CN208357441U - Domestic garbage treating system - Google Patents
Domestic garbage treating system Download PDFInfo
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- CN208357441U CN208357441U CN201721926100.2U CN201721926100U CN208357441U CN 208357441 U CN208357441 U CN 208357441U CN 201721926100 U CN201721926100 U CN 201721926100U CN 208357441 U CN208357441 U CN 208357441U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/20—Fertilizers of biological origin, e.g. guano or fertilizers made from animal corpses
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P40/00—Technologies relating to the processing of minerals
- Y02P40/60—Production of ceramic materials or ceramic elements, e.g. substitution of clay or shale by alternative raw materials, e.g. ashes
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Abstract
The utility model discloses a kind of domestic garbage treating system, which includes Domestic garbage treatment equipment and building waste processing equipment, brick equipment, medium temperature carbonizing apparatus；The technology of the utility model Domestic garbage treatment equipment core is the plastics and combustible carbonization treatment in house refuse, mixture after carbonization, which is delivered to brick equipment and building, to be matched with the waste material of brickmaking, house refuse sewage, other brickmaking material by brickmaking technology, and building brick that meet national standards is produced；Oil smoke after carbonization is disposed off, and not will cause environmental pollution；Domestic rubbish disposal of the utility model before brickmaking is not burnt process, only carbonization technique, and combustion refuse bring environmental pollution is effectively avoided；Building waste makes full use of, and is recycled to building waste in brick equipment and forms brick-making raw material.All rubbish of the utility model house refuse all can use, no residual refuse combustion phenomena, and resource all recycles.
Description
Technical field
The present invention relates to technical field of domestic garbage treatment, particularly relate to a kind of domestic garbage treating system.
Background technique
The annual house refuse growth rate of China alreadys exceed 10%, and number more average annual than the world is higher by about 1.5 percentages
Point, nearly 1.5 hundred million tons of the domestic waste total amount generated every year.China has 2/3 in 668 cities in addition to county town
City is among rubbish encirclement, and 1/4 stacks place without garbage loading embeading.It is super that National urban rubbish stores up accumulative appropriation of land
500,000,000 square metres are crossed, annual economic loss is up to 30,000,000,000 yuan, and National urban house refuse adds up volume of cargo in storage up to 7,000,000,000 tons.
Meanwhile with the development of rural economy in recent years, the quickening of Development of China's Urbanization, the raising of life of farmers level, life in the countryside rubbish
The yield and accumulating amount of rubbish are also growing day by day, it is contemplated that residents in rural community yield alreadys exceed 200,000,000 tons every year.
The harm of house refuse is mainly manifested in: to the pollution of soil and harm, to the pollution and harm at water source, to atmosphere
Pollution and harm.
1, house refuse is the pollution of soil, and the house refuse for being full of large amount of organic and pathogen is dangerous dirt
Dye source, excessive house refuse are discharged into soil, and pollution level is more than soil self purification activity, can generate various harmful influences.It is raw
The life span some of pathogen (Escherichia coli, salmonella, typhoid bacillus, roundworm etc.) in the soil in rubbish living is up to
30 years, while the white pollution object (plastics, rubber) in house refuse 100 years are not degradable, they and other Toxics
Matter Pollution Plant, vegetables and water body together, and cause hardening soil phenomenon.Many of house refuse micro- life of causing a disease simultaneously
Object, and mosquito, fly, mouse largely multiply, and seriously threaten people's health.Contain each heavy metal species and organic dirt in house refuse
Object, such as mercury (refuse battery etc.), lead (paint), cadmium (pigment industry), detergent (sanitary sewage), Polychlorinated biphenyls etc. are contaminated, these can
To cause the various acute and chronic poisonings for being difficult to cure, canceration, deformity etc. may further result in.
2, house refuse is diversified to the pollution form at water source.Organic matter and pathogen in house refuse are to make
At the pollution of water body aerobic substance, water eutrophication, the epiphytotics main cause of water type.House refuse is in water body due to organic
Decomposition of the object in the case where microorganism participates in needs a large amount of oxygen (general 1 ton of house refuse needs 115 tons of cleaning river waters), organic after oxygen depletion
Matter enters anaerobic digestion and generates the pernicious gases such as hydrogen sulfide, ammonia, and house refuse itself is decomposed the Leachate site generated and can also be led
Water quality is caused to deteriorate.Not only contain pathogenic microorganism in house refuse, can also generate a large amount of acid in stacking decay process
Property and alkaline organic pollutant, and the heavy metal in house refuse can be dissolved out, form organic substance, heavy metal and cause of disease
Microorganism three is integrated serious polluted underground water.
3, house refuse is also that cannot be neglected with harm to the pollution of atmosphere.Due to the pollution of house refuse, in air
Contain various suspended particulates, colloidal sol, toxic stench, inflammable and explosive gas, their sprawling can seriously endanger natural environment,
Human health, and become the hidden danger of many accidents.House refuse simply fills, and the pernicious gases such as a large amount of ammonia, sulfide are released,
It seriously polluted atmosphere.And become to concentrate heap with the raising of content of organics in house refuse and by outdoor dispersion stacking
It deposits, easily causes the anaerobic environment for generating methane gas, inflammable and explosive, there are hidden dangers.
The status of the current domestic rubbish disposal in China:
Domestic rubbish disposal occupies critical positions in entire application of city life garbage management, and can handle well will be to cities and towns
The health of environment and resident exert far reaching influence.China's domestic waste is primarily now using landfill, burning, compost and synthesis
The mode of processing.By on September 26th, 2010, national the planned city, county and Some Cities And Towns were built together at consumer waste innocent
Facility 849 are managed, wherein sanitary filling field 676, composting plant 7, incineration plant 90,76, integrated treatment factory.Processing capacity
399702 ton per days, wherein 281927 ton per day of sanitary landfills, 1950 ton per day of compost burn 68865 ton per days, integrated treatment
46960 ton per days.
