CN206256903U - Oil/gas Well sulphur removal and residual acid solution processing unit - Google Patents
Oil/gas Well sulphur removal and residual acid solution processing unit Download PDFInfo
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- CN206256903U CN206256903U CN201620919879.4U CN201620919879U CN206256903U CN 206256903 U CN206256903 U CN 206256903U CN 201620919879 U CN201620919879 U CN 201620919879U CN 206256903 U CN206256903 U CN 206256903U
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Abstract
The utility model discloses a kind of Oil/gas Well sulphur removal and residual acid solution processing unit, the device includes injection sampling manifold, infusion device and data acquisition room, the injection sampling manifold is arranged in the explosion-proof area of well site, the infusion device is connected by power cable and data wire with data acquisition room, described injection sampling manifold one end is connected through choke manifold with well head, the other end connects separator, and the separator is connected with oil gas vent manifold.The data acquisition room is arranged in non-anti-explosion area.The beneficial effects of the utility model are：Concentration of hydrogen sulfide and pH value in real-time monitoring manifold, automatic injection pump automatically adjust injection amount of liquid medicine；Remote sampling and detection can be realized；Ensure safety in production.
Description
Technical field
The utility model is related to Petroleum finance technical field, more particularly to a kind of formation testing of sulfide hydrogen Oil/gas Well or
After sulphur removal and acidification of oil gas well during gas testing discharge residual acid solution in and device, be to realize safety and environmental protection formation testing and acidifying
The equipment of operation.
Background technology
The hydrogen sulfide of sulfur crude gas well output is a kind of gas of severe toxicity, and people is in contact with it, it will produce poisoning even dead
Die；Simultaneously as it reacts with steel, hydrogen embrittlement is also easy to produce, causes oil well pipe or flow to corrode, engineering accident occurs.At present,
During the formation testing or gas testing of sulfide hydrogen Oil/gas Well, typically all by gas-liquid separation, hydrogen sulfide containing natural gas is through fire
Burning, hydrogen sulfide containing profit enters in vapor tight tank, is processed using sulfur elimination.There are two disadvantages in such processing method
End：One is to generate sulfur dioxide or sulfur trioxide with the hydrogen sulfide after combustion of natural gas, is still toxic gas, and dirt is caused to environment
Personnel are caused harm by dye, and corrosion is caused to ground flow；Two is the hydrogen sulfide once leakage in vapor tight tank, and environment is caused
Personnel are caused harm by pollution.
After acidification of oil gas well, the residual acid solution of discharge has stronger acidity, if being directly entered production pipe network, must opposite
Produce pipe network and cause corrosion；If being discharged into ground, environment will be polluted.At present, live way is will to be discharged in well
Residual acid solution is put into fluid reservoir, is added alkali and is neutralized.Do so has two：One is because artificial stirring can not make
Residual acid solution is thoroughly reacted with alkali, poor processing effect, and still environment can be polluted after discharge, and corrosion is caused to production procedure；
Two be workmen during stirring, easily directly contacted with residual bronsted lowry acids and bases bronsted lowry, damage.
The content of the invention
Technical problem to be solved in the utility model is to provide a kind of high degree of automation, high safety, treatment effect
Good infusion method Oil/gas Well sulphur removal and residual acid solution processing unit and operating method.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is：A kind of Oil/gas Well sulphur removal and residual acid
Liquid processing device, the device includes injection sampling manifold, infusion device and data acquisition room, and the injection sampling manifold is arranged on
In the explosion-proof area of well site, the infusion device is connected by power cable and data wire with data acquisition room, the injection sampling
Manifold one end is connected through choke manifold with well head, and other end connection separator, the separator is connected with oil gas vent manifold.
The data acquisition room is arranged in non-anti-explosion area.
