Metallic conduit automatic electromagnetic anti-corrosive apparatus
Technical field
This utility model is related to corrosion-proof technology for pipeline field, and in particular to a kind of metallic conduit automatic electromagnetic anti-corrosion dress
Put.
Background technology
In oil field reinjection water system, various microorganisms, such as sulfate reducting bacteria (SRB), iron bacteria (IB), corruption are there are
Raw bacterium (TGB) and other microorganisms, they can cause drilling-production equipment, waterflood-transmission line during growth, metabolism, breeding
And the heavy corrosion of other metal materials, and pipeline is blocked, oil reservoir is damaged, is caused under water injection rate, oil production rate, oil gas quality
Drop, is that crude oil processing brings exceptional hardship, causes great economic loss.
Utility model content
For weak point present in the problems referred to above, this utility model provides a kind of metallic conduit for pipeline corrosion protection
Automatic electromagnetic anti-corrosive apparatus.
For achieving the above object, this utility model provides a kind of metallic conduit automatic electromagnetic anti-corrosive apparatus, including:
Water process cavity, its top are provided with fixed lid, be provided with water inlet and go out on the side wall of the water process cavity
The first electromagnetic valve and the second electromagnetic valve are respectively equipped with the mouth of a river, the water inlet and the outlet, the water inlet is provided with
Water flow sensor;
Electric cabinet, which is arranged on the fixation and covers portion, and the electric cabinet bottom is provided with four emission electrodes, described
One end of radio pole is located at the bottom of the electric cabinet, and the other end of the emission electrode is covered and extends to institute through the fixation
Water process inside cavity is stated, radiating circuit and controller, the emission electrode and the transmitting electricity in the electric cabinet, is provided with
Road electrically connects, and the controller is electrically connected with first electromagnetic valve, second electromagnetic valve and the water flow sensor;
Cross division board, which is arranged at the water process inside cavity, and institute is close at the edge of the cross division board
The inwall of water process cavity is stated, and by the water process cavity even partition into four size identical chambers, four transmitting electricity
Pole is located at four within the chambers respectively, and the emission electrode is located at one end of the within the chamber and is provided with transmitting ring, the water inlet
Adjacent two chambers are respectively communicated with the outlet, the cross division board is by four block size identical sub-dividing plate groups
Into, the two chambers that the water inlet is connected by one of sub-dividing plate with the outlet are completely isolated, its excess-three height every
In plate, one end connecting cavity chamber upper wall of one piece of sub-dividing plate in two neighboring sub-dividing plate is useful between the other end and chamber lower wall
In the gap that water passes through, one end of another piece of sub-dividing plate connects another chamber lower wall, has between the other end and another chamber upper arm
For the gap that water passes through.
Further improve as this utility model, the radiating circuit includes power module, signal generator module and power
Amplifier, the input connection civil power of the power module, the outfan of the power module connect the signal generator module
Input, the outfan of the signal generator module connects the input of the power amplifier, the power amplifier
Outfan connects the emission electrode.
Further improve as this utility model, the water process cavity is cylinder.
Further improve as this utility model, the shell of the water process cavity is metal shell.
Further improve as this utility model, be additionally provided with blowoff valve, the blowoff valve is arranged on the outlet connection
Chamber sidewall on, and near the cavity bottom position.
Further improve as this utility model, the blowoff valve is electromagnetism blowoff valve, the electromagnetism blowoff valve connection institute
Controller is stated, the controller connects wireless communication module.
The beneficial effects of the utility model are:
1st, current are monitored by arranging water flow sensor, automatically controls the opening and closing of electromagnetic valve, it is more convenient and practical;
2nd, the undulate that flows to of water is made by the setting of sub-dividing plate, fully through electromagnetic field, bactericidal effect is more thorough for current
Bottom;
3rd, energy-efficient, environmental protection;
4th, when current pass through anti-corrosive apparatus, the microbes in water body are made by alternating electromagnetic field in anti-corrosive apparatus
With, reach kill antibacterial purpose, so as to play the effect of pipeline corrosion protection;
5th, compared with chemical treatment method, this anti-corrosive apparatus can save water treatment agent, such as corrosion inhibiter, antibacterial etc.;
6th, personal management's expense can be saved, with obvious business efficiency;
7th, easy for installation, operation management is simple, can avoid the adverse consequencess caused as artificial dosing is lack of standardization, acyclic
Pollute in border.
Description of the drawings
Structural representations of the Fig. 1 for this utility model metallic conduit automatic electromagnetic anti-corrosive apparatus;
Partial lateral sectional views of the Fig. 2 for Fig. 1;
Partial lengthwise sectional views of the Fig. 3 for Fig. 1.
In figure:
1st, water process cavity;2nd, cross division board;2a, the first sub-dividing plate;2b, the second sub-dividing plate;2c, the 3rd son every
Plate;2d, the 4th sub-dividing plate;3rd, fixed lid;4th, electric cabinet;5a, the first emission electrode;5b, the second emission electrode;5c, the 3rd
Radio pole;5d, the 4th emission electrode;6a, the first transmitting ring;6b, the second transmitting ring;6c, the 3rd transmitting ring;6d, the 4th transmitting
Ring;7th, water inlet;8th, outlet;9a, the first electromagnetic valve;9b, the second electromagnetic valve;A, first chamber;B, second chamber;C, the 3rd
Chamber;D, the 4th chamber.
