CN204631023U - Indoor oil field sewage air-flotation oil removing simulation test device - Google Patents
Indoor oil field sewage air-flotation oil removing simulation test device Download PDFInfo
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- CN204631023U CN204631023U CN201520358746.XU CN201520358746U CN204631023U CN 204631023 U CN204631023 U CN 204631023U CN 201520358746 U CN201520358746 U CN 201520358746U CN 204631023 U CN204631023 U CN 204631023U
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Abstract
The utility model discloses indoor oil field sewage air-flotation oil removing simulation test device, comprise air compressor machine, first screws valve, spinner-type flowmeter, second screws valve, air influent stream pipe, constant temperature water bath, thermostatted water influent stream pipe, by the air supporting cylinder with height metering scale, with the air-flotation column that the heat release water jacket being installed in air supporting cylinder outside around the mode of air supporting cylinder is formed with the aeration head being built in air supporting cylinder cylinder chamber inner bottom part, bracing frame, oil trap, oil slick outflow tube, drip tank, chemical tank, first peristaltic pump, 3rd screws valve, drug-feeding tube, thermostat water bath, tank, second peristaltic pump, 4th screws valve, water influent stream pipe to be treated, T-valve, water medicine potpourri influent stream pipe, first processed water outflow tube, 5th screws valve, 3rd peristaltic pump, receive bucket, second processed water outflow tube, temperature sensor, temperature signal output lead and temperature digital display display instrument.The utility model structure is simple, simple operation, and can realize Air Bubble Size adjustable, water temperature is controlled, and the function of continuous flow and receipts oil, can effectively meet needed for the oilfield sewage oil removal by air bubbling test evaluation for desk research.
Description
Technical field
The utility model relates to oilfield sewage waste-oil scavenger, particularly indoor oil field sewage air-flotation oil removing simulation test device.
Background technology
Air supporting utilizes the micro-bubble of high degree of dispersion to go to stick the oil droplet in oily sewage and pollutant as carrier, makes it be removed to the water surface with air bubble buoyancy.Dissolved air flotation to as if oil emulsion and hydrophobicity fine solid suspension.By Bubble-floating Method can effectively remove oil-in-water class, and be difficult to the oily sewage with sedimentation process to those especially, By Bubble-floating Method treatment effeciency is high, and effluent quality is good, and is used widely.At present, air flotation technology and device relative maturity, airfloat equipment exists mainly with industrialized unit or skid form greatly, but early stage is for evaluating the indoor small analogue experiment installation of sewage air-flotation effect seldom by commercialization, therefore, the realized Air Bubble Size simple to operate building a kind of applicable laboratory study is adjustable, and water temperature is controlled, continuous flow and to receive oil removal by air bubbling simulation test device for the purpose of oil particularly important.
Utility model content
The purpose of this utility model is to provide a kind of indoor oil field sewage air-flotation oil removing simulation test device, structure is simple, simple operation, Air Bubble Size can be realized adjustable, water temperature is controlled, the function of continuous flow and receipts oil, can effectively meet needed for the oilfield sewage oil removal by air bubbling test evaluation for desk research.
The purpose of this utility model is achieved in that a kind of indoor oil field sewage air-flotation oil removing simulation test device, comprise air compressor machine, first screws valve, spinner-type flowmeter, second screws valve, air influent stream pipe, constant temperature water bath, thermostatted water influent stream pipe, by the air supporting cylinder with height metering scale, with the air-flotation column that the heat release water jacket being installed in air supporting cylinder outside around the mode of air supporting cylinder is formed with the aeration head being built in air supporting cylinder cylinder chamber inner bottom part, bracing frame, oil trap, oil slick outflow tube, drip tank, chemical tank, first peristaltic pump, 3rd screws valve, drug-feeding tube, thermostat water bath, tank, second peristaltic pump, 4th screws valve, water influent stream pipe to be treated, T-valve, water medicine potpourri influent stream pipe, first processed water outflow tube, 5th screws valve, 3rd peristaltic pump, receive bucket, second processed water outflow tube, temperature sensor, temperature signal output lead and temperature digital display display instrument, air-flotation column is packed on bracing frame, air compressor machine, first screws valve, spinner-type flowmeter and second is screwed valve and to be connected successively by air influent stream pipe and the air hole be provided with bottom air supporting cylinder and aeration head are connected to air supporting cylinder cylinder chamber, constant temperature water bath connects by thermostatted water influent stream pipe the water inlet be arranged with that puts hot water, oil trap to be packed on nozzle that air supporting cylinder top is provided with and to connect drip tank by oil slick outflow tube, chemical tank, first peristaltic pump and the 3rd is screwed valve and is connected successively by drug-feeding tube and be connected to T-valve, the tank be installed with in thermostat water bath, second peristaltic pump and the 4th screws valve and is connected successively by water influent stream pipe to be treated and be connected to T-valve, water medicine potpourri influent stream pipe stretches into air supporting cylinder cylinder chamber near the bottom of aeration head through the nozzle that air supporting cylinder top is provided with, T-valve is connected to air supporting cylinder cylinder chamber by water medicine potpourri influent stream pipe, first processed water outflow tube extend air supporting cylinder cylinder chamber near the top of nozzle through the nozzle that air supporting cylinder top is provided with, first processed water outflow tube connect and the 5th screw valve, 5th screw valve and the 3rd peristaltic pump by second processed water outflow tube connect successively and be connected to receipts bucket, the inductive probe of temperature sensor stretches into air supporting cylinder cylinder chamber through the nozzle that air supporting cylinder top is provided with, the signal output part of temperature sensor connects the signal input part of temperature digital display display instrument by temperature signal output lead.