The injection sampling manifold includes hydrogen sulfide monitoring probe, note before injection sampling manifold sled, oil gas entrance manifold, note
PH value monitoring probe, note early gate, injection pipeline fast interface, injection before monitoring sampler, note before the preceding automatically controlled gate of monitoring, note
Regulating gate, injection pressure sensor, injection head, bypass gate, control cabinet, note late gate, note after cure hydrogen monitoring probe, note
Afterwards automatically controlled gate, oil gas vent, the oil gas entrance manifold front end are monitored after monitoring sampler, note after pH value monitoring probe, note
It is connected with choke manifold；Before sampler is monitored before the note by the way that the automatically controlled gate of monitoring is arranged on note early gate before note, above it is equipped with
PH value monitoring probe before hydrogen sulfide monitoring is popped one's head in and noted before note；Sampler is monitored after the note to pacify by monitoring automatically controlled gate after note
It is upper equipped with pH value monitoring probe after note after cure hydrogen monitoring probe and note after note late gate；The injection head is blocked up on head
The empty cylinder in dead center, many apertures are provided with infusion head, on the manifold between note early gate and note late gate, note
Enter equipped with injection regulating gate on head, the injection regulating gate other end is equipped with injection pipeline fast interface and injection pressure sensing
Device；The hydrogen sulfide monitoring probe and pH value monitor probe and injection pressure sensor is connected to control cabinet by holding wire, note
Automatically controlled gate is monitored after the preceding automatically controlled gate of monitoring and note to be connected with control cabinet by controlling cable.
The note early gate, note late gate, bypass gate are distributed in " mouth " type manifold, and note early gate, note late gate exist
On same straight pipe-line.
The infusion device includes Agitation Tank, Agitation Tank density sensor, Agitation Tank liquid level sensor, compound pump inlet tube
Line, compound pump, compound pump outlet line, pump inlet pipeline, the automatically controlled gate of pump pressure release, pump discharge meter, infusion enter automatically controlled gate, match somebody with somebody
Electronic box, pump pressure sensor, No. I injection pump, No. II injection pump, pumping-out line, injection pipeline fast interface, pharmacy jar, medicine
Agent tank level indicator, pharmacy jar density sensor, agitator, sled composition, the Agitation Tank, pharmacy jar, No. I injection pump, II
Number injection pump, compound pump are arranged on sled；Density sensor, liquid level sensor and agitator are housed on the Agitation Tank, and it is logical
Compound pump inlet line is crossed to be connected with compound pump；Liquid level sensor, density sensor are housed, side passes through medicine on the pharmacy jar
Agent pump discharge pipeline is connected with compound pump, and opposite side is connected by pump inlet pipeline with injection pump；It is equipped with the injection pump and is let out
Voltage control gate, injects automatically controlled gate, and fast interface is housed on the export pipeline of the injection pump, with injection pipeline one end phase
Even；On the injection pump be equipped with pressure sensor, flowmeter, be connected with distribution box by signal cable, the automatically controlled gate of pressure release with
Automatically controlled gate is injected to be connected with distribution box by controlling cable.
The injection pump and the automatically controlled gate of pressure release, pressure sensor, flowmeter inject the control rotation of automatically controlled gate and pump
Button, display instrument are two sets.
The data acquisition room includes mobile field camp display screen, computer, long-distance control cabinet, signal cable axle, power cable
Axle, hydrogen sulfide signal receiver, hydrogen sulfide alarm.