1, sanitary landfills: sanitary landfills is to handle the maximum method of house refuse amoun in the world.Harvard University researcher
Test prove that when the content of organic matter is up to 20% in house refuse, 1 ton of organic domestic waste generates 100 cubic metres of methane, if place
It is improper to manage, it may occur that fire, explosion accident.Meanwhile methane gas is also important greenhouse gases, influences to be even more than titanium dioxide
Carbon, also, landfill yard land occupation is big, and need to be taken up an area by filling 1 ton of house refuse by 3 cubic metres.In addition, being filled out other than drip liquid pollution occurs
The expense for burying shoveling, earthing etc. is also higher, and strictly, landfill is consumption, and there are also very big with recycling, innoxious, minimizing
Distance.House refuse of the content of organic matter greater than 5% is directly entered the waste that landfill yard is also resource.
2, power generation by waste combustion: power generation by waste combustion is the Disposal of Municipal Refuse that current countries in the world are widely used.It burns
Method be it is a kind of establish government to resident's great number charge, government largely subsidize, life garbage original-source strict classification, refuse thermal value compared with
A kind of ideal processing mode in the case where height.The construction of power generation by waste combustion factory and producing cost are expensive, and burning disposal is wanted
The calorific value of house refuse is asked to be greater than 3.35MJ/kg, otherwise, it is necessary to add combustion adjuvant, this will make operating cost be increased to general city
City is difficult to the stage born；There is maximum dispute for domestic garbage burning electricity generation, if it is net to also reside in the bad smoke evacuation of solution
Change problem, it is easy to so that this solid pollution of rubbish is converted to gaseous contamination, while can be released in Refuse Incineration Process several
Ten kinds or even hundreds of metal " flying dust " and sour gas, especially incinerator furnace temperature discharge dioxin when less than 850 DEG C,
It has carcinogenic, teratogenesis and genotoxicity, influences human health.Due to high organic content in China's domestic waste,
Water content is high, therefore the calorie value of house refuse is low, so general consumer waste incineration needs plus combustion adjuvant (coal, electricity, oil etc.),
Thus have a large amount of CO2 emission.
Global warming, main cause are exactly greenhouse gases (CO2, CH4, N2O) discharge, destroy atmosphere and ground
Between infrared radiation normal relation, absorb the infrared radiation that releases of the earth, prevent scattering and disappearing for earth heat, send out the earth
The raw appreciable raised gas of temperature.Start within 1998, it is exactly to every country dioxy that various countries, which have signed the Kyoto Protocol,
Change carbon emission amount and defines standard.Therefore, waste incineration and generating electricity does not meet international and domestic overall situation.
Summary of the invention
Aiming at the shortcomings in the prior art, the technical problem to be solved in the present invention is that providing a kind of domestic rubbish disposal
System.
In order to solve the above technical problems, the present invention is realized by following scheme: domestic garbage treating system, the processing system
System includes Domestic garbage treatment equipment and building waste processing equipment, brick equipment, further includes medium temperature carbonizing apparatus；
The Domestic garbage treatment equipment includes:
The orlop in domestic waste collection storehouse, the domestic waste collection storehouse is provided with sieve partition, under the sieve partition
Side is sewage collecting storehouse, and the domestic waste collection storehouse is provided with slope skirt conveyer belt；
Intelligent separation system, described includes sorting cabinet, and feed inlet end connects the discharging of slope skirt conveyer belt
Mouthful, at least provided with organic waste sorting equipment, old metal sorting equipment, plastic garbage sorting equipment, inorganic in the cabinet
Object sorting equipment, the first combustible sorting equipment, cabinet are provided with discharge port in each sorting equipment, and each discharge port is placed in cabinet
Sorting conveyer belt side；Wherein, organic fertilizer production equipment is conveyed after organic waste is sorted, old metal conveys after being sorted
To old metal collecting bin, plastic garbage is delivered to plastic garbage collecting bin after being sorted, and inorganic matter is delivered to inorganic after being sorted
Object collecting bin, the first combustible are delivered to the first combustible collecting bin after being sorted, through each sorting equipment sorting after, it is remaining can
The mixture of carbonization brings next process conveying into through conveying；
1# crusher, the 1# crusher are set to the Bulky Waste collecting region of the intelligent separation system, feed inlet end
It is connected with the second slope skirt conveyer belt, broken house refuse is transmitted back to the life by lifting device by discharge port
In garbage collection storehouse；
2# crusher, the feed end of the 2# crusher connect the mixture discharging of the intelligent separation system being carbonized
Mouthful, primary crushing is carried out to the mixture that can be carbonized；
1# dewaterer, the feed inlet of the 1# dewaterer connects the discharge port of the 2# crusher, after primary crushing
The mixture being carbonized be dehydrated；
3# crusher, the feed inlet of the 3# crusher connect the discharge port of the 1# dewaterer, to it is dewatered can
The mixture of carbonization is broken for smaller rubbish particle again；
2# dewaterer, the feed inlet of the 2# dewaterer connect the discharge port of the 3# crusher, after being crushed again
The mixture being carbonized be dehydrated；
Rubbish temporary storing bin, for keeping in the mixture being carbonized broken again, feed end connects 2# dewaterer
Discharge end, discharge port are provided with feeding machine, which is screw propelling feeder；
1# dryer, feed end are provided with slope climbing type skirt conveyer belt, the feed end of slope climbing type skirt conveyer belt
It is set to the discharge port of the feeding machine, is provided with deodorization device at the top of the 1# dryer, inner cavity is provided with conveyer belt, defeated
Band lower section is sent to be provided with heating device, the shell discharge end of the 1# dryer is connected with discharge nozzle and smoke discharge pipe, the cigarette
By piping connection in the air inlet pipeline on brickkiln, the flue gas that 1# dryer generates burns gas delivery pipe in brickkiln；
2# dryer, the 2# drying machine structure is identical as the 1# drying machine structure, and feed inlet connects the discharging
Pipe, the discharge nozzle of discharge port are connected to the medium temperature carbonizing apparatus, and flue gas row is provided on the shell of the 2# dryer
Pipe is put, the smoke discharge pipe is connected to the air inlet pipeline on brickkiln by pipe, and the flue gas that 2# dryer generates is in brickkiln internal combustion
It burns；
Second rubbish temporary storing bin, feed end are connect by conveyer belt with the discharge end of 2# dryer, and discharge end passes through
Conveyer belt is connect with the feed end of medium temperature carbonizing apparatus；
