CN205818175U - A set of concrete production environmental protection equipment - Google Patents

Abstract

nullA set of concrete production environmental protection equipment，Including: DCS central control system and long distance control system，Described DCS central control system controls aggregate production line by control signal、Cement and breeze production line、Cement kiln processes mud and equipment、Raw material process house refuse equipment、Concrete-agitating station equipment carries out concrete production，Described long distance control system connects monitoring aggregate production line by optical fiber、Cement and breeze production line、Cement kiln processes sludge plant、Raw material process house refuse equipment、Concrete-agitating station equipment，Use the said equipment can carry out concrete production technology，The utility model has the advantages that: full-automatic sealing produces without dust、Ne-leakage、Non-secondary pollution and carrying，Energy-conserving and environment-protective，Reduce air、Soil Environmental Pollution，Poisonous and harmful substance harm human health is avoided by process，Reach the value-added effect of eucyclic economic benefit and building material industry.

Description

A set of concrete production environmental protection equipment

Technical field

This utility model relates to concrete production equipment and concrete production technology, particularly relates to a set of concrete production Environmental protection equipment.

Background technology

Material needed for concrete production is separately produced by different plant areas mostly now, and material is mostly through open-air storage And carrying, easily cause reentrainment of dust, owing to containing substantial amounts of fine particle in dust, fine particle can stop the most for a long time Stay, long-distance sand transport, relatively big on the impact of health and atmosphere quality, and the such as aggregate of the equipment needed for production material Most of equipment such as production line, cement kiln is not to be distributed in together, causes material handling high cost, and then improves production The production cost of concrete, the cement kiln simultaneously producing cement needs to consume mass energy to provide heat, it is contemplated that rubbish Burning disposal produces amount of heat, the heat that incineration treatment of garbage produces can be supplied to cement kiln, reduce manufacture of cement Energy consumption.

Summary of the invention

The purpose of this utility model is to provide a set of that aggregate production line, concrete-agitating station equipment, cement and breeze is raw The environmental protection and energy saving reduction that product line, cement kiln process sludge plant, raw material process house refuse equipment combines produces into This concrete production environmental protection equipment.

For achieving the above object, the technical scheme that this utility model is used is:

A set of concrete production equipment, including: DCS central control system and long distance control system, in described DCS Centre control system controls aggregate production line, cement and breeze production line by control signal, cement kiln processes sludge plant, life Material processes house refuse equipment, concrete-agitating station equipment carries out concrete production, and described long distance control system passes through optical fiber Connect monitoring aggregate production line, cement and breeze production line, cement kiln processes sludge plant, raw material process house refuse and set Standby, concrete-agitating station equipment carries out concrete production, and described aggregate production line includes: limestone crushing machine, sand making machine, shake The feeding machine installed on dynamic sieve II, vibrosieve III, limestone crushing machine inlet, and the disintegrating machine material that feeding machine top is installed Storehouse, wherein the discharging opening of disintegrating machine feed bin is directly connected to feeding machine feeding mouth, and feeding machine discharging opening is directly connected to limestone and breaks The charging aperture of broken machine, the discharging opening of limestone crushing machine is connected to the feeding mouth of vibrosieve II, sand processed by sealing belt conveyor The discharging opening of machine is connected to the feeding mouth of vibrosieve III by sealing belt conveyor, and described cement and breeze production line include: On grain slag feeding port, proportioning belt, vibrosieve I, feed hopper, tramp iron separator, Vertical Mill I, coal crusher, coal crusher feeding mouth Coal crusher feed bin, coal bunker, fluidized bed furnace, mixing material storehouse, flyash storehouse II, Gypsum Fibrosum storehouse, waste residue storehouse and the clinker warehouse installed, its Middle grain slag feeding port is connected to the charging aperture of vibrosieve I by the proportioning belt sealed, and the discharging opening of vibrosieve I is connected directly between The feeding mouth of feed hopper, the discharging opening of feed hopper is connected to the pan feeding of Vertical Mill I by the proportioning belt with tramp iron separator sealed Mouthful, mixing material storehouse, flyash storehouse II, Gypsum Fibrosum storehouse, the discharging opening of waste residue storehouse and clinker warehouse pass sequentially through sealing with tramp iron separator Proportioning belt, the elevator of sealing be connected to the feeding mouth of Vertical Mill I, the slag-drip opening of Vertical Mill I passes sequentially through with tramp iron separator Sealing belt conveyor, the elevator of sealing are connected to the feeding mouth of Vertical Mill I, and the discharging opening of coal crusher is by the lifting sealed Machine is connected on coal bunker feeding mouth, and coal bunker discharging opening is connected on the feeding mouth of fluidized bed furnace by the belt conveyor sealed, boiling The gas outlet of stove is connected to the hot-air mouth of Vertical Mill I by the pipeline sealed, and the hot-air mouth of Vertical Mill I is simultaneously by sealing pipeline connection The proportioning belt with tramp iron separator of the sealing under mixing material storehouse, flyash storehouse II, Gypsum Fibrosum storehouse, waste residue storehouse and clinker warehouse, vertical The discharging opening of mill I is connected to the feeding mouth of bag filter I, and described raw material process house refuse equipment and include: garbage storing is standby Broken feed workshop, poisonous and harmful combustible gas alarming instrument, refuse classification extrude workshop, garbage storing preparation ferment feed workshop, remove Smelly dedusting except mist desulfurizing tower, clear water reserviors, stone powder storehouse, slurry pool, recycle slurry liquid pool, Vertical Mill II, bag filter III, raw material silo, Proportioning belt, stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, adjuvant storehouse, tramp iron separator, rubbish burn Burn stove, the impervious pond of anticorrosion, wherein on the standby broken feed workshop of garbage storing, poisonous and harmful combustible gas alarming instrument is installed and measures methane Concentration, the standby broken feed workshop of garbage storing is connected to garbage storing preparation ferment feed workshop, rubbish by refuse classification extruding workshop Bottom the broken feed workshop of deposit, refuse classification extruding workshop and garbage storing preparation ferment feed workshop, the impervious pond of anticorrosion is installed, The standby broken feed either inside of garbage storing is provided with grab claw, refuse grinder and belt feeder, refuse classification extruding either inside Installing tramp iron separator, sorting platform and extruder, garbage storing preparation ferment feed workshop is internally installed grab claw, garbage storing preparation ferment Feed workshop is connected on incinerator by aerator, and the sealed belt conveyor in garbage storing preparation ferment feed workshop is connected to Incinerator, described cement kiln processes sludge plant and includes: balling-up system, bag filter II, cement kiln, mud Liquid storage tank, grid disintegrating machine, metering stirring gasification pond, deposit dump skip, roots blower, described concrete-agitating station equipment its Include: fluvial sand elevating hopper, mixing plant, cement bunker, breeze storehouse, flyash storehouse I, great Shi storehouse, gravelstone storehouse, mechanism sand storage and fluvial sand Storehouse, wherein said cement bunker, breeze storehouse, flyash storehouse I, great Shi storehouse, gravelstone storehouse, mechanism sand storage and fluvial sand storehouse are by sealing Proportioning belt is connected to mixing plant, and described fluvial sand elevating hopper is connected to fluvial sand storehouse by sealing belt conveyor, and its feature is: Described garbage storing preparation ferment feed workshop is connected on cement kiln by aerator, and the top of cement kiln is managed by sealing Road connects the air inlet of bag filter II, and the slag-drip opening of Vertical Mill II, incinerator bottom ashes mouth are by being provided with except ferrum The elevator that seals of device is connected on the feeding mouth of Vertical Mill II, stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurization What Gypsum Fibrosum storehouse, adjuvant storehouse passed sequentially through sealing is connected to entering of Vertical Mill II with the proportioning belt of tramp iron separator and the elevator of sealing On material mouth, the aiutage of incinerator is connected on the hot-air mouth of Vertical Mill II by sealing pipeline, and the hot-air mouth of Vertical Mill II is same Time by seal pipeline be connected to transport crushed stones bits storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, adjuvant storehouse In material sealing the proportioning belt with tramp iron separator on, the discharging opening of Vertical Mill II by seal pipeline be connected to pocket type receive On the air inlet of dirt device III, in transport crushed stones bits storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, adjuvant storehouse Material discharging point by seal pipeline be connected on the air inlet of bag filter III, the air outlet of bag filter III lead to The elevator crossing proportioning belt and the sealing sealed is connected on raw material silo, and the side of bag filter II and bag filter III goes out Mouth is connected to the side air inlet of recycle slurry liquid pool by sealing pipeline, and the both sides, top of recycle slurry liquid pool are provided with loop slurry Pond spray thrower, recycle slurry liquid pool spray thrower connects at the bottom of the pond of recycle slurry liquid pool by sewage pump, and deodorization dedusting is except mist desulfurizing tower Bottom inlet inserts from the top middle portion of recycle slurry liquid pool and is arranged on inside recycle slurry liquid pool, and deodorization dedusting is except peace in mist desulfurizing tower Dress serosity spray thrower, clear water spray thrower and clear water cooling system, serosity spray thrower is connected to deodorization dedusting by the pipeline sealed Sewage pump in the slurry pool installed in addition to mist desulfurizing tower, slurry pool is installed automatic feeding water pipe, the feeding mouth on slurry pool top It is connected to the discharging opening in stone powder storehouse, clear water spray thrower and clear water cooling system be connected to by the pipeline sealed by sealing pipeline Water pump in the clear water reserviors that deodorization dedusting is installed in addition to mist desulfurizing tower, deodorization dedusting is connected by the pipeline sealed except mist desulfurizing tower Deodorization pump in deodorization tank, is provided with sludge pump in described sludge storage liquid pool, and sludge pump is connected to into by sealing pipeline In ball system, balling-up system is connected in cement kiln import by sealing pipeline, and described sludge storage liquid pool is by with wind The sealing pipeline of machine is connected to waste incineration furnace bottom, and sludge storage liquid pool entrance is connected to grid disintegrating machine by sealing pipeline and goes out Material mouth, grid disintegrating machine feeding mouth is connected to by sealing pipeline on the discharging opening in metering stirring gasification pond, metering stirring gasification Intake stack in pond is connected on the air outlet of roots blower by sealing pipeline, and the charging aperture in metering stirring gasification pond passes through Sealing elevator to be connected on the discharging opening of storing dump skip, the bottom in the outlet at bottom of recycle slurry liquid pool and the impervious pond of anticorrosion goes out Mouth is connected to sludge storage liquid pool by sealing pipeline, and raw material silo outlet is connected to balling-up system feeding mouth by sealing elevator On, four discharging openings that the vibrosieve II of described aggregate production line is arranged according to material size are respectively by sealing belt conveyor Being connected to feeding machine disintegrating machine feed bin installed above, the charging aperture of sand making machine, great Shi storehouse and gravelstone storehouse, described aggregate produces Two discharging openings that the vibrosieve III of line is arranged according to material size are connected to mechanism sand storage by sealing belt conveyor respectively Charging aperture and the charging aperture of sand making machine, described cement kiln discharging opening connects clinker warehouse, described bag by sealing elevator Formula dust-precipitator I ash port is connected to flyash storehouse I, cement bunker and breeze storehouse by sealing elevator.