The beneficial effects of the utility model are：
1. real-time PLC is used, instrument, sensor, the work of power-equipment automatic synchronization is realized；
2. the concentration of hydrogen sulfide and pH value in real-time monitoring manifold, and well site keypoint part concentration of hydrogen sulfide；
3., according to concentration of hydrogen sulfide, the pH value of measurement in real time, automatic injection pump automatically adjusts injection amount of liquid medicine；
4. can effective infusion sulfur elimination or residual acid neutralizing agent, using two stage treatment, reaction of high order mode, the output from well
Oil gas aqueous mixtures in effectively removal of hydrogen sulfide or residual acid, or vulcanization is effectively eliminated from natural gas and profit after separation
Hydrogen, eliminates residual acid from the oil-water mixture after separation；
5. infusion head high-pressure injection sulfur elimination or residual acid neutralizing agent after oil nozzle are arranged on so that sulfur elimination or residual acid are neutralized
Agent can be sufficiently mixed reaction with the hydrogen sulfide in gas-liquid or residual acid；
6. by parameter realities such as pressure, discharge capacity, concentration of hydrogen sulfide, pH value, liquid level, fluid density, the rotating speed of pump, frequencies
When pass to control room, be displayed on giant-screen；
7. parameters automatically form form, and data, curve, chart are directly perceived；
8. injection manifold can realize remote sampling and detection；
9. real-time displaying scene work picture on control room screen；
10. sulfide hydrogen or do not controlled in the range of safety index in the air-liquid for causing output ground, realized gas testing
During safety in production.
Brief description of the drawings
Fig. 1 is the well layout figure of the sulphur removal of the utility model Oil/gas Well and residual acid solution processing unit；
Fig. 2 is the utility model injection sampling manifold schematic diagram；
Fig. 3 is infusion schematic device of the present utility model；
Fig. 4 is data acquisition room of the present utility model schematic diagram；
Fig. 5 display screen electrical control working interface schematic diagrames of the present utility model；
Fig. 6 remote control cabinet panel schematic diagrames of the present utility model.
Wherein：
1st, well site explosion-proof area；2nd, well head；3rd, choke manifold；4th, flow pipeline；5th, injection sampling manifold；6,9, data
Line；7th, pipeline is injected；8th, infusion device；10th, power cable；11st, data acquisition room；12nd, Oil/gas Well sulphur removal and residual acid solution are processed
Device；13rd, separator；14th, injection sampling manifold sled；15th, oil gas entrance manifold；16th, hydrogen sulfide monitoring probe before noting；17th, note
The preceding automatically controlled gate of monitoring；18th, monitoring sampler before noting；19th, pH value monitoring probe before noting；20th, early gate is noted；21st, pipeline is injected
Fast interface；22nd, regulating gate is injected；23rd, pressure sensor is injected；24th, injection head；25th, bypass gate；26th, control cabinet；
27th, late gate is noted；28th, note after cure hydrogen monitoring probe；29th, sampler is monitored after noting；30th, pH value monitoring probe after noting；31st, note
After monitor gate；32nd, oil gas vent manifold；33rd, Agitation Tank；34th, Agitation Tank density sensor；35th, Agitation Tank liquid level sensor；
36th, compound pump inlet line；37th, compound pump；38th, compound pump outlet line；39th, 53 I, No. II pump inlet pipeline；40、52Ⅰ、Ⅱ
Number automatically controlled gate of pump pressure release；41st, 51 I, No. II pump discharge meter；42nd, 49 I, No. II infusion enters automatically controlled gate；43 distribution boxs；44、50
Ith, No. II pump pressure sensor；45th, 46 I, No. II injection pump；47 I, No. II pumping-out line；48th, pipeline fast interface is injected；