The medium temperature carbonizing apparatus includes:
Collector, the feed end of the collector are provided with third rubbish temporary storing bin；
Tripper, one side are provided with feed inlet, and the other side is provided with discharge port, connect at the driving end of the tripper
Several motors；Motor is connected separately with spiral promotion device, the discharge port of the feed end connection collector of the spiral promotion device,
The chamber side of the collector is additionally provided with medium temperature carbonization propeller, which is carbonized during propeller pushes to house refuse
The connection of temperature carbonization pipeline, discharge end and medium temperature carbonization pipeline is to be tightly connected,
Medium temperature carbonizing plant, the medium temperature carbonizing plant include medium temperature carbide furnace, are built-in with the second worm propeller, furnace
External wall passes through the waste heat transfer pipeline of piping connection brickkiln, the waste heat that distributes of being baked bricks using brickkiln come the house refuse that is carbonized,
The discharge end of the medium temperature carbonizing plant is connected with discharging device；
Discharging device, the discharging device include third worm propeller, discharge nozzle, the connection with medium temperature carbonizing plant
Portion is sealed discharging, the discharging pipe outer wall is provided with casing water condenser, described sleeve pipe water condenser is used for will life rubbish
Rubbish cooling；
1# smoke-box, the 1# smoke-box smoke-intake pipe connection tripper outer wall and with communicated inside tripper；
The mixture carbonization treatment that the medium temperature carbonizing apparatus will can be carbonized, the mixture being carbonized after locating carbonization treatment
Brick equipment is delivered to by conveyer belt；
The first combustible collecting bin, plastic garbage collecting bin discharge port connect the feed inlet of the 2# crusher；
The brick equipment includes raw material blending device, brick making device, and the feed inlet of raw material blending device is separately connected 4#
The discharge port of crusher, the discharge port of medium temperature carbonizing apparatus, sewage collecting storehouse sewage pipe go out sewage mouth and building waste processing
The garbage reclamation discharge port of equipment, the feed inlet of the 4# crusher connect the discharge port of the inorganic matter collecting bin, the original
The feed inlet of material mixing arrangement is also connected with the remaining brick raw material by brickmaking proportions；
The brick equipment by conveying device by it is making, stack neat adobe and be sent into brickkiln and calcine；
Coiling with the kiln of the brickkiln has heat pipeline, which is separately connected the medium temperature carbonization by pipeline and sets
Standby, the waste heat of brickkiln is conveyed to medium temperature carbonizing apparatus by heat pipeline, and medium temperature carbonizing apparatus is by the heat of waste heat to equipment inside
Combustible carbonization.
Further, the mixture being carbonized is the mixture of plastics, combustible.
Further, the building waste processing equipment includes building waste collection pit, Multi-stage crusher, building waste point
Select system；
The building waste collection pit is for storing building waste, and discharge port is provided with the second lifting device, and second mentions
The discharge port for rising device is connected to the feed inlet of Multi-stage crusher；
The discharge port of the Multi-stage crusher connects the feed inlet of the building waste separation system；
The building waste separation system is at least provided with thick middle aggregate sorting equipment, fine aggregate and husky sorting equipment, soil
Sorting equipment, light materials sorting equipment, old metal sorting equipment；
The thick middle aggregate that the thick middle aggregate sorting equipment sorts out surely blocks and expects for producing low-grade concrete and water；
The fine aggregate and sand that the fine aggregate and husky sorting equipment sort out are for making unburned or basic filler；
The earth material that the soil sorting equipment sorts out is transported to the brick equipment；
The light materials that the light materials sorting equipment sorts out are transported to the intelligent separation system；
The old metal that the old metal sorting equipment sorts out is transported to old metal collecting bin.
Further, the Multi-stage crusher includes:
Level-one crushing plant, the level-one crushing plant feeding warehouse, the first batcher, jaw crusher, electric magnetic iron remover,
The feeding warehouse connects equipment guide chamber cavity, and the first batcher, first batcher are provided in the guide chamber cavity
Building waste is uniformly delivered to the feed inlet of the jaw crusher, the jaw crushing by third motor driven conveyer belt
Machine will fall into the splicing storehouse of its underpart after construction waste crushing, building waste is imported the conveying of the first belt conveyor by splicing storehouse
It takes, the two sides of first belt conveyor are provided with the first electric magnetic iron remover, and first electric magnetic iron remover is by building waste
In ferrous material be sucked, other building wastes are promoted and are delivered to secondary breaker by the first belt conveyor；
Secondary breaker, the feed inlet of the secondary breaker connect the discharge port of the first belt conveyor, and discharge port is set
It is equipped with the second guide storehouse, the secondary breaker includes AF250 impact breaker, which will build
Rubbish is sent on the conveyer belt of the second belt conveyor after being further crushed, and the two sides of second belt conveyor are provided with the
The ferrous material in building waste is sucked for two electric magnetic iron removers, second electric magnetic iron remover, and other building wastes pass through the
Two belt conveyors are promoted and are delivered to vibratory equipment；
The vibratory equipment includes vibrating screen, oscillating column pump, third splicing storehouse and vibration absorber, and the vibrating screen passes through support
Bar connects oscillating column pump, vibrating screen and each support column junction is provided with vibration absorber, the vibration absorber is spring damping dress
It sets, the feed inlet of vibratory equipment is provided with third guide storehouse, third guide storehouse receives the building waste of minimum grain size, institute
Vibrating screen is stated equipped with three layers of screening net, sieve pore is sequentially reduced three layers of screening net from top to bottom, upper screen and middle layer sieve
Discharge port is connected with discharge nozzle, and building waste is sent into the Belt Conveying of different directions by two discharge nozzles and third guide storehouse respectively
On the conveyer belt of machine；
Building waste is respectively fed to light materials processing equipment by the belt conveyor of three different directions, light materials processing
Equipment includes the 4th motor, fan component, and the driving portion of the 4th motor connects fan component, the blowing direction of fan component
For the blanking direction of building waste, after light materials are processed, building waste respectively falls in the conveyer belt of belt conveyor, then leads to
It crosses belt conveyor and is sent to memory block.
