided with fluffer rotor in fluffer;
Stock tank, stock tank is communicated with the liquid outlet of fluffer;
3rd conveying device, the 3rd conveying device is communicated with the solid outlet of fluffer;
First rinsing seperator, the entrance of the first rinsing seperator is connected with the 3rd conveying device;
Squeezing machine, the entrance of squeezing machine is connected with the first rinsing seperator;
Granulating system, granulating system is communicated with squeezing machine by blast system.
The papermaking solid waste process for producing line of the present embodiment can also comprise heavy Slag treatment device, and heavy Slag treatment device also comprises: precipitation refiner, the heavy slag outlet of precipitation refiner and fluffer;
Drying device, drying device and the outlet precipitating refiner;
Moulding press, the outlet of moulding press and drying device.
The outlet of drying device can also be connected with shredding mechanism, and shredding mechanism is communicated with moulding press by the 4th conveying device, and the 4th conveying device is provided with concentration equipment.
In addition, the outlet of the first rinsing seperator can also be communicated with the entrance of the second rinsing seperator, and the heavy slag outlet of the second rinsing seperator is communicated with the entrance of squeezing machine.
Wherein, can also be communicated with the entrance of slanted screen with the fiber outlet of the first rinsing seperator, the fiber outlet of the second rinsing seperator, the liquid outlet of squeezing machine, the outlet of slanted screen is communicated with stock tank.
Wherein, the first conveying device and the second conveying device are provided with concentration equipment.
The papermaking solid waste process for producing line of the present embodiment is utilized to comprise the steps: to the method processing papermaking solid waste
Steps A: by paper-making process, the waste residue of size degradation and scalping workshop section is collected, and being delivered in the first breaker by the first conveying device, the waste residue of size degradation and scalping workshop section mainly comprises: waste plastics class, metal species, rotten cloth textile, scrap rubber class, bulk masonry and wooden unit;
Step B: by the first breaker, fragmentation is carried out to the waste residue that the first conveying device is carried, and then be delivered in fluffer by the second conveying device;
Step C: waste residue is diluted in fluffer the concentration of 5 ~ 20%, under the promotion of fluffer rotor, waste residue constantly overturns, under the acting in conjunction of the frictional force between waterpower and waste residue, fiber in waste residue, plastics and heavy slag are separated from each other, and heavy cinder ladle is drawn together: at least one in masonry, earth, metal and wooden unit;
Step D: the fiber obtained by step C is pumped in stock tank with plain boiled water, and then is sent to slip house, obtains the paper pulp for papermaking;
Step D1: the heavy slag obtained by step C is transported in precipitation cleaner, makes heavy slag be separated;
Step e: the plastics obtained by step C are transported in the first rinsing seperator by the 3rd conveying device, the heavy slag in further separating plastic, and the fiber in plastics;
Step F: plastics step e obtained are sent in squeezing machine to be extracted, and then is sent in granulating system by blast system, obtains plastic grain;
Step G: comprise successively:
Step G1: the heavy slag obtained in step D1 and step e is delivered in drying device and carries out drying;
Step G2: will be transported in moulding press by the dried heavy slag of step G1, and be pressed into fuel slug;
Step H: the fiber that the first rinsing seperator in step e is obtained, the fiber that the second rinsing seperator obtains, and the liquid that in step F, squeezing machine is extruded is sent to slanted screen, after slanted screen is concentrated, enter into stock tank again;
Wherein, in step, the first conveying device is provided with concentration equipment, sub-elects the metal in the first conveying device conveying waste residue;
In stepb, the second conveying device is provided with concentration equipment, sub-elects the metal in the second conveying device conveying waste residue;
In step e, also comprise step e 1: in plastic conveying and plastic to the second rinsing seperator obtained by the first rinsing seperator, the heavy slag in further separating plastic and the fiber in plastics, the plastics that the second rinsing seperator obtains enter into the squeezing machine of step F again;
In step G, also comminution step is provided with between step G1 and G2, the heavy slag of the drying obtained by step G1 sends into shredding mechanism chopping, and then be delivered in the moulding press of step G2 by the 4th conveying device, 4th conveying device is provided with concentration equipment, sub-elects the metal in heavy slag in the 4th conveying device;
In described step H, described slanted screen is filtered the plain boiled water obtained and is transported in white water chest, the plain boiled water in white water chest enters into described fluffer, described first rinsing seperator and described second rinsing seperator respectively as flushing water;
In described step H, described white water chest comprises the first white water chest and the second white water chest, plain boiled water in described second white water chest comes from the plain boiled water after Sewage Plant process, plain boiled water in described second white water chest enters into the first white water chest, and then enters into described fluffer, described first rinsing seperator and described second rinsing seperator respectively.