54th, pharmacy jar；55th, medicament tank level indicator；56th, pharmacy jar density sensor；57th, agitator；58th, prize；33rd, Agitation Tank；
34th, Agitation Tank density sensor；35th, Agitation Tank liquid level sensor；36th, compound pump inlet line；37th, compound pump；38th, compound pump
Outlet line；39th, 53 I, No. II pump inlet pipeline；40th, 52 I, No. II automatically controlled gate of pump pressure release；41st, 51 I, No. II pump discharge meter；
42nd, 49 I, No. II infusion enters automatically controlled gate；43rd, distribution box；44th, 50 I, No. II pump pressure sensor；45th, 46 I, No. II injection
Pump；47 I, No. II pumping-out line；48th, pipeline fast interface is injected；54th, pharmacy jar；55th, medicament tank level indicator；56th, medicine
Agent tank density sensor；57th, agitator；58th, prize；59th, mobile field camp；60th, display screen；61st, computer；62nd, long-distance control cabinet；
63rd, signal cable axle；64th, power cable axle；65th, hydrogen sulfide signal receiver；66th, hydrogen sulfide alarm；67th, 93 I, No. II pump
Start；68th, 92 I, No. II pump stops；69th, 88 I, No. II pump pressure release；70th, 91 I, No. II pump frequency；71st, 89 I, No. II pump frequency
Subtract；72nd, 90 I, No. II pump frequency adds；73rd, 94 I, No. II injection pump；74th, 95 I, No. II pump discharge；75th, 96 I, No. II pump pressure；
76th, pharmacy jar liquid level；77th, pharmacy jar density；78th, pharmacy jar；79th, compound pump stops；80th, medicament pump startup；81st, compound pump；
82nd, Agitation Tank liquid level；83rd, Agitation Tank density；84th, Agitation Tank；85th, agitator starts；86th, agitator；87th, agitator stops；
97th, 110 I, No. II infusion enters valve；98th, pressure is injected；99th, oil gas vent；100th, sampler after noting；101st, pH value after noting；
102nd, after cure hydrogen concentration is noted；103rd, late gate is noted；104th, bypass gate；105th, early gate is noted；106th, pH value before noting；107th, note
Preceding hydrogen sulfide；108th, sampler before noting；109th, oil gas entrance；111st, guidance panel；112nd, 116 I, No. II pump stop button；
113rd, 117 I, No. II pump startup button；114th, 118 I, No. II pump operating indicator lamp；115th, 119 I, No. II pump frequency conversion device；120、
Compound pump stop button；121st, compound pump start button；122nd, compound pump run indicator；123rd, PLC module；124th, agitator
Stop button；125th, agitator start button；126th, agitator run indicator；127th, automatic button；128th, Agitation Tank density
Table；129th, Agitation Tank content gauge；130th, MP table；131st, pharmacy jar density meter；132nd, pH value table after noting；133rd, sulphur after noting
Change hydrogen meter；134th, pharmacy jar content gauge；135th, pH value table before noting；136th, vulcanization hydrogen meter before noting；137th, 140 I, No. II injection pumping frequency
Rate table；138th, 141 II, No. I injection pump pressure gauge；139th, 142 II, No. I injection pump flowmeter.
Specific embodiment
This invention is described further with specific embodiment below in conjunction with the accompanying drawings, but not as to of the present utility model
Limit.
As shown in figure 1, Oil/gas Well sulphur removal and residual acid solution processing unit are mainly made up of three parts：Injection sampling manifold 5, pump
Dispensing device 8 and data acquisition room 11.The injection sampling manifold 5 is located in well site explosion-proof area 1, and choke manifold 3 connects with well head 2
Connect, the oil gas entrance 15 of injection sampling manifold 5 is connected by flow pipeline with choke manifold 3, oil gas vent 32 and separator
13 are connected；The injection pipeline fast interface 21 of the injection sampling manifold 5 leads to the injection pipeline of infusion device 8 fast interface 48
Cross injection pipeline 7 to be connected, the connection infusion of data wire 6 device 8；The infusion device 8 is connected by power cable 10 and data wire 9
To data acquisition room 11, data acquisition room is placed in non-anti-explosion area.