Utilizing a set of concrete production equipment to carry out concrete production technology, its technique includes: building stones factory ships building stones, falls Entering limestone crushing machine feed bin, building stones then pass through limestone feeding machine and enter limestone crushing machine, and the building stones after crushing pass through Sealing belt conveyor and transport vibrosieve I, vibrosieve I is screened according to material size size, the material root of vibrosieve I screening Be sent to great Shi storehouse, gravelstone storehouse, stone fragment storehouse and limestone crushing machine feed bin respectively according to size, building stones factory ships building stones simultaneously Entering sand making machine by sand making machine charging aperture, the material after sand making machine is broken transports vibrosieve II by sealing belt conveyor, Vibrosieve II is screened according to material size size, and the material of vibrosieve II screening is defeated by sealing respectively according to size Belt is sent to be sent to sand making machine feeding mouth, mechanism sand storage；The grain slag that transport comes enters grain slag feeding port, then by the dispensing skin sealed Being transported to vibrosieve I after the weighing of band, the grain slag screened by vibrosieve I is again by the proportioning belt with tramp iron separator sealed Weigh after be transported to the feeding mouth of Vertical Mill I and carry out grinding, coal enters coal crusher by coal crusher feeding mouth and breaks Broken, broken after coal enter into coal bunker by the elevator of sealing, the sealed belt conveyor of coal in coal bunker transports boiling to Rising and burn in stove, the heat produced that burns in fluidized bed furnace is sent to the hot-air mouth of Vertical Mill I, Vertical Mill I simultaneously by the pipeline sealed Each material of connecting in mixing material storehouse, flyash storehouse II, Gypsum Fibrosum storehouse, waste residue storehouse and clinker warehouse by sealing pipeline of hot-air mouth fall Shots, the control by DCS central control system of the material of mixing material storehouse, flyash storehouse II, Gypsum Fibrosum storehouse, waste residue storehouse and clinker warehouse Pass sequentially through being connected to the feeding mouth of Vertical Mill I with the proportioning belt of tramp iron separator, the elevator of sealing and carrying out grinding of sealing, and Cement bunker, breeze storehouse, flyash storehouse I is entered into through bag filter I and the elevator sealed；Described fluvial sand elevating hopper passes through Seal belt conveyor and fluvial sand is transported to fluvial sand storehouse, described cement bunker, breeze storehouse, flyash storehouse I, great Shi storehouse, gravelstone storehouse, machine Material in sand storage processed and fluvial sand storehouse is transported to mixing plant by the proportioning belt sealed, and the concrete that mixing plant is produced passes through Concrete mixer truck is transported building site and is used；The house refuse transported from the outside enters in the standby broken feed workshop of garbage storing Through the lifting of grab claw, pulverize in entering into refuse grinder, enter back into the sorting platform of refuse classification extruding either inside Sort, first sub-elect recyclable rubbish, non-recyclable rubbish, more never recyclable rubbish sub-elects the rubbish that can burn Rubbish, can not burn away the refuse, the tramp iron separator of refuse classification extruding either inside while sorting platform works to callable gold Belong to rubbish reclaim, sub-elect burn away the refuse again refuse classification extruding either inside extruder extrude, squeeze Burning away the refuse after pressure is transported to garbage storing preparation ferment feed workshop, supplies through garbage storing preparation ferment after the fermented process of rubbish Grab claw and supporting sealing between truck deliver in incinerator, and rubbish controls at 800-through incinerator The high temperature incineration of 1200 DEG C, it is possible to reduce the generation of two English, installs poisonous and harmful on the standby broken feed workshop of garbage storing simultaneously Combustible gas alarming instrument is when detecting that in the standby broken feed workshop of garbage storing, fuel gas methane concentration is excessive, by DCS Centre control system automatically opens up the standby cleaner unit installed on the standby broken feed workshop of garbage storing, prevents the standby broken feed of garbage storing Blast is caused because of factors such as concentrations build-up are excessive in workshop, and its feature is: effusion in the impervious pond of anticorrosion and mud are through overstocked The pipeline of envelope enters into sludge storage liquid pool, and the fuel gas and the sealed aerator of other foul smell that produce after rubbish fermentation enter Burning in incinerator and cement kiln, the high-temperature gas produced after incinerator burning enters vertical by sealing pipeline The hot-air mouth of mill II, the hot-air mouth of Vertical Mill II connects stone fragment storehouse, chemical sludge storehouse, slag storehouse, coal by sealing pipeline simultaneously Spoil storehouse, desulfurated plaster storehouse, each discharging point in adjuvant storehouse, close by with tramp iron separator of the ashes produced after incinerator burning Envelope belt conveyor and seal elevator enter Vertical Mill II feeding mouth, stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, Material in desulfurated plaster storehouse, adjuvant storehouse after proportioning belt is weighed, by the proportioning belt of the sealing with tramp iron separator and The elevator sealed has respectively entered Vertical Mill II feeding mouth, and the material entering Vertical Mill II may filter that decomposing incinerator produces The raw poisonous and harmful substance in high-temperature gas, the poisonous and harmful substance in the high-temperature gas simultaneously produced incinerator is entered Row level prompt drop temperature, high-temperature gas can be dried again the moisture in powder simultaneously, and the material of Vertical Mill II enters into through sealing pipeline Enter into raw material silo by sealing elevator again after bag filter III, simultaneously enter the toxic and harmful of Vertical Mill II through overstocked Tube sealing road enters into recycle slurry liquid pool by sealing pipeline after entering into bag filter III again, and the material of raw material silo is sealed defeated Sending belt to enter into the charging aperture of balling-up system, the mud transported from the outside is discharged to lay in dump skip, the dirt of deposit dump skip Mud stirs gasification pond through the elevator traffic sealed to metering, in entering into metering stirring gasification pond through roots blower Air mixes, and mud is after the agitation and dilution in metering agitator gasification pond, by the pipeline of sealing after grid crusher in crushing The most sealed pipeline enters sludge storage liquid pool, and the mud in sludge storage liquid pool is transported to balling-up system by sludge pump through pipeline System, the material in the raw material silo of entrance balling-up system enters into cement kiln after balling-up systemic effect and is fired into clinker, The sealed elevator traffic of clinker baked is to clinker warehouse, and the flue gas that cement kiln is discharged enters bag by sealing pipeline The most sealed pipeline of formula dust-precipitator II enters into recycle slurry liquid pool top, and the serosity spray thrower in recycle slurry liquid pool is to from cement The flue gas of kiln and incinerator carries out spraying desulfurization cooling and processes, and the mud in sludge storage liquid pool passes through sewage pump and sealing Pipeline supply recycle slurry liquid pool carries out spraying desulfurization cooling and processes, and serosity waste residue enters in sludge storage liquid pool by sewage pump and close Tube sealing road supply balling-up system.Deodorization dedusting carries out deodorization except mist desulfurizing tower to the flue gas from cement kiln and incinerator Dedusting except mist desulfurization process, stone powder car ships stone powder and squeezes into stone powder storehouse from the external world, the stone powder in stone powder storehouse in slurry pool with water The ratio set in DCS central control system carries out being mixed into serosity, and recycle slurry liquid pool, clear water reserviors, deodorization tank are respectively Removed at mist desulfurization except mist desulfurizing tower carries out deodorization dedusting by sewage pump, water pump, the supply deodorization dedusting of deodorization pump sealed pipeline Reason.