By above-mentioned processing method, sub-elect the fiber in waste sludge from paper mill and plastics, fiber is transported in slip house for papermaking, plastics are transported in granulating system, obtain plastic grain, so, make the plastics in waste sludge from paper mill and fiber obtain sorting to utilize, first be improve utilization rate, also reduce the content of plastics and fiber in discharge waste residue simultaneously, reduce the pollution to environment.
Step G makes the heavy slag part in waste sludge from paper mill be utilized, and is pressed into fuel slug, so, make in this application, each composition in waste sludge from paper mill is obtained for utilization, further improves the utilization rate of resource, and what is more important reduces the discharge of polluter.
The plastics that step C obtains are first by the heavy slag in the first rinsing seperator separating plastic, and the fiber in plastics, and plastics enter in the second rinsing seperator again, heavy slag in further separating plastic and fiber, so, reduce the impurity content in plastics further, improve the quality of plastics; Also the further utilization to fiber in plastics, further avoids the wasting of resources in addition.
The fiber that the first rinsing seperator in step C obtains, the fiber that second rinsing seperator obtains, and the liquid that in step F, squeezing machine is extruded, wherein pulping and paper-making can be used to containing a large amount of fibers, because concentration is lower, enter pulping and paper-making operation again after needing slanted screen concentrated, and then enter pulping and paper-making operation, improve papermaking quality.
The metal in waste sludge from paper mill is sub-elected by concentration equipment, the utilization rate of further raising waste sludge from paper mill, reduce the wasting of resources and exhaust emission, and, the comparatively hard metal of quality had been sub-elected before entering fluffer at waste sludge from paper mill, reduce the wearing and tearing of waste sludge from paper mill to follow-up equipment, reduce the requirement to follow-up equipment, improve the reliability of each equipment in the processing method of the application.
By heavy for drying slag chopping in step G, then through magnetic devices, sub-elect the metal in heavy slag in the 4th conveying device, the utilization rate of further raising waste sludge from paper mill, reduces data waste and exhaust emission, also further improves the reliability of each equipment, simultaneously, because heavy slag is shredded, make, the metal in heavy slag can be sorted out more completely.
Embodiment 2:
Fig. 2 is the structural representation of the papermaking solid waste process for producing line of the embodiment of the present invention 2,
The difference of the present embodiment and embodiment 1 is:
Also comprise twisted rope waste residue and collect attachment device, described twisted rope waste residue is collected attachment device and is comprised:
Second breaker, the outlet of described second breaker is communicated with the entrance of the first breaker by the 5th conveying device.
Described 5th conveying device is provided with concentration equipment.
For the processing method of the papermaking solid waste process for producing line of use embodiment 1, use the processing method of the present embodiment, also will have more following steps,
Step I: the twisted rope waste residue in paper-making process is collected, and delivers in the second breaker, twisted rope waste residue is broken, and twisted rope waste residue mainly comprises: plastics, metal, textile and at least one do not discongested in wet-strength paper;
Step J: the first breaker being delivered to steps A by the 5th conveying device by the twisted rope waste residue of step I fragmentation is carried out fragmentation again;
For paper industry, its waste residue produced not only comprises the waste residue at size degradation and place of scalping workshop section, but also comprise a large amount of twisted rope waste residues, so, by setting steps I and step J, twisted rope waste residue is also recycled, further improve the utilization of waste sludge from paper mill, reduce exhaust emission; And in step I, first that twisted rope waste residue is broken in the second breaker, and then be transported in the first breaker and carry out further fragmentation, reduce plastics in twisted rope waste residue, metal, textile, do not discongest mutual interference between wet-strength paper, facilitate subsequent handling to the sorting of each component; By arranging concentration equipment in the 5th conveying device, sub-electing the metal in twisted rope waste residue described in the 5th conveying device, further improve the utilization rate of waste sludge from paper mill, also reducing the wearing and tearing to follow-up equipment.
Although be described the preferred embodiments of the present invention by reference to the accompanying drawings above; but the present invention is not limited to above-mentioned detailed description of the invention; above-mentioned detailed description of the invention is only schematic; be not restrictive; those of ordinary skill in the art is under enlightenment of the present invention; not departing under the ambit that present inventive concept and claim protect, a lot of form can also be made.These all belong within protection scope of the present invention.
Claims (12)
1. a papermaking solid waste process for producing line, is characterized in that: comprising:
First conveying device;
First breaker, the entrance of described first breaker is connected with the first conveying device;
Second conveying device, described second conveying device is connected with the outlet of described first breaker;
Fluffer, the entrance of described fluffer is connected with described second conveying device, is provided with fluffer rotor in described fluffer;
Stock tank, described stock tank is communicated with the liquid outlet of described fluffer;
3rd conveying device, described 3rd conveying device is communicated with the solid outlet of described fluffer;
First rinsing seperator, the entrance of described first rinsing seperator is connected with described 3rd conveying device;
Squeezing machine, the entrance of described squeezing machine is connected with described first rinsing seperator;
Granulating system, described granulating system is communicated with described squeezing machine by blast system.