Fig. 2 represents the utility model injection sampling manifold schematic diagram.The effect of injection sampling manifold is that collection injection is front and rear
Hydrogen sulfide and PH data, by infusion sulfur elimination in injection head earthward flow or residual sour neutralizer.Mainly by injection sampling pipe
The preceding hydrogen sulfide of remittance sled 14, oil gas entrance 15, note monitors automatically controlled gate 17, notes preceding monitoring sampler 18, note before monitoring 16, note of popping one's head in
Preceding pH value monitoring probe 19, note early gate 20, injection pipeline fast interface 21, injection regulating gate 22, injection pressure sensor
23rd, sampling is monitored after injection head 24, bypass gate 25, control cabinet 26, note late gate 27, note after cure hydrogen monitoring probe 28, note
Gate 31, oil gas vent 32 are monitored after device 29, note after pH value monitoring probe 30, note to constitute.Wherein：The injection sampling manifold sled
14 are used for installing each part, facilitate hoisting transportation；The front end of oil gas entrance manifold 15 is connected with choke manifold 3, oil gas vent
The rear end of manifold 32 is connected with separator 13；The note early gate 20, note late gate 21, bypass gate 25 are distributed in " mouth " type manifold
In, note early gate 20, note late gate 21 are on same straight pipe-line；Sampler 18 is monitored before the note to be used for monitoring hydrogen sulfide before note
Concentration and pH value, its pass through to note before before the automatically controlled gate 17 of monitoring is arranged on note early gate 20, it is upper to be visited equipped with hydrogen sulfide monitoring before note
First 16 monitor probe 19 with the preceding pH value of note；Sampler 29 is monitored after the note to be used for monitoring note after cure hydrogen concentration and pH value, its
By monitoring automatically controlled gate 31 after note after note late gate 27, upper being equipped with notes pH value after after cure hydrogen is monitored probe 28 and noted
Monitoring probe 30；The injection head 24 is an external diameter 50cm, internal diameter 30cm, the cylinder of length 20cm, is provided with infusion head straight
The aperture of footpath 0.5mm 10, sulfur elimination can be spurted into gas testing flow manifold in vaporific, after note early gate 20 and note
On manifold between gate 27, equipped with injection regulating gate 22 on injection head 24, injection regulating gate 22 other end is equipped with injection
Pipeline fast interface 21 and injection pressure sensor 23；Hydrogen sulfide monitoring probe 16,28 and pH value monitoring probe 19,30 and
Injection pressure sensor 23 is connected to control cabinet 26 by signal control line.Detect automatically controlled after the automatically controlled gate 17 of detection and note before note
Gate 31 passed through signal and controlled cable connection to control cabinet 26.
Fig. 3 represents infusion schematic device of the present utility model.Infusion apparatus function is to prepare and infusion sulfur elimination or residual
Sour neutralizer.Mainly by Agitation Tank 33；Agitation Tank density sensor 34；Agitation Tank liquid level sensor 35；Compound pump inlet line
36；Compound pump 40；Compound pump outlet line 38；Pump inlet pipeline 39,53；The automatically controlled gate 40,52 of pump pressure release；Pump discharge meter 41,
51；Infusion enters automatically controlled gate 42,49；Distribution box 43；Pump pressure sensor 44,50；No. I injection pump 45；No. II injection pump 46；Pump
Export pipeline 47；Injection pipeline fast interface 48；Pharmacy jar 54；Medicament tank level indicator 55；Pharmacy jar density sensor 56；
Agitator 57；Sled composition 58.Wherein：The Agitation Tank 33, the injection pump 46 of injection pump 45, II of pharmacy jar 54, I and annex peace
On sled 58, compact conformation is easy to hoisting transportation；The Agitation Tank 33 is a 2m3Stainless steel square tank, above equipped with density sensing
Device 34, liquid level sensor 35 and agitator 57, for preparing sulfur elimination or residual sour neutralizer, show its density and liquid level, with liquid
Tank 33 is connected by compound pump inlet line 36 with compound pump 37；The pharmacy jar 54 is a 0.8m3Stainless steel square tank, for storing up
Sulfur elimination or residual sour neutralizer that layer is prepared, above equipped with liquid level sensor 55, density sensor 56, side is pumped out by medicament
Mouth pipeline 38 is connected with compound pump 37, and opposite side is connected by pump inlet pipeline 39,53 with injection pump；The note of the infusion device
Enter the component related to pump of pump 45,46, the automatically controlled gate 40,52 of pressure release, pressure sensor 44,50, flowmeter 41,51, injection electricity
The control handle of control gate 42,49 and pump, display instrument are two sets, and to realize infusion method after-treatment, top is arranged as No. I
Pump 45, is arranged as No. II pump 46 below, and injection pump is JYMX (II) Series Hydraulic diaphragm metering pump, match somebody with somebody fire-proof motor and pump into
Integrally, the adjustment of discharge capacity can be realized by the frequency control of motor, the maximum working pressure (MWP) of pump, discharge capacity are produced according to hydrogen sulfide
Amount calculates selected；Pressure release automatically controlled gate 40,52 is housed on the injection pump 45,46, automatically controlled gate 42,49 is injected, and by pipe
Road connects；Fast interface 48 is housed on the export pipeline 47 of the injection pump, is connected with injection pipeline one end；On the injection pump
Equipped with pressure sensor 44,50, flowmeter 41,51, cable is controlled to be connected with distribution box 43 by signal.The automatically controlled gate of pressure release
40th, 52 and inject automatically controlled gate 42,49 and be connected with distribution box 43 by controlling cable.