Specific embodiment
As Figure 1-3, a kind of metallic conduit automatic electromagnetic anti-corrosive apparatus of this utility model embodiment.
The top of water process cavity 1 is provided with fixed lid 3, is provided with water inlet 7 and water outlet on the side wall of water process cavity 1
Mouth 8, is respectively equipped with the first electromagnetic valve 9a and the second electromagnetic valve 9b, is provided with discharge at water inlet 7 on water inlet 7 and outlet 8
Sensor.
Electric cabinet 4 is arranged on 3 top of fixed lid, and 4 bottom of electric cabinet is provided with the first emission electrode 5a, the second emission electrode
5b, the 3rd emission electrode 5c and the 4th emission electrode 5d, the first emission electrode 5a, the second emission electrode 5b, the 3rd emission electrode
One end of 5c and the 4th emission electrode 5d be located at electric cabinet 4 bottom, the first emission electrode 5a, the second emission electrode 5b, the 3rd
The other end of emission electrode 5c and the 4th emission electrode 5d is through fixed lid 3 and extends to inside water process cavity 1, electric cabinet 4
Inside be provided with radiating circuit and controller, the first emission electrode 5a, the second emission electrode 5b, the 3rd emission electrode 5c and the 4th
Radio pole 5d is electrically connected with radiating circuit, controller and the first electromagnetic valve 9a, the second electromagnetic valve 9b and water flow sensor electricity
Connection.
Cross division board 2 is arranged inside water process cavity 1, and water process cavity 1 is close at the edge of cross division board 2
Inwall, and by 1 even partition of water process cavity into four size identical first chambers a, second chamber b, the 3rd chamber c and
4th chamber d.First emission electrode 5a, the second emission electrode 5b, the 3rd emission electrode 5c and the 4th emission electrode 5d difference position
In first chamber a, second chamber b, the 3rd chamber c and the 4th chamber d, and the first emission electrode 5a, the second emission electrode
5b, the 3rd emission electrode 5c and the 4th emission electrode 5d are located at first chamber a, second chamber b, the 3rd chamber c and the 4th respectively
One end in chamber d is respectively arranged with the first transmitting ring 6a, the second transmitting ring 6b, the 3rd transmitting ring 6c and the 4th transmitting ring 6d,
Water inlet 7 and outlet 8 are respectively communicated with adjacent first chamber a and the 4th chamber d.Cross division board 2 is by equal-sized
First sub-dividing plate 2a, the second sub-dividing plate 2b, the 3rd sub-dividing plate 2c and the 4th sub-dividing plate 2d composition.First chamber a and the 4th chamber d
Completely isolated by the 4th sub-dividing plate 2d, one end of the first sub- division board 2a connects the upper wall of first chamber a, the first sub- division board 2a
The other end and the lower wall of first chamber a between have a gap passed through for water, one end of the second sub-dividing plate 2b connects the second chamber
The lower wall of room b, has the gap passed through for water between the upper wall of the other end and second chamber b of the second sub-dividing plate 2b, and the 3rd is sub
One end of dividing plate 2c connects the upper wall of the 3rd chamber c, useful between the lower wall of the other end and the 3rd chamber c of the 3rd sub-dividing plate 2c
In the gap that water passes through.
Further, radiating circuit includes power module, signal generator module and power amplifier, the input of power module
End connection civil power, the outfan of power module connect the input of signal generator module, the outfan connection of signal generator module
The input of power amplifier, the outfan connection emission electrode of power amplifier.
Further, water process cavity 1 is cylinder, and its shell is metal shell.
Further, in order to periodically discharge the pollutant of within the chamber, blowoff valve is additionally provided with, blowoff valve is arranged on outlet 8
On the side wall of the 4th chamber d of connection, and near the position of the 4th chamber d bottoms.
Further, blowoff valve is electromagnetism blowoff valve, and electromagnetism blowoff valve connection controller, controller connect radio communication mold
Block.
In this utility model, the flow direction of water is:Chamber a is entered from water inlet 7, is entered from the lower section of the first sub- division board 2a
Second chamber b, enters the 3rd chamber c from the top of the second sub- division board 2b, enters the 4th from the lower section of the 3rd sub- division board 2c
Chamber d, subsequently into outlet 8.Such to flow to the undulate that flows to for making water, current are fully through electromagnetic field, sterilization effect
Fruit is more thorough.
When metallic conduit automatic electromagnetic anti-corrosive apparatus of the present utility model work, radiating circuit produces alternating electromagnetism
, the microbes in the water body for flowing through are acted on by electromagnetic field, are reached the purpose for killing antibacterial, are carried out quadruple sterilization, kill
Bacterium effect is good.By water flow sensor being arranged in water inlet, can monitor current, electromagnetic valve is automatically controlled by controller
Opening and closing, makes blowdown more convenient and practical.
Preferred embodiment of the present utility model is the foregoing is only, this utility model is not limited to, for this
For the technical staff in field, this utility model can have various modifications and variations.It is all it is of the present utility model spirit and principle
Within, any modification, equivalent substitution and improvements made etc. are should be included within protection domain of the present utility model.