Summary of the invention
In order to solve the above technical problems, the first purpose of this invention is to provide a kind of material dewatering storage device;This Shen
The material dewatering storage device that please be provided, the material after separation enters in hopper through dewatering screen discharge port is collected storage, plays
Store the effect of material;When needing discharging, the discharge valve for opening hopper can carry out discharging.Hopper not only may be implemented to unload
Material can also be achieved the temporary storage to material (such as petroleum coke), be controlled during easy to produce.It is connect when using haulage vehicle
When receiving petroleum coke, discharge valve can be closed when vehicle switches, convenient for the progress of entrucking.
Technical solution provided by the invention is as follows:
A kind of material dewatering storage device, comprising:
At least one vibrating-dewatering screen, the vibrating-dewatering screen are equipped with dewatering screen feed inlet, dewatering screen discharge port, dewatering screen
Discharge outlet, the vibrating-dewatering screen lower section are additionally provided with hopper, and the hopper is used to receive the object of the dewatering screen discharge port discharge
Material, the hopper are equipped with discharge valve.
Preferably, closed vibrating screen cover is equipped on the outside of the vibrating-dewatering screen, the vibrating screen cover is equipped with vibration
Sieve cover exhaust outlet.
Preferably, it is additionally provided with feed pipe, the feed pipe passes through the vibrating screen cover, feeds with the dewatering screen
Mouth is connected.
Preferably, swing shedding mechanism is additionally provided with below the discharge valve.
Preferably, the vibration dehydrating device is equipped with multiple vibrating-dewatering screens, and multiple vibrating-dewatering screens are one another in series,
Vibrating-dewatering screen component is formed, in the vibrating-dewatering screen component, the dewatering screen feed inlet of first order vibrating-dewatering screen receives object
Stream enters, and the dewatering screen feed inlet of next stage vibrating-dewatering screen is connected with the dewatering screen discharge outlet of upper level vibrating-dewatering screen, most
The dewatering screen discharge outlet of rear stage vibrating-dewatering screen is connected with the drainpipe of vibrating screen, the dewatering screen of afterbody vibrating-dewatering screen
Discharge port is for discharging.
Preferably, the vibration dehydrating device is equipped with multiple vibrating-dewatering screen components, multiple vibrating-dewatering screen components
It is connected in parallel to each other.
Preferably, the vibration dehydrating device is equipped with multiple vibrating-dewatering screens, and multiple vibrating-dewatering screens are connected in parallel to each other,
The dewatering screen feed inlet of each vibrating-dewatering screen receives material respectively.
Preferably, the material dewatering storage device passes through mounting rack frame high setting.
The application provides a kind of material dewatering storage device, comprising: at least one vibrating-dewatering screen, the vibrating-dewatering screen
Equipped with dewatering screen feed inlet, dewatering screen discharge port, dewatering screen discharge outlet, it is additionally provided with hopper below the vibrating-dewatering screen, it is described
Hopper is used to receive the material of the dewatering screen discharge port discharge, and the hopper is equipped with discharge valve.Material provided by the present application
Be dehydrated storage device, separated material and water by vibrated and dehydrated sieve 1, meanwhile, material after separation through dewatering screen discharge port into
It is collected storage in material bin, plays the role of storing material;When needing discharging, the discharge valve for opening hopper can be carried out
Discharging.Discharging not only may be implemented in hopper, can also be achieved the temporary storage to material (such as petroleum coke), it is easy to produce during into
Row control.When receiving petroleum coke using haulage vehicle, discharge valve can be closed when vehicle switches, convenient for entrucking into
Row.
In petroleum coke processing system provided by the present application, vibration dehydrating device focusing aqueous mixtures are dehydrated, separation
Moisture is collected through the outflow of dewatering screen discharge outlet;Isolated petroleum coke is collected through dewatering screen discharge port, dehydration efficiency height, device
It is simple to operation.The vibrating mechanism of vibrating-dewatering screen can select different capacity according to actual needs;The aperture of sieve used
It can select according to actual needs, also sieve can be replaced in the different supplied materials intermittent phases, to meet the process demand of different material.This
Outside, also settable buffer damping mechanism reduces noise when vibrating-dewatering screen work, or shakes the influence to other equipment.