Fig. 4 represents data acquisition room of the present utility model schematic diagram.Data acquisition room is a special mobile field camp, mainly
Believed by mobile field camp 59, display screen 60, computer 61, long-distance control cabinet 62, signal cable axle 63, power cable axle 64, hydrogen sulfide
Number receiver 65, hydrogen sulfide alarm 66 are constituted.Wherein：The computer 61 and display screen 60 are used for remote control hardware, show
Show hardware effort state, receiving, processing data signal, displaying scene work picture are specifically illustrated by Fig. 5；The remote control
Cabinet 62 is used for the various signals of collection site, data, the electric control element equipment of control field apparatus, is specifically illustrated by Fig. 6；The sulphur
Change the vulcanization hydrogen signal that hydrogen signal receiver 65 can be beamed back with wireless receiving scene, long-distance control cabinet is transferred to by holding wire
62；The hydrogen sulfide alarm 66 is, when concentration of hydrogen sulfide is exceeded, to send sound and light alarm signal, points out field personnel note
Meaning takes safeguard procedures；The power cable axle 64 is used for winding power cable, for infusion device provides electrical source of power；The letter
Number cable axle 63 winding signal control cable, connects the distribution box and long-distance control cabinet of infusion device, control device and transmission number
According to.
Fig. 5 represents display screen electrical control working interface schematic diagram of the present utility model.Wherein each icon representation：Injection pump
73、94；Pump startup 67,93；Pump stops 68,92；Pump pressure release 69,88；Pump frequency 70,91；Pump frequency adds 72,90；Pump frequency subtracts
71、89；Pump pressure 75,96；Pump discharge 74,95；Pharmacy jar 78；Pharmacy jar liquid level 82；Pharmacy jar density 83；Compound pump 81；Medicament
Pump startup 87；Compound pump stops 79；Agitation Tank 84；Agitation Tank liquid level 82；Agitation Tank density 83；Agitator 86；Agitator starts
85；Agitator stops 87；Infusion enters valve 97,110；Injection pressure 98；Oil gas entrance 99；Oil gas vent 109；Bypass gate
104；Note early gate 105；Sampler 108 before note；Hydrogen sulfide 107 before note；PH value 106 before note；Sampler 100 after note；Sulphur after note
Change hydrogen concentration 102；PH value 101 after note；Note late gate 103.
Fig. 6 represents remote control cabinet panel schematic diagram of the present utility model.Mainly by guidance panel 111；Pump frequency conversion device
115、119；PLC module 123；Automatic button 127；Pump startup button 113,117；Stop button 112,116；Pump operates indicator lamp
114、118；Compound pump start button 121；Compound pump stop button 120；Compound pump run indicator 122；Agitator starts to be pressed
Button 125；Agitator stop button 124；Agitator run indicator 126；Agitation Tank density meter 128；Agitation Tank content gauge 129；
MP table 130；Pharmacy jar density meter 131；Pharmacy jar content gauge 129；Vulcanization hydrogen meter 136 before note；PH value table 135 before note；
Note after cure hydrogen meter 133；PH value table 132 after note；Injection pump frequency meter 137,140；Injection pump pressure gauge 138,141；Injection pump
Flowmeter 139,142 is constituted.