Further, the building waste partial size on the belt conveyor of three different directions is 0-10mm, 10- respectively
20mm、 20-30mm。
Further, the brickkiln is provided with exhaust treatment system；
Cooling and dedusting device that the exhaust treatment system is successively installed by smoke pipe, desulfurizing tower, water strainer device, electrostatic remove
Dirt device, blower fan apparatus；
The cooling and dedusting device includes axial flow blower group and filter screen, and axial flow blower group is used to take out in the tail gas in brickkiln
Out, and pass through filter screen filtration dedusting, be provided with condenser pipe on filter screen；
The desulfurizing tower is used to remove in the sulfide in tail gas；
The water strainer device is used to remove the hydrotrope in tail gas；
The electrostatic precipitator is removed the charged dust in tail gas using electrostatic；
It is environmentally friendly gas finally by blower fan apparatus, it is free from environmental pollution.
Further, the organic fertilizer preparation method of the organic fertilizer production equipment is as follows:
Step 1, organic matter enter fermentation cabin and ferment 7 days；
Step 2, the organic matter after fermentation 7 days are exported to screening installation, fermentable solid organic are removed, clearly
Organic matter after removing is sent to combustible library, and remaining organic matter is silt purees, is transported to Zymolysis Equipment；
Step 3, secondary fermentation 28 days；
Step 4, the organic matter after secondary fermentation are fed again into screening installation, carry out to the organic matter that can not be fermented clear
It removes, the organic matter after removing is sent to combustible library；
Step 5, by behind fermentation 28 days in step 4 organic matter be sent into organic fertilizer Preparation equipment, and add nitrogen, phosphorus,
Potassic fertilizer is mixed with organic matter, and produces organic fertilizer by making fertile technique.
Compared with the existing technology, the beneficial effects of the present invention are:
1. the most crucial technology of Domestic garbage treatment equipment of the present invention is the plastics and combustible carbon in house refuse
Change processing, the mixture after carbonization, which is delivered to brick equipment and building, can use waste material, the house refuse sewage, other systems of brickmaking
The material of brick is matched by brickmaking technology, produces building brick that meet national standards；
2. the oil smoke after carbonization is disposed off, environmental pollution not will cause；
Process, only carbonization technique 3. domestic rubbish disposal of the present invention before brickmaking is not burnt, effectively avoid firing
Burn the environmental pollution of rubbish bring；
4. building waste makes full use of, it is recycled to building waste in brick equipment and forms brick-making raw material；
5. the waste heat that brickmaking generates, waste heat here is primarily referred to as out the waste heat that the finished bricks after kiln distribute and is inhaled by heat pipeline
It receives, these heats are respectively transmitted to medium temperature carbonizing apparatus, organic fertilizer production equipment by heat pipeline, and medium temperature carbonizing apparatus utilizes waste heat
Carbonization, organic fertilizer production equipment utilization waste heat system business organic fertilizer；
6. other rubbish are fully utilized to brickmaking in addition to old metal in house refuse, free from environmental pollution, Er Qieke
With additional income.
Detailed description of the invention
Fig. 1 is the functional block diagram of domestic garbage treating system of the present invention；
Fig. 2 is the functional block diagram of building waste collection system；
Fig. 3 is the structural schematic diagram of 1# crusher of the present invention；
Fig. 4 is rubbish temporary storing bin structural schematic diagram of the present invention；
Fig. 5 is the structural schematic diagram of 1# dryer of the present invention；
Fig. 6 is medium temperature carbonizing apparatus structural schematic diagram of the present invention；
Fig. 7 is level-one crusher structure figure of the present invention；
Fig. 8 is secondary breaker structure chart of the present invention；
Fig. 9 is Structure of Vibrating Screen of the present invention；
Figure 10 is light materials processing equipment structure chart of the present invention；
Figure 11 is building waste processing equipment top view of the present invention；
Figure 12 is exhaust treatment system connection relationship diagram of the present invention；
Figure 13 is the annexation figure of organic fertilizer production equipment of the present invention；
Figure 14 is the wise energy separation system functional block diagram of distribution.
Specific embodiment
The preferred embodiment of the present invention is described in detail with reference to the accompanying drawing, so that advantages and features of the invention energy
It is easier to be readily appreciated by one skilled in the art, so as to make a clearer definition of the protection scope of the present invention.
Attached drawing 1-14,1. domestic garbage treating systems are please referred to, which includes Domestic garbage treatment equipment and build
Building refuse processing equipment, brick equipment further include medium temperature carbonizing apparatus 16；
The Domestic garbage treatment equipment includes:
The orlop in domestic waste collection storehouse 1, the domestic waste collection storehouse 1 is provided with sieve partition, in the sieve partition
Lower section is sewage collecting storehouse 20, and the domestic waste collection storehouse 1 is provided with slope skirt conveyer belt；
Intelligent separation system 301, described includes sorting cabinet, and feed inlet end connects going out for slope skirt conveyer belt
Material mouth, at least provided with organic waste sorting equipment, old metal sorting equipment, plastic garbage sorting equipment, nothing in the cabinet
Machine object sorting equipment, the first combustible sorting equipment, cabinet are provided with discharge port in each sorting equipment, and each discharge port is placed in cabinet
The side of interior sorting conveyer belt；Wherein, organic fertilizer production equipment 19 is conveyed after organic waste is sorted, after old metal is sorted
It is delivered to old metal collecting bin 22, plastic garbage is delivered to plastic garbage collecting bin 5 after being sorted, inorganic matter conveys after being sorted
To inorganic matter collecting bin 6, the first combustible is delivered to the first combustible collecting bin 4 after being sorted, after the sorting of each sorting equipment,
The remaining mixture being carbonized brings next process conveying into through conveying；
1# crusher 2, the 1# crusher 2 are set to the Bulky Waste collecting region of the intelligent separation system 301, charging
Mouth end is connected with the second slope skirt conveyer belt 201, and discharge port is conveyed broken house refuse by lifting device 202