Specific embodiment
In order to make those skilled in the art better understand the technical solutions in the application, below in conjunction with the application reality
The attached drawing in example is applied, the technical scheme in the embodiment of the application is clearly and completely described, it is clear that described implementation
Example is merely a part but not all of the embodiments of the present application.Based on the embodiment in the application, this field is common
The application protection all should belong in technical staff's every other embodiment obtained without making creative work
Range.
Please be as shown in Figure 1 to Figure 2, the embodiment of the present invention provides a kind of material dewatering storage device, comprising:
At least one vibrating-dewatering screen 1, the vibrating-dewatering screen 1 are equipped with dewatering screen feed inlet, dewatering screen discharge port, dehydration
Discharge outlet is sieved, hopper 4 is additionally provided with below the vibrating-dewatering screen 1, the hopper 4 is for receiving the dewatering screen discharge port discharge
Material, the hopper 4 be equipped with discharge valve.
The application provides a kind of material dewatering storage device, comprising: at least one vibrating-dewatering screen 1, the vibration dehydration
Sieve 1 is equipped with dewatering screen feed inlet, dewatering screen discharge port, dewatering screen discharge outlet, is additionally provided with hopper 4 below the vibrating-dewatering screen 1,
The hopper 4 is used to receive the material of the dewatering screen discharge port discharge, and the hopper 4 is equipped with discharge valve.The application provides
Material dewatering storage device, material and water are separated by vibrated and dehydrated sieve 1, meanwhile, the material after separation is sifted out through dehydration
Material mouth, which enters in hopper 4, is collected storage, plays the role of storing material;When needing discharging, the discharge valve of hopper 4 is opened
It can carry out discharging.Discharging not only may be implemented in hopper 4, can also be achieved the temporary storage to material (such as petroleum coke), convenient for life
It is controlled during producing.When receiving petroleum coke using haulage vehicle, discharge valve can be closed when vehicle switches, be convenient for
The progress of entrucking.
In petroleum coke processing system provided by the present application, vibration dehydrating device focusing aqueous mixtures are dehydrated, separation
Moisture is collected through the outflow of dewatering screen discharge outlet;Isolated petroleum coke is collected through dewatering screen discharge port, dehydration efficiency height, device
It is simple to operation.The vibrating mechanism of vibrating-dewatering screen 1 can select different capacity according to actual needs;The aperture of sieve used
It can also select according to actual needs, also sieve can be replaced in the different supplied materials intermittent phases, to meet the process demand of different material.This
Outside, also settable buffer damping mechanism reduces noise when vibrating-dewatering screen 1 works, or shakes the influence to other equipment.
Preferably, closed vibrating screen cover 2 is equipped on the outside of the vibrating-dewatering screen 1, the vibrating screen cover 2 is equipped with vibration
Dynamic sieve cover exhaust outlet 21.
It is preferably provided with closed vibrating screen cover 2, when so that vibrating-dewatering screen 1 working, the pernicious gas of petroleum coke generation,
Dust etc. will not be distributed into ambient enviroment, welding and influence staff's health.Vibrating screen cover 2 passes through vibration
Sieve cover exhaust outlet 21 is connected to exhaust treatment system, handles the exhaust gas of collection.1 is sieved when multiple vibrated and dehydrateds are arranged
When, 1 outside can be sieved in each vibrated and dehydrated and vibrating screen cover 2 is respectively set, may also set up a total vibrating screen cover
2.It is preferred that a setting of vibrating screen cover 2 covers all vibrated and dehydrateds sieve 1, make exhaust gas and dust through vibrating screen cover exhaust outlet
21 discharges are sent to exhaust treatment system processing.