The utility model has the advantages that: full production line uses DCS central authorities to control, production line is accomplished on-the-spot unattended, raw Producing line and install monitoring remote video, Automatic Control produces, by aggregate production line, concrete-agitating station equipment, cement breeze Production line, cement kiln process sludge plant, raw material process house refuse equipment combines and carries out hermetically sealed environmental protection without powder Dirt produces concrete, saves the required various material handling expenses during concrete production, the burning fee use of fuel, ensures people Body is healthy and reduces the impact on environmental qualities such as air subsoil water, reaches resource circulation utilization simultaneously.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

In accompanying drawing

1, bag filter I；2, grain slag feeding port；3, tramp iron separator；4, vibrosieve I；5, feed hopper；6, proportioning belt；7、 Cement bunker；8, clinker warehouse；9, breeze storehouse；10, cement kiln；11, balling-up system；12, flyash storehouse I；13, bag filter Ⅱ；14, mixing plant；15, great Shi storehouse；16, stone powder storehouse；17, gravelstone storehouse；18, mechanism sand storage；19, fluvial sand storehouse；20, vibrosieve II； 21, limestone crushing machine；22, sand making machine；23, vibrosieve III；24, fluvial sand elevating hopper；25, slurry pool；26, bag filter Ⅲ；27, raw material silo；28, clear water reserviors；29, Vertical Mill II；30, stone fragment storehouse；31, chemical sludge storehouse；32, slag storehouse；33, bastard coal Shi Ku；34, desulfurated plaster storehouse；35, auxiliary material storehouse；36, recycle slurry liquid pool；37, deodorization dedusting removes mist desulfurizing tower；38, waste incineration Stove；39, sludge storage liquid pool；40, the standby broken feed workshop of garbage storing；41, the impervious pond of anticorrosion；42, grid disintegrating machine；43, rubbish Sorting extruding workshop；44, roots blower；45, metering stirring gasification pond；46, garbage storing preparation ferment feed workshop；47, deposit unloads Hopper；48, coal crusher；49, coal crusher feed bin；50, fluidized bed furnace；51, coal bunker；52, waste residue storehouse；53, Vertical Mill I；54、 Mixing material storehouse；55, flyash storehouse II；56, Gypsum Fibrosum storehouse.

Detailed description of the invention

With specific embodiment, this utility model is further described below in conjunction with the accompanying drawings:

A set of concrete production equipment, including: DCS central control system and long distance control system, in described DCS Centre control system controls aggregate production line, cement breeze production line, cement kiln process sludge plant, raw material by control signal Process house refuse equipment, concrete-agitating station equipment carries out concrete production, and described long distance control system is by electrical connection Monitoring aggregate production line, cement breeze production line, cement kiln process sludge plant, raw material process house refuse equipment, coagulation Soil mixing station equipment carries out concrete production, and described aggregate production line includes: limestone crushing machine 21, sand making machine 22, vibration The feeding machine sieving II 20, installing on the charging aperture of vibrosieve III 23, limestone crushing machine 21, and installed above broken of feeding machine Broken machine feed bin, wherein the discharging opening of disintegrating machine feed bin is directly connected to feeding machine feeding mouth, and feeding machine discharging opening is directly connected to stone The charging aperture of lime stone disintegrating machine 21, the discharging opening of limestone crushing machine 21 is connected to vibrosieve II 20 by sealing belt conveyor Feeding mouth, the discharging opening of sand making machine 22 is connected to the feeding mouth of vibrosieve III 23, described cement ore by sealing belt conveyor Powder production line includes: grain slag feeding port 2, proportioning belt, vibrosieve I 4, feed hopper 5, tramp iron separator, Vertical Mill I 53, coal crusher 48, the coal crusher feed bin 49 installed on coal crusher 48 feeding mouth, coal bunker 51, fluidized bed furnace 50, bag filter I 1, mixed Closing material storehouse 54, flyash storehouse II 55, Gypsum Fibrosum storehouse 56, waste residue storehouse 52 and clinker warehouse 8, wherein grain slag feeding port 2 is by joining of sealing Material belt is connected to the charging aperture of vibrosieve I 4, and the discharging opening of vibrosieve I 4 is connected directly between the feeding mouth of feed hopper 5, feed hopper The discharging opening of 5 is connected to the feeding mouth of Vertical Mill I 53 by the proportioning belt with tramp iron separator sealed, and mixes material storehouse 54, fine coal The discharging opening of ash storehouse II 55, Gypsum Fibrosum storehouse 56, waste residue storehouse 52 and clinker warehouse 8 passes sequentially through the dispensing skin with tramp iron separator of sealing Band, the elevator sealed are connected to the feeding mouth of Vertical Mill I 53, and the slag-drip opening of Vertical Mill I 53 passes sequentially through the sealing with tramp iron separator Belt conveyor, the elevator of sealing are connected to the feeding mouth of Vertical Mill I 53, and the discharging opening of coal crusher 48 is by the lifting sealed Machine is connected on the feeding mouth of coal bunker 51, and the discharging opening of coal bunker 51 is connected to the feeding mouth of fluidized bed furnace 50 by sealing belt conveyor On, the gas outlet of fluidized bed furnace 50 is connected to the hot-air mouth of Vertical Mill I 53 by the pipeline sealed, and the hot-air mouth of Vertical Mill I 53 leads to simultaneously Overstocked tube sealing road is connected to the sealing under mixing material storehouse 54, flyash storehouse II 55, Gypsum Fibrosum storehouse 56, waste residue storehouse 52 and clinker warehouse 8 With the proportioning belt of tramp iron separator, the discharging opening of Vertical Mill I 53 is connected to the feeding mouth of bag filter I 1, and described raw material process House refuse equipment includes: the standby broken feed workshop 40 of garbage storing, poisonous and harmful combustible gas alarming instrument, refuse classification extruding car Between 43, garbage storing preparation ferment feed workshop 46, deodorization dedusting except mist desulfurizing tower 37, clear water reserviors 28, stone powder storehouse 16, slurry pool 25, Recycle slurry liquid pool 36, Vertical Mill II 29, bag filter III 26, raw material silo 27, proportioning belt, stone fragment storehouse 30, chemical sludge storehouse 31, slag storehouse 32, gangue storehouse 33, desulfurated plaster storehouse 34, adjuvant storehouse 35, tramp iron separator, incinerator 38, the impervious pond of anticorrosion 41, wherein on the standby broken feed workshop 40 of garbage storing, poisonous and harmful combustible gas alarming instrument is installed and measures methane concentration, garbage storing Standby broken feed workshop 40 is connected to garbage storing preparation ferment feed workshop 46 by refuse classification extruding workshop 43, and garbage storing is standby broken Bottom broken feed workshop 40, refuse classification extruding workshop 43 and garbage storing preparation ferment feed workshop 46, the impervious pond of anticorrosion is installed 41, the standby broken feed workshop 40 of garbage storing is internally installed grab claw, refuse grinder and belt feeder, refuse classification extruding workshop 43 internally installed tramp iron separators, sorting platform and extruder, garbage storing preparation ferment feed workshop 46 is internally installed grab claw, rubbish Deposit fermentation feed workshop 46 is connected on incinerator 38 by aerator, and garbage storing preparation ferment feed workshop 46 is sealed Belt conveyor is connected to incinerator 38, and described cement kiln processes sludge plant and includes: balling-up system 11, bag type dust collection Device II 13, cement kiln 10, sludge storage liquid pool 39, grid disintegrating machine 42, metering stirring gasification pond 45, deposit dump skip 47, sieve Thatch blower fan 44, described concrete-agitating station equipment is including fluvial sand elevating hopper 24, mixing plant 14, cement bunker 7, breeze storehouse 9, flyash storehouse I 12, great Shi storehouse 15, gravelstone storehouse 17, mechanism sand storage 18 and fluvial sand storehouse 19, wherein said cement bunker 7, breeze storehouse 9, flyash storehouse I 12, great Shi storehouse 15, gravelstone storehouse 17, mechanism sand storage 18 and fluvial sand storehouse 19 are connected to by the proportioning belt sealed Mixing plant 14, described fluvial sand elevating hopper 24 is connected to fluvial sand storehouse 19, described garbage storing preparation ferment by sealing belt conveyor Feed workshop 46 is connected on cement kiln 10 by aerator, and the top of cement kiln 10 connects pocket type receipts by sealing pipeline The air inlet of dirt device II 13, the slag-drip opening of Vertical Mill II 29, incinerator 38 bottom ashes mouth are by being provided with the close of tramp iron separator Envelope elevator be connected on the feeding mouth of Vertical Mill II 29, stone fragment storehouse 30, chemical sludge storehouse 31, slag storehouse 32, gangue storehouse 33, Desulfurated plaster storehouse 34, adjuvant storehouse 35 pass sequentially through sealing be connected to stand with the proportioning belt of tramp iron separator and the elevator of sealing Grinding on the feeding mouth of II 29, the aiutage of incinerator 38 is connected on the hot-air mouth of Vertical Mill II 29 by sealing pipeline, vertical The hot-air mouth grinding II 29 is connected to transport crushed stones bits storehouse 30, chemical sludge storehouse 31, slag storehouse 32, bastard coal by sealing pipeline simultaneously On the proportioning belt with tramp iron separator of the sealing of the material in stone storehouse 33, desulfurated plaster storehouse 34, adjuvant storehouse 35, Vertical Mill II 29 Discharging opening by seal pipeline be connected on the air inlet of bag filter III 26, transport crushed stones bits storehouse 30, chemical sludge storehouse 31, The discharging point of the material in slag storehouse 32, gangue storehouse 33, desulfurated plaster storehouse 34, adjuvant storehouse 35 is connected to bag by sealing pipeline On the air inlet of formula dust-precipitator III 26, the air outlet of bag filter III 26 is by the proportioning belt sealed and the elevator of sealing Being connected on raw material silo 27, the side outlet of bag filter II 13 and bag filter III 26 is connected to circulation by sealing pipeline The side air inlet of slurry pool 36, the both sides, top of recycle slurry liquid pool 36 are provided with recycle slurry liquid pool spray thrower, recycle slurry liquid pool Spray thrower connects at the bottom of the pond of recycle slurry liquid pool 36 by sewage pump, and deodorization dedusting is except the bottom inlet of mist desulfurizing tower 37 is from recycle slurry The top middle portion of liquid pool 36 is inserted and is arranged on recycle slurry liquid pool 36 inside, and deodorization dedusting is except installing serosity spray in mist desulfurizing tower 37 Device, clear water spray thrower and clear water cooling system, serosity spray thrower is connected to deodorization dedusting except mist desulfurizing tower by the pipeline sealed Sewage pump in the 37 outer slurry pools 25 installed, slurry pool 25 is installed automatic feeding water pipe, and the feeding mouth on slurry pool 25 top leads to Overstocked tube sealing road is connected to the discharging opening in stone powder storehouse 16, clear water spray thrower and clear water cooling system and is connected to by the pipeline sealed Water pump in the clear water reserviors 28 that deodorization dedusting is installed in addition to mist desulfurizing tower 37, deodorization dedusting is except mist desulfurizing tower 37 is by the pipe sealed The deodorization pump that road is connected in deodorization tank, is provided with sludge pump in described sludge storage pond at night 39, and sludge pump is by sealing pipeline Being connected in balling-up system 11, balling-up system 11 is connected in cement kiln 10 import by sealing pipeline, described sludge storage Liquid pool 39 is by being connected to bottom incinerator 38 with the sealing pipeline of blower fan, and sludge storage liquid pool 39 entrance is managed by sealing Road is connected to grid disintegrating machine 42 discharging opening, and grid disintegrating machine 42 feeding mouth is connected to metering stirring gasification pond by sealing pipeline On the discharging opening of 45, the intake stack in metering stirring gasification pond 45 is connected to the air outlet of roots blower 44 by sealing pipeline On, the charging aperture in metering stirring gasification pond 45 is connected on the discharging opening of storing dump skip 47 by sealing elevator, recycle slurry The outlet at bottom in the outlet at bottom of liquid pool 36 and the impervious pond of anticorrosion 41 is connected to sludge storage liquid pool 39, raw material silo by sealing pipeline 27 outlets are connected on balling-up system 11 charging aperture by sealing elevator, vibrosieve II 20 basis of described aggregate production line Material size arrange four discharging openings respectively by seal belt conveyor be connected to feeding machine disintegrating machine feed bin installed above, The charging aperture of sand making machine 22, great Shi storehouse 15 and gravelstone storehouse 17, the vibrosieve III 23 of described aggregate production line is according to material size Two discharging openings arranged are connected to charging aperture and the charging of sand making machine 22 of mechanism sand storage 18 respectively by sealing belt conveyor Mouthful, described cement kiln 10 discharging opening connects clinker warehouse 8 by sealing elevator, and described bag filter I 1 ash port leads to Cross sealing elevator and be connected to flyash storehouse I 12, cement bunker 7 and breeze storehouse 9.