It returns in the domestic waste collection storehouse 1；
2# crusher 9, the feed end of the 2# crusher 9 connect the mixing of the intelligent separation system 301 being carbonized
Object discharge port carries out primary crushing to the mixture that can be carbonized；
1# dewaterer 10, the feed inlet of the 1# dewaterer 10 connect the discharge port of the 2# crusher 9, to first broken
The mixture being carbonized after broken is dehydrated；
3# crusher 11, the feed inlet of the 3# crusher 11 connects the discharge port of the 1# dewaterer 10, to dehydration
The mixture being carbonized afterwards is broken for smaller rubbish particle again；
2# dewaterer 12, the feed inlet of the 2# dewaterer 12 connects the discharge port of the 3# crusher 11, to again
The broken mixture being carbonized is dehydrated；
Rubbish temporary storing bin 13, for keeping in the mixture being carbonized broken again, feed end connects 2# dewaterer
12 discharge end, discharge port are provided with feeding machine 23, which is screw propelling feeder 131；
1# dryer 14, feed end are provided with slope climbing type skirt conveyer belt 141, slope climbing type skirt conveyer belt 141
Feed end be set to the discharge port of the feeding machine 23, be provided with deodorization device 142, inner cavity at the top of the 1# dryer 14
143 are provided with conveyer belt, are provided with heating device 144 below conveyer belt, the shell discharge end of the 1# dryer 14 is connected with
Discharge nozzle 145 and smoke discharge pipe, by piping connection in the air inlet pipeline on brickkiln, 1# dryer generates the smoke discharge pipe
Flue gas burn in brickkiln；
2# dryer 15,15 structure of 2# dryer is identical as 14 structure of 1# dryer, and feed inlet connects institute
Discharge nozzle 145 is stated, the discharge nozzle of discharge port is connected to the medium temperature carbonizing apparatus 16, on the shell of the 2# dryer 15
It is provided with smoke discharge pipe, the smoke discharge pipe is connected to the air inlet pipeline on brickkiln, the cigarette that 2# dryer generates by pipe
Gas burns in brickkiln；
Second rubbish temporary storing bin, feed end are connect by conveyer belt with the discharge end of 2# dryer 15, and discharge end is logical
Conveyer belt is crossed to connect with the feed end of medium temperature carbonizing apparatus；
The medium temperature carbonizing apparatus 16 includes:
Collector 1001, the feed end of the collector are provided with third rubbish temporary storing bin 1008；
Tripper 1004, one side are provided with feed inlet, and the other side is provided with discharge port, in the drive of the tripper 1004
Moved end connects several motors 1003；Motor 1003 is connected separately with spiral promotion device, and the feed end of the spiral promotion device connects
The discharge port of glassware 1001 is received, the chamber side of the collector 1001 is additionally provided with medium temperature carbonization propeller 1005, in this
House refuse is pushed to medium temperature carbonization pipeline by temperature carbonization propeller 1005, and the connection of discharge end and medium temperature carbonization pipeline is close
Envelope connection；
Medium temperature carbonizing plant, the medium temperature carbonizing plant include medium temperature carbide furnace, are built-in with the second worm propeller 1006,
Its furnace body outer wall passes through the waste heat transfer pipeline of piping connection brickkiln, and the waste heat distributed of being baked bricks using brickkiln is come the life rubbish that is carbonized
The discharge end of rubbish, the medium temperature carbonizing plant is connected with discharging device；
Discharging device, the discharging device includes third worm propeller 1007, discharge nozzle, with medium temperature carbonizing plant
Interconnecting piece is sealed discharging, and the discharging pipe outer wall is provided with casing water condenser 1602, described sleeve pipe water condenser 1602
For house refuse to be cooled down；
1# smoke-box 1002, the 1# smoke-box 1002 smoke-intake pipe connection tripper 1004 outer wall and in tripper 1004
Portion communicates；
The mixture carbonization treatment that the medium temperature carbonizing apparatus 16 will can be carbonized, the mixing being carbonized after locating carbonization treatment
Object is delivered to brick equipment 17 by conveyer belt；
The first combustible collecting bin 4, plastic garbage collecting bin 5 discharge port connect the charging of the 2# crusher 9
Mouthful；
The brick equipment 17 includes raw material blending device, brick making device, and the feed inlet of raw material blending device is separately connected
The discharge port of 4# crusher 7, the discharge port of medium temperature carbonizing apparatus 16, sewage collecting storehouse 20 sewage pipe go out sewage mouth and building rubbish
The garbage reclamation discharge port of rubbish processing equipment, the feed inlet of the 4# crusher 7 connect the discharging of the inorganic matter collecting bin 6
Mouthful, the feed inlet of the raw material blending device is also connected with the remaining brick raw material by brickmaking proportions；
The brick equipment 17 by conveying device by it is making, stack neat adobe and be sent into brickkiln 18 and calcine；
Coiling with the kiln of the brickkiln 18 has heat pipeline 21, which is separately connected the medium temperature carbon by pipeline
Change equipment 16, the waste heat of brickkiln 18 is conveyed to medium temperature carbonizing apparatus 16 by heat pipeline 21, and medium temperature carbonizing apparatus 16 passes through waste heat
Heat is carbonized to the combustible inside equipment.
Preferred embodiment: the mixture being carbonized is the mixture of plastics, combustible.
Preferred embodiment: the building waste processing equipment includes building waste collection pit, Multi-stage crusher 25, building waste
Separation system 27；
For the building waste collection pit for storing building waste, discharge port is provided with the second lifting device 24, and second
The discharge port of lifting device 24 is connected to the feed inlet of Multi-stage crusher 25；
The discharge port of the Multi-stage crusher 25 connects the feed inlet of the building waste separation system 27；
The building waste separation system 27 at least provided with aggregate sorting equipment, fine aggregate and husky sorting equipment in thick,
Native sorting equipment, light materials sorting equipment, old metal sorting equipment；
The thick middle aggregate that the thick middle aggregate sorting equipment sorts out surely blocks and expects for producing low-grade concrete and water；
The fine aggregate and sand that the fine aggregate and husky sorting equipment sort out are for making unburned or basic filler；
The earth material that the soil sorting equipment sorts out is transported to the brick equipment 17；
The light materials that the light materials sorting equipment sorts out are transported to the intelligent separation system 301；
The old metal that the old metal sorting equipment sorts out is transported to old metal collecting bin 22.