A kind of Oil/gas Well sulphur removal of the present utility model and the operating method of residual acid solution processing unit, step one, into data
Collection room, open display screen, computer, long-distance control cabinet, signal cable axle, power cable axle, hydrogen sulfide signal receiver and
Hydrogen sulfide alarm；Step 2, injects sampling manifold and gathers the front and rear hydrogen sulfide of injection and PH data, to pump by computer operation
Dispensing device sends sulfur elimination or residual sour neutralizer information；Step 3, the information of infusion device receiving step two prepares infusion sulphur removal
Agent or residual sour neutralizer are neutralized；Step 4, processes the oil gas that separated device is isolated.The step 3, receives step
When one hydrogen sulfide alarm sends concentration of hydrogen sulfide exceeded sound and light alarm signal, field personnel is pointed out to take safeguard procedures.
Claims (7)
1. a kind of Oil/gas Well sulphur removal and residual acid solution processing unit, it is characterized in that：The device includes injection sampling manifold (5), infusion
Device (8) and data acquisition room (11), injection sampling manifold (5) are arranged in well site explosion-proof area (1), the infusion dress
Put (8) to be connected with data acquisition room (11) by power cable (10) and data wire (9), described injection sampling manifold (5) one end
It is connected with well head (2) through choke manifold (3), the other end connects separator (13), the separator (13) and oil gas vent manifold
It is connected.
2. a kind of Oil/gas Well sulphur removal according to claim 1 and residual acid solution processing unit, it is characterized in that：Data acquisition room sets
Put in non-anti-explosion area.
3. a kind of Oil/gas Well sulphur removal according to claim 1 and residual acid solution processing unit, it is characterized in that：The injection sampling
Manifold (5) includes prison before hydrogen sulfide monitoring probe (16), note before injection sampling manifold sled (14), oil gas entrance manifold (15), note
Survey monitoring sampler (18), preceding pH value monitoring probe (19) of note, note early gate (20), injection pipeline before automatically controlled gate (17), note
Fast interface (21), injection regulating gate (22), injection pressure sensor (23), injection head (24), bypass gate (25), control
PH value monitoring is visited after sampler (29), note are monitored after case (26), note late gate (27), note after cure hydrogen monitoring probe (28), note
Automatically controlled gate (31), oil gas vent (32), oil gas entrance manifold (15) front end and choke manifold are monitored after head (30), note
(3) it is connected；Sampler (18) is monitored before the note by the automatically controlled gate (17) of monitoring before note before note early gate (20), on
Equipped with pH value monitoring probe (19) before hydrogen sulfide monitoring probe (16) before note and note；Sampler (29) is monitored after the note by note
After monitor automatically controlled gate (31) after note late gate (27), upper pH value equipped with note after cure hydrogen monitoring probe (28) and after noting
Monitoring probe (30)；The injection head (24) is that the empty cylinder in center is blocked on head, and injection head is provided with many apertures on (24),
On manifold between note early gate (20) and note late gate (27), equipped with injection regulating gate on injection head (24)
(22), injection regulating gate (22) other end is equipped with injection pipeline fast interface (21) and injection pressure sensor (23)；It is described
Hydrogen sulfide monitoring probe (16,28) and pH value monitoring probe (19,30) and injection pressure sensor (23) are connected by holding wire
To control cabinet (26), automatically controlled gate (31) is monitored by controlling cable and control cabinet after the automatically controlled gate (17) of monitoring and note before note
(26) connect.