2. papermaking solid waste process for producing line according to claim 1, is characterized in that: also comprise heavy Slag treatment device, described heavy Slag treatment device also comprises:
Precipitation refiner, the heavy slag outlet of described precipitation refiner and described fluffer;
Drying device, the outlet of described drying device and described precipitation refiner;
Moulding press, the outlet of described moulding press and described drying device.
3. papermaking solid waste process for producing line according to claim 2, is characterized in that: also comprise:
Second rinsing seperator, the entrance of described second rinsing seperator and the outlet of described first rinsing seperator, the heavy slag outlet of described second rinsing seperator is communicated with the entrance of described squeezing machine.
4. papermaking solid waste process for producing line according to claim 3, is characterized in that: also comprise:
Slanted screen, the entrance of described slanted screen is communicated with the fiber outlet of described first rinsing seperator, the described fiber outlet of the second rinsing seperator, the liquid outlet of described squeezing machine, and the outlet of described slanted screen is communicated with described stock tank.
5. papermaking solid waste process for producing line according to claim 4, is characterized in that: described first conveying device is provided with concentration equipment.
6. papermaking solid waste process for producing line according to claim 1, is characterized in that: described second conveying device is provided with concentration equipment.
7. papermaking solid waste process for producing line according to claim 2, it is characterized in that: the outlet of described drying device is connected with shredding mechanism, described shredding mechanism is communicated with described moulding press by the 4th conveying device, and described 4th conveying device is provided with concentration equipment.
8. papermaking solid waste process for producing line according to claim 4, is characterized in that: also comprise twisted rope waste residue and collect attachment device, and described twisted rope waste residue is collected attachment device and comprised:
Second breaker, the outlet of described second breaker is communicated with by the entrance of the 5th conveying device with described first breaker.
9. papermaking solid waste process for producing line according to claim 8, is characterized in that: described 5th conveying device is provided with concentration equipment.
10. papermaking solid waste process for producing line according to claim 9, it is characterized in that: the plain boiled water outlet of described slanted screen is communicated with the entrance of the first white water chest, and the outlet of the first white water chest is also communicated with the water inlet of described second rinsing seperator with the water inlet of described fluffer, the water inlet of described first rinsing seperator.
11. papermaking solid waste process for producing lines according to any one of claim 1-3,5-7, is characterized in that: also comprise twisted rope waste residue and collect attachment device, and described twisted rope waste residue is collected attachment device and comprised:
Second breaker, the outlet of described second breaker is communicated with by the entrance of the 5th conveying device with described first breaker.
12. papermaking solid waste process for producing lines according to claim 11, is characterized in that: described 5th conveying device is provided with concentration equipment.
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|---|---|---|---|
| CN201520874360.4U CN205217584U (en) | 2015-11-04 | 2015-11-04 | Papermaking solid waste handles production line |
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| CN201520874360.4U CN205217584U (en) | 2015-11-04 | 2015-11-04 | Papermaking solid waste handles production line |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106077028A (en) * | 2016-06-20 | 2016-11-09 | 许昌中亚工业智能装备股份有限公司 | A kind of waste sludge from paper mill retracting device |
| CN106493149A (en) * | 2016-10-31 | 2017-03-15 | 张日龙 | A kind of paper mill waste preprocessing technology |
| CN107716510A (en) * | 2017-10-17 | 2018-02-23 | 广东龙跃环境科技有限公司 | The processing system and its handling process of a kind of paper mill sludge |
| CN107812784A (en) * | 2017-10-27 | 2018-03-20 | 浙江荣晟环保纸业股份有限公司 | A kind of reproduction pulp solid waste processing method |
| CN111962321A (en) * | 2020-08-27 | 2020-11-20 | 烟台大为环保科技有限公司 | Papermaking solid waste washing system and washing method thereof |
-
2015
- 2015-11-04 CN CN201520874360.4U patent/CN205217584U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106077028A (en) * | 2016-06-20 | 2016-11-09 | 许昌中亚工业智能装备股份有限公司 | A kind of waste sludge from paper mill retracting device |
| CN106077028B (en) * | 2016-06-20 | 2018-02-27 | 许昌中亚工业智能装备股份有限公司 | A kind of waste sludge from paper mill retracting device |
| CN106493149A (en) * | 2016-10-31 | 2017-03-15 | 张日龙 | A kind of paper mill waste preprocessing technology |
| CN107716510A (en) * | 2017-10-17 | 2018-02-23 | 广东龙跃环境科技有限公司 | The processing system and its handling process of a kind of paper mill sludge |
| CN107812784A (en) * | 2017-10-27 | 2018-03-20 | 浙江荣晟环保纸业股份有限公司 | A kind of reproduction pulp solid waste processing method |
| CN111962321A (en) * | 2020-08-27 | 2020-11-20 | 烟台大为环保科技有限公司 | Papermaking solid waste washing system and washing method thereof |
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