Utilizing a set of concrete production equipment to carry out concrete production technology, its technique includes: building stones factory ships building stones, falls Entering limestone crushing machine feed bin, building stones then pass through limestone feeding machine and enter limestone crushing machine 21, and the building stones after crushing lead to Crossing sealing belt conveyor and transport vibrosieve I 4, vibrosieve I 4 is screened according to material size size, vibrosieve I 4 screening Material is sent to great Shi storehouse 15, gravelstone storehouse 17, stone fragment storehouse 30 and limestone crushing machine feed bin, stone simultaneously respectively according to size Material factory ships building stones and enters sand making machine 22 by the charging aperture of sand making machine 22, and the material after sand making machine 22 is broken is carried by sealing Belt-conveying screens to vibrosieve II 20, vibrosieve II 20 according to material size size, the material of vibrosieve II 20 screening It is sent to the feeding mouth of sand making machine 22, mechanism sand storage 18 respectively by sealing belt conveyor according to size；The grain slag that transport comes Enter grain slag feeding port 2, then be transported to vibrosieve I 4, by vibrosieve I 4 screening by after the weighing of proportioning belt that seal Grain slag carries out grinding, coal by being transported to the feeding mouth of Vertical Mill I 53 after the weighing of the proportioning belt with tramp iron separator that seal again Charcoal enters coal crusher 48 by coal crusher feeding mouth and crushes, and the coal after crushing is entered into by the elevator sealed Coal bunker 51, the sealed belt conveyor of coal in coal bunker 51 transports the inner burning of fluidized bed furnace 50 to, and the inner burning of fluidized bed furnace 50 produces Heat is sent to the hot-air mouth of Vertical Mill I 53 by the pipeline sealed, and the hot-air mouth of Vertical Mill I 53 connects mixed by sealing pipeline simultaneously Each material blanking point in conjunction material storehouse 54, flyash storehouse II 55, Gypsum Fibrosum storehouse 56, waste residue storehouse 52 and clinker warehouse 8, mixing material storehouse 54, The material of flyash storehouse II 55, Gypsum Fibrosum storehouse 56, waste residue storehouse 52 and clinker warehouse 8 is led to successively by the control of DCS central control system Cross seal be connected to the feeding mouth of Vertical Mill I 53 with the proportioning belt of tramp iron separator, the elevator of sealing and carry out grinding, and through bag Formula dust-precipitator I 1 and the elevator sealed enter into cement bunker 7, breeze storehouse 9, flyash storehouse I 12；Described fluvial sand elevating hopper 24 By sealing belt conveyor fluvial sand is transported to fluvial sand storehouse 19, described cement bunker 7, breeze storehouse 9, flyash storehouse I 12, great Shi storehouse 15, the material in gravelstone storehouse 17, mechanism sand storage 18 and fluvial sand storehouse 19 is transported to mixing plant 14 by the proportioning belt sealed, stirring 14 concrete produced of standing transport building site by concrete mixer truck and use；The house refuse transported from the outside enters into Garbage storing standby broken feed workshop 40 back warp crosses the lifting of grab claw, after pulverizing, enters back into rubbish in entering into refuse grinder Sorting extruding sorting platform within workshop 43 sorts, and first sub-elects recyclable rubbish, non-recyclable rubbish, then from can not Reclaim in rubbish sub-elect can burn rubbish, can not burn away the refuse, refuse classification extruding tramp iron separator workshop 43 within is dividing While selecting working platform reclaiming callable metal garbage, burning away the refuse of sub-electing extrudes at refuse classification again The extruder of either inside extrudes, and burning away the refuse after extruding is transported to garbage storing preparation ferment feed workshop 46, rubbish After the fermented process of rubbish, grab claw and supporting sealing through garbage storing preparation ferment feed workshop 46 deliver into incinerator In 38, rubbish controls the high temperature incineration at 800-1200 DEG C through incinerator 38, it is possible to reduce the generation of two English, simultaneously Poisonous and harmful combustible gas alarming instrument is installed on the standby broken feed workshop 40 of garbage storing and is detecting that garbage storing is for crushing to truck Between time fuel gas methane concentration is excessive in 40, automatically open up the standby broken feed workshop of garbage storing by DCS central control system The standby cleaner unit installed on 40, prevents the standby broken feed workshop 40 of garbage storing from causing blast because of factors such as concentrations build-up are excessive, Effusion and mud in the impervious pond of anticorrosion 41 enter into sludge storage liquid pool 39 through the pipeline sealed, and produce after rubbish fermentation Fuel gas and other foul smell thereof are entered in incinerator 38 and cement kiln 10 by sealed aerator and burn, rubbish The high-temperature gas produced after rubbish incinerator 38 burning enters the hot-air mouth of Vertical Mill II 29, Vertical Mill II 29 simultaneously by sealing pipeline Hot-air mouth connects stone fragment storehouse 30, chemical sludge storehouse 31, slag storehouse 32, gangue storehouse 33, desulfurated plaster storehouse by sealing pipeline 34, each discharging point in adjuvant storehouse 35, the ashes produced after incinerator 38 burning are by the sealing belt conveyor with tramp iron separator With seal elevator enter Vertical Mill II 29 feeding mouth, stone fragment storehouse 30, chemical sludge storehouse 31, slag storehouse 32, gangue storehouse 33, Material in desulfurated plaster storehouse 34, adjuvant storehouse 35 is after proportioning belt is weighed, by the dispensing skin of the sealing with tramp iron separator Band and the elevator sealed have respectively entered Vertical Mill II 29 feeding mouth, and the material entering Vertical Mill II 29 may filter that decomposing rubbish burns Burn stove 38 produce high-temperature gas in poisonous and harmful substance, simultaneously to incinerator 38 produce high-temperature gas in poisonous Harmful substance carries out a grade prompt drop temperature, and high-temperature gas can be dried again the moisture in powder simultaneously, and the material of Vertical Mill II 29 is through overstocked Tube sealing road enters into raw material silo 27 by sealing elevator after entering into bag filter III 26 again, simultaneously enters Vertical Mill II 29 Toxic and harmful enters into recycle slurry liquid pool by sealing pipeline after sealing pipeline and entering into bag filter III 26 again 36, the sealed belt conveyor of the material of raw material silo 27 enters into the charging aperture of balling-up system 11, the mud transported from the outside Being discharged to deposit dump skip 47, the mud of deposit dump skip 47 stirs gasification pond 45 through the elevator traffic sealed to metering, with Air mixing in Roots's wind 44 machine enters into metering stirring gasification pond 45, mud stirs through metering agitator gasification pond 45 After mixing dilution, enter sludge storage liquid pool 39 by the pipeline that the pipeline of sealing is the most sealed after grid disintegrating machine 42 is broken, dirty Mud in mud liquid storage tank 39 is transported to balling-up system 11 by sludge pump through pipeline, enters in the raw material silo 27 of balling-up system 11 Material enter into cement kiln 10 and be fired into clinker after balling-up system 11 acts on, the clinker baked is sealed Elevator traffic is to clinker warehouse 9, and the flue gas that cement kiln 10 is discharged enters bag filter II 13 end count again by sealing pipeline Tube sealing road enters into recycle slurry liquid pool 36 top, and the serosity spray thrower in recycle slurry liquid pool 36 is to from cement kiln 10 and rubbish The flue gas of incinerator 38 carries out spraying desulfurization cooling and processes, and serosity waste residue enters in sludge storage liquid pool 39 by sewage pump and sealing Pipeline supply balling-up system 11, the mud in sludge storage liquid pool 39 is entered by sewage pump and sealing pipeline supply recycle slurry liquid pool 36 Row spray desulfurization cooling processes, and the flue gas from cement kiln 10 and incinerator 38 is entered by deodorization dedusting except mist desulfurizing tower 37 Row deodorization dedusting processes except mist desulfurization, and stone powder car ships stone powder and pours stone powder storehouse 16 into from the external world, and the stone powder in stone powder storehouse 16 is at slurry Carry out being mixed into serosity putting into by demand with rinse water in the ratio that DCS central control system sets in liquid pool 25 to follow Ring slurry pool 36, recycle slurry liquid pool 36, clear water reserviors 28, deodorization tank are supplied by sewage pump, water pump, deodorization pump sealed pipeline respectively Deodorization dedusting is carried out except mist desulfurization process except mist desulfurizing tower 37 to deodorization dedusting.