Preferably, be additionally provided with feed pipe, the feed pipe passes through the vibrating screen cover 2, with the dewatering screen into
Material mouth is connected.
Preferred feedstock pipeline passes through 2 feeding of vibrating screen cover and enters dewatering screen feed inlet.When the multiple vibrating-dewatering screens 1 of setting
When, feed pipe can be respectively set, and separate the dewatering screen charging that branch pipe is sent into each vibrating-dewatering screen 1 after may also set up general pipeline
Mouthful.
Preferably, swing shedding mechanism is additionally provided with below the discharge valve.
Setting swings shedding mechanism below discharge valve, can be swung in discharge process to change angle and direction,
Equipment (such as automobile) is readily transported to accept in lower section and transport petroleum coke.The swing for swinging shedding mechanism, can be used electronic, liquid
Pressure, air-leg are realized.
Preferably, the vibration dehydrating device is equipped with multiple vibrating-dewatering screens 1, and multiple vibrating-dewatering screens 1 are gone here and there each other
Join, composition vibrating-dewatering screen component, in the vibrating-dewatering screen component, the dewatering screen feed inlet of first order vibrating-dewatering screen 1 is connect
It receives material to flow into, the dewatering screen discharge outlet phase of the dewatering screen feed inlet and upper level vibrating-dewatering screen 1 of next stage vibrating-dewatering screen 1
Even, the dewatering screen discharge outlet of afterbody vibrating-dewatering screen 1 is connected with the drainpipe of vibrating screen, afterbody vibrating-dewatering screen 1
Dewatering screen discharge port for discharging.
In the application, according to production needs, multistage vibrating-dewatering screen 1 can also be set, material (such as petroleum coke) is carried out
Dehydration.As the first scheme of multistage vibrating-dewatering screen 1, multiple vibrating-dewatering screens 1 are arranged in series, first order vibration
Dewatering screen 1 receives material, and the petroleum coke that every level-one vibrating-dewatering screen 1 sifts out is collected respectively, and next stage vibrating-dewatering screen 1
The moisture isolated to upper level vibrating-dewatering screen 1 carries out screening again, by band in the isolated moisture of upper level vibrating-dewatering screen 1
Some lesser petroleum coke particles of partial size, which are collected, to be sent out.Vibrating-dewatering screen 1 through plural serial stage is handled, and can separate receipts as far as possible
Collect petroleum coke, and makes the water cleanliness for being finally separating out higher, can be with reuse, while being also convenient for handling water.No
The mesh size of the vibrating-dewatering screen 1 of same level is different, usually by mesh size be set as from first order vibrating-dewatering screen 1 to
Afterbody vibrating-dewatering screen 1 is gradually reduced.
Preferably, the vibration dehydrating device is equipped with multiple vibrating-dewatering screen components, multiple vibrating-dewatering screen components
It is connected in parallel to each other.
Preferably, by multistage vibrating-dewatering screen 1 series connection formed vibrating-dewatering screen component, then it is multiple be arranged in parallel, then
Each vibrating-dewatering screen component can handle a coke charge aqueous mixtures respectively, improve processing capacity.Material is transported to different
Vibrating-dewatering screen component can be realized by modes such as branch pipe and valves.
Preferably, the vibration dehydrating device is equipped with multiple vibrating-dewatering screens 1, and multiple vibrating-dewatering screens 1 are each other simultaneously
Connection, the dewatering screen feed inlet of each vibrating-dewatering screen 1 receive material respectively.
As the second scheme of multistage vibrating-dewatering screen 1, multiple vibrating-dewatering screens 1 can be connected in parallel to each other, at raising
Reason ability.
Preferably, the material dewatering storage device passes through mounting rack frame high setting.
By vibrating-dewatering screen device by mounting rack frame high setting, it is readily transported vehicle and enters 4 lower section of hopper.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.