4. a kind of Oil/gas Well sulphur removal according to claim 3 and residual acid solution processing unit, it is characterized in that：The note early gate
(20), note late gate (27), bypass gate (25) are distributed in " mouth " type manifold, and note early gate (20), note late gate (27) exist
On same straight pipe-line.
5. a kind of Oil/gas Well sulphur removal according to claim 1 and residual acid solution processing unit, it is characterized in that：The infusion device
(8) including Agitation Tank (33), Agitation Tank density sensor (34), Agitation Tank liquid level sensor (35), compound pump inlet line
(36), compound pump (40), compound pump outlet line (38), pump inlet pipeline (39,53), the automatically controlled gate of pump pressure release (40,52), pump
Flowmeter (41,51), infusion enter automatically controlled gate (42,49), distribution box (43), pump pressure sensor (44,50), No. I injection pump
(45), No. II injection pump (46), pumping-out line (47), injection pipeline fast interface (48), pharmacy jar (54), pharmacy jar liquid level
Sensor (55), pharmacy jar density sensor (56), agitator (57), sled (58) composition, the Agitation Tank (33), pharmacy jar
(54), No. I injection pump (45), No. II injection pump (46), compound pump (37) are on sled (58)；Filled on the Agitation Tank (33)
There are density sensor (34), liquid level sensor (35) and agitator (57), and by compound pump inlet line (36) and compound pump
(37) connect；Liquid level sensor (55), density sensor (56) are housed, side passes through medicament pump discharge on the pharmacy jar (54)
Pipeline (38) is connected with compound pump (37), and opposite side is connected by pump inlet pipeline (39,53) with injection pump；The injection pump
The automatically controlled gate of pressure release (40,52) is housed on (45,46), automatically controlled gate (42,49), the export pipeline (47) of the injection pump is injected
It is upper that fast interface (48) is housed, it is connected with injection pipeline one end；Pressure sensor (44,50), flow are housed on the injection pump
Meter (41,51), is connected by signal cable with distribution box (43), the automatically controlled gate of pressure release (40,52) and the automatically controlled gate of injection (42,
49) it is connected with distribution box (43) by controlling cable.
6. a kind of Oil/gas Well sulphur removal according to claim 5 and residual acid solution processing unit, it is characterized in that：The injection pump
(45,46) and the automatically controlled gate of pressure release (40,52), pressure sensor (44,50), flowmeter (41,51), the automatically controlled gate of injection (42,
And the control handle of pump, display instrument are two sets 49).
7. a kind of Oil/gas Well sulphur removal according to claim 1 and residual acid solution processing unit, it is characterized in that：The data acquisition
Room (11) includes mobile field camp (59) display screen (60), computer (61), long-distance control cabinet (62), signal cable axle (63), power
Cable axle (64), hydrogen sulfide signal receiver (65), hydrogen sulfide alarm (66).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620919879.4U CN206256903U (en) | 2016-08-22 | 2016-08-22 | Oil/gas Well sulphur removal and residual acid solution processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620919879.4U CN206256903U (en) | 2016-08-22 | 2016-08-22 | Oil/gas Well sulphur removal and residual acid solution processing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206256903U true CN206256903U (en) | 2017-06-16 |
Family
ID=59023355
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620919879.4U Withdrawn - After Issue CN206256903U (en) | 2016-08-22 | 2016-08-22 | Oil/gas Well sulphur removal and residual acid solution processing unit |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106121620A (en) * | 2016-08-22 | 2016-11-16 | 中国石油集团渤海钻探工程有限公司 | Oil/gas Well sulphur removal and residual acid solution processing means and operational approach |
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2016
- 2016-08-22 CN CN201620919879.4U patent/CN206256903U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106121620A (en) * | 2016-08-22 | 2016-11-16 | 中国石油集团渤海钻探工程有限公司 | Oil/gas Well sulphur removal and residual acid solution processing means and operational approach |
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| AV01 | Patent right actively abandoned |
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| AV01 | Patent right actively abandoned |