Preferred embodiment: the Multi-stage crusher 25 includes:
Level-one crushing plant, the level-one crushing plant feeding warehouse 2601, the first batcher 2602, jaw crusher
2603, electric magnetic iron remover 2604, the feeding warehouse 2601 connect equipment guide chamber cavity, and the is provided in the guide chamber cavity
Building waste is uniformly delivered to described by one batcher 2602, first batcher 2602 by third motor driven conveyer belt
The feed inlet of jaw crusher 2603, the jaw crusher 2603 will fall into the splicing storehouse of its underpart after construction waste crushing,
Splicing storehouse imports building waste on the conveyer belt of the first belt conveyor 2605, the two sides of first belt conveyor 2605
It is provided with the first electric magnetic iron remover 2604, which the ferrous material in building waste is sucked, other
Building waste is promoted by the first belt conveyor 2605 and is delivered to secondary breaker；
Secondary breaker, the feed inlet of the secondary breaker connect the discharge port of the first belt conveyor 2605, discharging
Mouth is provided with the second guide storehouse 2704, and the secondary breaker includes AF250 impact breaker 2701, the AF250 reaction type
Crusher 2701 is sent on the conveyer belt of the second belt conveyor 2703 after being further crushed building waste, second skin
Two sides with conveyer 2703 are provided with the second electric magnetic iron remover 2702, and second electric magnetic iron remover 2702 is by building waste
In ferrous material be sucked, other building wastes by the second belt conveyor 2703 promoted and be delivered to vibratory equipment；
The vibratory equipment includes vibrating screen 2802, oscillating column pump 2806, third splicing storehouse 2805 and vibration absorber 2804, institute
It states vibrating screen 2802 and oscillating column pump 2806 is connected by support rod, vibrating screen 2802 and each support column junction are provided with vibration damping dress
2804 are set, the vibration absorber 2804 is spring damper, and the feed inlet of vibratory equipment is provided with third guide storehouse
2801, third guide storehouse 2801 receive minimum grain size building waste, the vibrating screen 2802 be equipped with three layers of screening net, three
Sieve pore is sequentially reduced layer screening net from top to bottom, and the discharge port of upper screen and middle layer sieve is connected with discharge nozzle, and two go out
Building waste is sent on the conveyer belt of belt conveyor of different directions by expects pipe and third guide storehouse respectively；
Building waste is respectively fed to light materials processing equipment by the belt conveyor of three different directions, light materials processing
Equipment includes the 4th motor 2903, fan component 2901, and the driving portion of the 4th motor 2903 connects fan component 2901, wind
The blowing direction for fanning component 2901 is the blanking direction of building waste, and after light materials are processed, building waste respectively falls in belt
The conveyer belt of conveyer, is then sent to memory block by belt conveyor.
Preferred embodiment: the building waste partial size on the belt conveyor of three different directions is 0-10mm, 10- respectively
20mm、 20-30mm。
Preferred embodiment: the brickkiln 18 is provided with exhaust treatment system；
The exhaust treatment system passes through cooling and dedusting device 2101, the desulfurizing tower 2102, water strainer dress that smoke pipe is successively installed
Set 2103, electrostatic precipitator 2104, blower fan apparatus 2105；
The cooling and dedusting device 2101 includes axial flow blower group and filter screen, and axial flow blower group is used for the tail in brickkiln
Gas extraction, and pass through filter screen filtration dedusting, condenser pipe is provided on filter screen；
The desulfurizing tower 2102 is used to remove in the sulfide in tail gas；
The water strainer device 2103 is used to remove the hydrotrope in tail gas；
The electrostatic precipitator 2104 is removed the charged dust in tail gas using electrostatic；
It is environmentally friendly gas finally by blower fan apparatus 2105, it is free from environmental pollution.
Preferred embodiment: the organic fertilizer preparation method of the organic fertilizer production equipment 19 is as follows:
Step 1, organic matter enter fermentation cabin and ferment 7 days；
Step 2, the organic matter after fermentation 7 days are exported to screening installation, fermentable solid organic are removed, clearly
Organic matter after removing is sent to combustible library, and remaining organic matter is silt purees, is transported to Zymolysis Equipment；
Step 3, secondary fermentation 28 days；
Step 4, the organic matter after secondary fermentation are fed again into screening installation, carry out to the organic matter that can not be fermented clear
It removes, the organic matter after removing is sent to combustible library；
Step 5, by behind fermentation 28 days in step 4 organic matter be sent into organic fertilizer Preparation equipment, and add nitrogen, phosphorus,
Potassic fertilizer is mixed with organic matter, and produces organic fertilizer by making fertile technique.
1. the most crucial technology of Domestic garbage treatment equipment of the present invention is the plastics and combustible carbon in house refuse
Change processing, the mixture after carbonization, which is delivered to brick equipment and building, can use waste material, the house refuse sewage, other systems of brickmaking
The material of brick is matched by brickmaking technology, produces building brick that meet national standards；
2. the oil smoke after carbonization is disposed off, environmental pollution not will cause；
Process, only carbonization technique 3. domestic rubbish disposal of the present invention before brickmaking is not burnt, effectively avoid firing
Burn the environmental pollution of rubbish bring；
4. building waste makes full use of, it is recycled to building waste in brick equipment and forms brick-making raw material；
5. the waste heat that brickmaking generates, the waste heat that waste heat here distributes when being primarily referred to as baking bricks are absorbed by heat pipeline, heat pipe
Road sends these heats to medium temperature carbonizing apparatus, and medium temperature carbonizing apparatus is carbonized using waste heat；
6. other rubbish are fully utilized to brickmaking in addition to old metal in house refuse, free from environmental pollution, Er Qieke
With additional income.
The foregoing is merely the preferred embodiment of the present invention, are not intended to limit the scope of the invention, all benefits
The equivalent structure or equivalent flow shift made by description of the invention and accompanying drawing content is applied directly or indirectly in other phases
The technical field of pass, is included within the scope of the present invention.