This utility model beneficial effect: full production line uses DCS central authorities to control, production line is accomplished on-the-spot unattended, raw Producing line and install monitoring remote video, Automatic Control produces, by aggregate production line, concrete-agitating station equipment, cement breeze Production line, cement kiln process sludge plant, raw material process house refuse equipment combines and carries out hermetically sealed environmental protection without powder Dirt produces concrete, saves the required various material handling expenses during concrete production, the burning fee use of fuel, ensures people Body is healthy and reduces the impact on environmental qualities such as air subsoil water, reaches resource circulation utilization simultaneously.

Embodiment described above is only to be described preferred implementation of the present utility model, not to this practicality Novel design and protection domain are defined, on the premise of without departing from this utility model design concept, common in this area Various modification that the technical solution of the utility model is made by engineers and technicians and improvement, all should fall into guarantor of the present utility model Protect scope.

Claims (1)

1. The most a set of concrete production environmental protection equipment, including: DCS central control system and long distance control system, described DCS Central control system controls aggregate production line, cement breeze production line, cement kiln process sludge plant, life by control signal Material processes house refuse equipment, concrete-agitating station equipment carries out concrete production, and described long distance control system is by being electrically connected Connect monitoring aggregate production line, cement breeze production line, cement kiln process sludge plant, raw material process house refuse equipment, mix Solidifying soil mixing station equipment carries out concrete production, and described aggregate production line includes: limestone crushing machine (21), sand making machine (22), the feeding machine installed on the charging aperture of vibrosieve II (20), vibrosieve III (23), limestone crushing machine (21), and feed The disintegrating machine feed bin that material machine is installed above, wherein the discharging opening of disintegrating machine feed bin is directly connected to feeding machine feeding mouth, and feeding machine goes out Material mouth is directly connected to the charging aperture of limestone crushing machine (21), and the discharging opening of limestone crushing machine (21) is by sealing conveying skin Band is connected to the feeding mouth of vibrosieve II (20), and the discharging opening of sand making machine (22) is connected to vibrosieve III by sealing belt conveyor (23) feeding mouth, described cement breeze production line includes: grain slag feeding port (2), proportioning belt, vibrosieve I (4), feed The coal crusher installed on bucket (5), tramp iron separator, Vertical Mill I (53), coal crusher (48), coal crusher (48) feeding mouth Feed bin (49), coal bunker (51), fluidized bed furnace (50), bag filter I (1), mixing material storehouse (54), flyash storehouse II (55), Gypsum Fibrosum Storehouse (56), waste residue storehouse (52) and clinker warehouse (8), wherein grain slag feeding port (2) is connected to vibrosieve I by the proportioning belt sealed (4) charging aperture, the discharging opening of vibrosieve I (4) is connected directly between the feeding mouth of feed hopper (5), and the discharging opening of feed hopper (5) leads to Cross the proportioning belt with tramp iron separator sealed and be connected to the feeding mouth of Vertical Mill I (53), mixing material storehouse (54), flyash storehouse II (55), the discharging opening of Gypsum Fibrosum storehouse (56), waste residue storehouse (52) and clinker warehouse (8) passes sequentially through the dispensing skin with tramp iron separator of sealing Band, the elevator sealed are connected to the feeding mouth of Vertical Mill I (53), and the slag-drip opening of Vertical Mill I (53) passes sequentially through with tramp iron separator Sealing belt conveyor, the elevator of sealing are connected to the feeding mouth of Vertical Mill I (53), and the discharging opening of coal crusher (48) is by close The elevator of envelope is connected on the feeding mouth of coal bunker (51), and the discharging opening of coal bunker (51) is connected to boiling by sealing belt conveyor On the feeding mouth of stove (50), the gas outlet of fluidized bed furnace (50) is connected to the hot-air mouth of Vertical Mill I (53), Vertical Mill by the pipeline sealed The hot-air mouth of I (53) is connected to mix material storehouse (54), flyash storehouse II (55), Gypsum Fibrosum storehouse (56), useless by sealing pipeline simultaneously The proportioning belt with tramp iron separator of the sealing under slag storehouse (52) and clinker warehouse (8), the discharging opening of Vertical Mill I (53) is connected to pocket type The feeding mouth of dust-precipitator I (1), described raw material process house refuse equipment and include: garbage storing is for crushing feed workshop (40), having The harmful combustible gas alarming instrument of poison, refuse classification extruding workshop (43), garbage storing preparation ferment feed workshop (46), deodorization dedusting remove Mist desulfurizing tower (37), clear water reserviors (28), stone powder storehouse (16), slurry pool (25), recycle slurry liquid pool (36), Vertical Mill II (29), pocket type Dust-precipitator III (26), raw material silo (27), proportioning belt, stone fragment storehouse (30), chemical sludge storehouse (31), slag storehouse (32), bastard coal Shi Ku (33), desulfurated plaster storehouse (34), adjuvant storehouse (35), tramp iron separator, incinerator (38), the impervious pond of anticorrosion (41), wherein The upper poisonous and harmful combustible gas alarming instrument of installing in the standby broken feed workshop (40) of garbage storing measures methane concentration, and garbage storing is standby broken Feed workshop (40) is connected to garbage storing preparation ferment feed workshop (46) by refuse classification extruding workshop (43), and garbage storing is standby broken Broken feed workshop (40), refuse classification extruding workshop (43) and garbage storing preparation ferment feed workshop (46) bottom are provided with anticorrosion and resist Oozing pond (41), for crushing, feed workshop (40) is internally installed grab claw, refuse grinder and belt feeder, refuse classification to garbage storing Extruding workshop (43) internally installed tramp iron separator, sorting platform and extruder, garbage