Claims (6)
1. domestic garbage treating system, which includes Domestic garbage treatment equipment and building waste processing equipment, brickmaking
Equipment, it is characterised in that: further include medium temperature carbonizing apparatus (16)；
The Domestic garbage treatment equipment includes:
The orlop in domestic waste collection storehouse (1), the domestic waste collection storehouse (1) is provided with sieve partition, in the sieve partition
Lower section is sewage collecting storehouse (20), and the domestic waste collection storehouse (1) is provided with slope skirt conveyer belt；
Intelligent separation system (3), described includes sorting cabinet, and feed inlet end connects the discharging of slope skirt conveyer belt
Mouthful, at least provided with organic waste sorting equipment, old metal sorting equipment, plastic garbage sorting equipment, inorganic in the cabinet
Object sorting equipment, the first combustible sorting equipment, cabinet are provided with discharge port in each sorting equipment, and each discharge port is placed in cabinet
Sorting conveyer belt side；Wherein, organic fertilizer production equipment (19) are conveyed after organic waste is sorted, after old metal is sorted
It is delivered to old metal collecting bin (22), plastic garbage is delivered to plastic garbage collecting bin (5) after being sorted, after inorganic matter is sorted
It is delivered to inorganic matter collecting bin (6), the first combustible is delivered to the first combustible collecting bin (4) after being sorted, fill through each sorting
After setting sorting, the remaining mixture being carbonized is brought next process into through conveying and is conveyed；
1# crusher (2), the 1# crusher (2) are set to the Bulky Waste collecting region of the intelligent separation system (3), charging
Mouth end is connected with the second slope skirt conveyer belt (201), and discharge port passes through lifting device (202) for broken house refuse
It is transmitted back in the domestic waste collection storehouse (1)；
2# crusher (9), the mixing of the feed end connection of the 2# crusher (9) the intelligent separation system (3) being carbonized
Object discharge port carries out primary crushing to the mixture that can be carbonized；
1# dewaterer (10), the feed inlet of the 1# dewaterer (10) connects the discharge port of the 2# crusher (9), to first
The broken mixture being carbonized is dehydrated；
3# crusher (11), the feed inlet of the 3# crusher (11) connect the discharge port of the 1# dewaterer (10), to de-
The mixture being carbonized after water is broken for smaller rubbish particle again；
2# dewaterer (12), the feed inlet of the 2# dewaterer (12) connects the discharge port of the 3# crusher (11), to again
The secondary broken mixture being carbonized is dehydrated；
Rubbish temporary storing bin (13), for keeping in the mixture being carbonized broken again, feed end connects 2# dewaterer
(12) discharge end, discharge port are provided with feeding machine (23), which is screw propelling feeder (131)；
1# dryer (14), feed end are provided with slope climbing type skirt conveyer belt (141), slope climbing type skirt conveyer belt
(141) feed end is set to the discharge port of the feeding machine (23), is provided with deodorization device at the top of the 1# dryer (14)
(142), inner cavity (143) are provided with conveyer belt, are provided with heating device (144) below conveyer belt, the 1# dryer (14)
Shell discharge end be connected with discharge nozzle (145) and smoke discharge pipe, the smoke discharge pipe is by piping connection on brickkiln
Air inlet pipeline, the flue gas that 1# dryer generates burn in brickkiln；
2# dryer (15), 2# dryer (15) structure is identical as 1# dryer (14) structure, feed inlet connection
The discharge nozzle (145), the discharge nozzle of discharge port are connected to the medium temperature carbonizing apparatus (16), in the 2# dryer (15)
Shell on be provided with smoke discharge pipe, the smoke discharge pipe is connected to the air inlet pipeline on brickkiln, 2# dryer by pipe
The flue gas of generation burns in brickkiln；
Second rubbish temporary storing bin, feed end are connect by conveyer belt with the discharge end of 2# dryer (15), and discharge end passes through
Conveyer belt is connect with the feed end of medium temperature carbonizing apparatus；
The medium temperature carbonizing apparatus (16) includes:
Collector (1001), the feed end of the collector are provided with third rubbish temporary storing bin (1008)；
Tripper (1004), one side are provided with feed inlet, and the other side is provided with discharge port, the drive in the tripper (1004)
Moved end connects several motors (1003)；Motor (1003) is connected separately with spiral promotion device, the charging of the spiral promotion device
The discharge port of end connection collector (1001), the chamber side of the collector (1001) are additionally provided with medium temperature carbonization propeller
(1005), house refuse is pushed to medium temperature carbonization pipeline by medium temperature carbonization propeller (1005), and discharge end and medium temperature are carbonized
The connection of pipeline is to be tightly connected；
Medium temperature carbonizing plant, the medium temperature carbonizing plant include medium temperature carbide furnace, are built-in with the second worm propeller (1006),
Furnace body outer wall passes through the waste heat transfer pipeline of piping connection brickkiln, and the waste heat given out of being baked bricks using brickkiln is come the life rubbish that is carbonized
The discharge end of rubbish, the medium temperature carbonizing plant is connected with discharging device；
Discharging device, the discharging device include third worm propeller (1007), discharge nozzle, the company with medium temperature carbonizing plant
Socket part is sealed discharging, and the discharging pipe outer wall is provided with casing water condenser (1602), described sleeve pipe water condenser
(1602) for house refuse to cool down；
1# smoke-box (1002), the outer wall and and tripper of smoke-intake pipe connection tripper (1004) of the 1# smoke-box (1002)
(1004) internal to communicate；
The mixture carbonization treatment that the medium temperature carbonizing apparatus (16) will can be carbonized, the mixture being carbonized after locating carbonization treatment
Brick equipment (17) are delivered to by conveyer belt；
The first combustible collecting bin (4), plastic garbage collecting bin (5) discharge port connect the 2# crusher (9) into
Material mouth；
The brick equipment (17) includes raw material blending device, brick making device, and the feed inlet of raw material blending device is separately connected 4#
The discharge port of crusher (7), the discharge port of medium temperature carbonizing apparatus (16), sewage collecting storehouse (20) sewage pipe go out sewage mouth and build
The feed inlet of the garbage reclamation discharge port of building refuse processing equipment, the 4# crusher (7) connects the inorganic matter collecting bin (6)
Discharge port, the feed inlet of the raw material blending device is also connected with the remaining brick raw material by brickmaking proportions；
The brick equipment (17) by conveying device by it is making, stack neat adobe and be sent into brickkiln (18) and calcine；
Coiling with the kiln of the brickkiln (18) has heat pipeline (21), which is separately connected the medium temperature by pipeline
The waste heat of brickkiln (18) is conveyed to medium temperature carbonizing apparatus (16), medium temperature carbonizing apparatus by carbonizing apparatus (16), heat pipeline (21)
(16) it is carbonized by the heat of waste heat to the combustible inside equipment.
2. domestic garbage treating system according to claim 1, it is characterised in that: the mixture being carbonized is modeling
The mixture of material, combustible.
3. domestic garbage treating system according to claim 1, it is characterised in that: the building waste processing equipment includes
Building waste collection pit, Multi-stage crusher (25), building waste separation system (27)；
The building waste collection pit is for storing building waste, and discharge port is provided with the second lifting device (24), and second mentions
The discharge port for rising device (24) is connected to the feed inlet of Multi-stage crusher (25)；
The discharge port of the Multi-stage crusher (25) connects the feed inlet of the building waste separation system (27)；
The building waste separation system (27) is at least provided with thick middle aggregate sorting equipment, fine aggregate and husky sorting equipment, soil
Sorting equipment, light materials sorting equipment, old metal sorting equipment；
The thick middle aggregate that the thick middle aggregate sorting equipment sorts out surely blocks and expects for producing low-grade concrete and water；
The fine aggregate and sand that the fine aggregate and husky sorting equipment sort out are for making unburned or basic filler；
The earth material that the soil sorting equipment sorts out is transported to the brick equipment (171)；
The light materials that the light materials sorting equipment sorts out are transported to the intelligent separation system (3)；
The old metal that the old metal sorting equipment sorts out is transported to old metal collecting bin (22).
4. domestic garbage treating system according to claim 3, which is characterized in that the Multi-stage crusher (25) includes:
Level-one crushing plant, the level-one crushing plant feeding warehouse (2601), the first batcher (2602), jaw crusher
(2603), electric magnetic iron remover (2604), the feeding warehouse (2601) connect equipment guide chamber cavity, set in the guide chamber cavity
It is equipped with the first batcher (2602), first batcher (2602) is uniform by building waste by third motor driven conveyer belt
It is delivered to the feed inlet of the jaw crusher (2603), the jaw crusher (2603) will fall into it after construction waste crushing
The splicing storehouse of lower part, splicing storehouse import building waste on the conveyer belt of the first belt conveyor (2605), first belt
The two sides of conveyer (2605) are provided with the first electric magnetic iron remover (2604), and first electric magnetic iron remover (2604) is by building waste
In ferrous material be sucked, other building wastes by the first belt conveyor (2605) promoted and be delivered to secondary breaker；
Secondary breaker, the discharge port of the feed inlet connection the first belt conveyor (2605) of the secondary breaker, discharge port
It is provided with the second guide storehouse (2704), the secondary breaker includes AF250 impact breaker (2701), AF250 counterattack
Formula crusher (2701) is sent on the conveyer belt of the second belt conveyor (2703) after being further crushed building waste, and described the
The two sides of two belt conveyors (2703) are provided with the second electric magnetic iron remover (2702), and second electric magnetic iron remover (2702) will
Ferrous material in building waste is sucked, and other building wastes are promoted by the second belt conveyor (2703) and are delivered to vibration
Equipment；
The vibratory equipment includes vibrating screen (2802), oscillating column pump (2806), third splicing storehouse (2805) and vibration absorber
(2804), the vibrating screen (2802) connects oscillating column pump (2806) by support rod, connects in vibrating screen (2802) and each support column
The place of connecing is provided with vibration absorber (2804), and the vibration absorber (2804) is spring damper, in the feed inlet of vibratory equipment
It is provided with third guide storehouse (2801), third guide storehouse (2801) receives the building waste of minimum grain size, the vibrating screen
(2802) three layers of screening net are equipped with, sieve pore is sequentially reduced three layers of screening net from top to bottom, upper screen and middle layer sieve out
Material mouth is connected with discharge nozzle, and building waste is sent into the belt conveyor of different directions by two discharge nozzles and third guide storehouse respectively
Conveyer belt on；
Building waste is respectively fed to light materials processing equipment by the belt conveyor of three different directions, the light materials processing equipment
Including the 4th motor (2903), fan component (2901), the driving portion of the 4th motor (2903) connects fan component
(2901), the blowing direction of fan component (2901) is the blanking direction of building waste, after light materials are processed, building waste point
The conveyer belt for not falling into belt conveyor, is then sent to memory block by belt conveyor.
5. domestic garbage treating system according to claim 4, it is characterised in that: the belt of three different directions is defeated
Sending the building waste partial size on machine is 0-10mm, 10-20mm, 20-30mm respectively.
6. domestic garbage treating system according to claim 1, it is characterised in that: the brickkiln (18) is provided at tail gas
Reason system；
The exhaust treatment system passes through cooling and dedusting device (2101), the desulfurizing tower (2102), water strainer dress that smoke pipe is successively installed
Set (2103), electrostatic precipitator (2104), blower fan apparatus (2105)；
The cooling and dedusting device (2101) includes axial flow blower group and filter screen, and axial flow blower group is used for the tail gas in brickkiln
Extraction, and pass through filter screen filtration dedusting, condenser pipe is provided on filter screen；
The desulfurizing tower (2102) is used to remove in the sulfide in tail gas；
The water strainer device (2103) is used to remove the hydrotrope in tail gas；
The electrostatic precipitator (2104) is removed the charged dust in tail gas using electrostatic；
It is environmentally friendly gas finally by blower fan apparatus (2105), it is free from environmental pollution.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721926100.2U CN208357441U (en) | 2017-12-29 | 2017-12-29 | Domestic garbage treating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721926100.2U CN208357441U (en) | 2017-12-29 | 2017-12-29 | Domestic garbage treating system |
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| CN208357441U true CN208357441U (en) | 2019-01-11 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111530883A (en) * | 2020-04-01 | 2020-08-14 | 源创环境科技有限公司 | Method for producing light wall board by using decoration garbage and household garbage as raw materials |
| CN112238121A (en) * | 2020-09-07 | 2021-01-19 | 武汉雅洁净环境工程有限公司 | Method for stacking and centralized processing of construction waste |
| CN112594699A (en) * | 2021-01-14 | 2021-04-02 | 成都市成华区奎绊琢商贸有限公司 | Daily life waste incineration device |
-
2017
- 2017-12-29 CN CN201721926100.2U patent/CN208357441U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111530883A (en) * | 2020-04-01 | 2020-08-14 | 源创环境科技有限公司 | Method for producing light wall board by using decoration garbage and household garbage as raw materials |
| CN112238121A (en) * | 2020-09-07 | 2021-01-19 | 武汉雅洁净环境工程有限公司 | Method for stacking and centralized processing of construction waste |
| CN112594699A (en) * | 2021-01-14 | 2021-04-02 | 成都市成华区奎绊琢商贸有限公司 | Daily life waste incineration device |
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