storing preparation ferment feed workshop (46) is internally installed Having grab claw, garbage storing preparation ferment feed workshop (46) is connected on incinerator (38) by aerator, garbage storing preparation Ferment feed workshop (46) sealed belt conveyor is connected to incinerator (38), and described cement kiln processes sludge plant bag Include: balling-up system (11), bag filter II (13), cement kiln (10), sludge storage liquid pool (39), grid disintegrating machine (42), Metering stirring gasification pond (45), deposit dump skip (47), roots blower (44), described concrete-agitating station equipment wherein wraps Include: fluvial sand elevating hopper (24), mixing plant (14), cement bunker (7), breeze storehouse (9), flyash storehouse I (12), great Shi storehouse (15), little Shi Ku (17), mechanism sand storage (18) and fluvial sand storehouse (19), wherein said cement bunker (7), breeze storehouse (9), flyash storehouse I (12), great Shi storehouse (15), gravelstone storehouse (17), mechanism sand storage (18) and fluvial sand storehouse (19) are connected to stir by the proportioning belt sealed Mixing station (14), described fluvial sand elevating hopper (24) is connected to fluvial sand storehouse (19) by sealing belt conveyor, it is characterised in that: described Garbage storing preparation ferment feed workshop (46) be connected on cement kiln (10) by aerator, the top of cement kiln (10) lead to Overstocked tube sealing road connects the air inlet of bag filter II (13), the slag-drip opening of Vertical Mill II (29), incinerator (38) bottom Ashes mouth is connected to by being provided with the sealing elevator of tramp iron separator on the feeding mouth of Vertical Mill II (29), stone fragment storehouse (30), change Work waste residue storehouse (31), slag storehouse (32), gangue storehouse (33), desulfurated plaster storehouse (34), adjuvant storehouse (35) pass sequentially through sealing It is connected on the feeding mouth of Vertical Mill II (29) with the proportioning belt of tramp iron separator and the elevator of sealing, incinerator (38) Aiutage is connected on the hot-air mouth of Vertical Mill II (29) by sealing pipeline, and the hot-air mouth of Vertical Mill II (29) is managed by sealing simultaneously Road is connected to transport crushed stones bits storehouse (30), chemical sludge storehouse (31), slag storehouse (32), gangue storehouse (33), desulfurated plaster storehouse (34), on the proportioning belt with tramp iron separator of the sealing of adjuvant storehouse (35) inner material, the discharging opening of Vertical Mill II (29) passes through Seal pipeline to be connected on the air inlet of bag filter III (26), transport crushed stones bits storehouse (30), chemical sludge storehouse (31), slag The discharging point of the material that storehouse (32), gangue storehouse (33), desulfurated plaster storehouse (34), adjuvant storehouse (35) are inner connects by sealing pipeline On the air inlet of bag filter III (26), the air outlet of bag filter III (26) is by the proportioning belt sealed and sealing Elevator be connected on raw material silo (27), the side outlet of bag filter II (13) and bag filter III (26) by seal Pipeline is connected to the side air inlet of recycle slurry liquid pool (36), and the both sides, top of recycle slurry liquid pool (36) are provided with recycle slurry liquid pool Spray thrower, recycle slurry liquid pool spray thrower connects at the bottom of the pond of recycle slurry liquid pool (36) by sewage pump, and deodorization dedusting removes mist desulfurizing tower (37) bottom inlet inserts from the top middle portion of recycle slurry liquid pool (36) and is arranged on recycle slurry liquid pool (36) inside, deodorization dedusting Except installing serosity spray thrower, clear water spray thrower and clear water cooling system in mist desulfurizing tower (37), serosity spray thrower is by sealing Pipeline is connected to the sewage pump in the slurry pool (25) that deodorization dedusting is installed in addition to mist desulfurizing tower (37), and slurry pool (25) is upper to be installed Automatic feeding water pipe, the feeding mouth on slurry pool (25) top is connected to the discharging opening of stone powder storehouse (16) by sealing pipeline, and clear water sprays Drench device and clear water cooling system and be connected to, by the pipeline sealed, the clear water reserviors that deodorization dedusting is installed in addition to mist desulfurizing tower (37) (28) water pump in, the deodorization pump that deodorization dedusting is connected in deodorization tank by the pipeline sealed except mist desulfurizing tower (37), described Sludge storage liquid pool (39) in sludge pump is installed, sludge pump by seal pipeline be connected in balling-up system (11), balling-up system System (11) is connected in cement kiln (10) import by sealing pipeline, and described sludge storage liquid pool (39) is by with blower fan Sealing pipeline and be connected to incinerator (38) bottom, sludge storage liquid pool (39) entrance is connected to grid by sealing pipeline and crushes Machine (42) discharging opening, grid disintegrating machine (42) feeding mouth is connected to the discharging opening of metering stirring gasification pond (45) by sealing pipeline On, the intake stack in metering stirring gasification pond (45) is connected on the air outlet of roots blower (44) by sealing pipeline, meter The charging aperture of amount stirring gasification pond (45) is connected on the discharging opening of storing dump skip (47) by sealing elevator, loop slurry The outlet at bottom in pond (36) and the outlet at bottom in the impervious pond of anticorrosion (41) are connected to sludge storage liquid pool (39) by sealing pipeline, raw Material storehouse (27) outlet is connected on balling-up system (11) charging aperture by sealing elevator, the vibrosieve of described aggregate production line By sealing belt conveyor, to be connected to feeding machine installed above respectively for II (20) four discharging openings arranged according to material size Disintegrating machine feed bin, the charging aperture of sand making machine (22), great Shi storehouse (15) and gravelstone storehouse (17), the vibrosieve of described aggregate production line III (23) is connected to entering of mechanism sand storage (18) by sealing belt conveyor respectively according to two discharging openings of material size setting Material mouth and the charging aperture of sand making machine (22), described cement kiln (10) discharging opening connects clinker warehouse (8) by sealing elevator, Described bag filter I (1) ash port is connected to flyash storehouse I (12), cement bunker (7) and breeze storehouse by sealing elevator (9).