When the utility model is specifically implemented, the aeration head installing required aperture is required according to test design, open air compressor machine, second peristaltic pump finally pumps into water medicine potpourri influent stream pipe through T-valve by by constant temperature water bath constant temperature to the water sample of test temperature, meanwhile, medicament is finally pumped into water medicine potpourri influent stream pipe through T-valve by the first peristaltic pump, water sample and medicament constantly flow in air supporting cylinder continuously and form liquid medicine mixed liquor in water medicine potpourri influent stream pipe, air compressor machine by pressure-air finally in aeration head injected gas floating drum, pressure-air is dispersed into ultramicro air bubble by aeration head in liquid medicine mixed liquor, the effect of the ultramicro air bubble that sewage is formed by aeration head then in liquid medicine mixed liquor and medicament fully carries out oil and water separation, accumulative the floating up in oil trap of isolated oil forms oil slick, final gravitate overflows in drip tank through oil slick outflow tube, 3rd peristaltic pump by the water separated below oil slick in air-flotation column finally through first, second the suction of processed water outflow tube receive in bucket, TWS is reached high-precision digital-display temperature indicator by temperature sensor, the circulating hot water that water sample test temperature can be produced by constant temperature water bath is adjusted.The influent stream amount that the water inlet be arranged with through putting hot water from the thermostatted water of constant temperature water bath flows into is to guarantee that in air-flotation column, the water sample residence time meets testing requirements with the prerequisite of the flow set that the water delivering orifice be arranged with through putting hot water flows out, and the water temperature of constant temperature water bath should ensure that the temperature constant of water sample in air-flotation column is to test temperature.The utility model structure is simple, simple operation, and can realize Air Bubble Size adjustable, water temperature is controlled, and the function of continuous flow and receipts oil, can effectively meet needed for the oilfield sewage oil removal by air bubbling test evaluation for desk research.
Accompanying drawing explanation
Fig. 1 is the overall structural representation of the utility model.
Embodiment
A kind of indoor oil field sewage air-flotation oil removing simulation test device, as shown in Figure 1, comprise air compressor machine 1, first screws valve 17, spinner-type flowmeter 2, second screws valve 18, air influent stream pipe, constant temperature water bath 15, thermostatted water influent stream pipe, by the air supporting cylinder with height metering scale, with the air-flotation column that the heat release water jacket 3 being installed in air supporting cylinder outside around the mode of air supporting cylinder is formed with the aeration head 16 being built in air supporting cylinder cylinder chamber inner bottom part, bracing frame 23, oil trap 4, oil slick outflow tube, drip tank 14, chemical tank 5, first peristaltic pump 6, 3rd screws valve 21, drug-feeding tube, thermostat water bath 7, tank 8, second peristaltic pump 9, 4th screws valve 20, water influent stream pipe to be treated, T-valve 22, water medicine potpourri influent stream pipe, first processed water outflow tube, 5th screws valve 19, 3rd peristaltic pump 10, receive bucket 11, second processed water outflow tube, temperature sensor 13, temperature signal output lead and temperature digital display display instrument 12, air-flotation column is packed on bracing frame 23, air compressor machine 1, first screws valve 17, spinner-type flowmeter 2 and second is screwed valve 18 and to be connected successively by air influent stream pipe and the air hole be provided with bottom air supporting cylinder and aeration head 16 are connected to air supporting cylinder cylinder chamber, the water inlet that constant temperature water bath 15 is provided with by thermostatted water influent stream pipe connection heat release water jacket 3, oil trap 4 to be packed on nozzle that air supporting cylinder top is provided with and to connect drip tank 14 by oil slick outflow tube, chemical tank 5, first peristaltic pump 6 and the 3rd is screwed valve 21 and is connected successively by drug-feeding tube and be connected to T-valve 22, the tank 8 be installed with in thermostat water bath 7, second peristaltic pump 9 and the 4th screws valve 20 and is connected successively by water influent stream pipe to be treated and be connected to T-valve 22, water medicine potpourri influent stream pipe stretches into air supporting cylinder cylinder chamber near the bottom of aeration head through the nozzle that air supporting cylinder top is provided with, T-valve 22 is connected to air supporting cylinder cylinder chamber by water medicine potpourri influent stream pipe, first processed water outflow tube extend air supporting cylinder cylinder chamber near the top of nozzle through the nozzle that air supporting cylinder top is provided with, first processed water outflow tube connect and the 5th screw valve 19, 5th screw valve 19 and the 3rd peristaltic pump 10 by second processed water outflow tube connect successively and be connected to and receive bucket 11, the inductive probe of temperature sensor 13 stretches into air supporting cylinder cylinder chamber through the nozzle that air supporting cylinder top is provided with, the signal output part of temperature sensor 13 connects the signal input part of temperature digital display display instrument 12 by temperature signal output lead.
Claims (1)
1. an indoor oil field sewage air-flotation oil removing simulation test device, is characterized in that: comprise air compressor machine (1), first screws valve (17), spinner-type flowmeter (2), second screws valve (18), air influent stream pipe, constant temperature water bath (15), thermostatted water influent stream pipe, by the air supporting cylinder with height metering scale, with the air-flotation column that the heat release water jacket (3) being installed in air supporting cylinder outside around the mode of air supporting cylinder and the aeration head (16) that is built in air supporting cylinder cylinder chamber inner bottom part are formed, bracing frame (23), oil trap (4), oil slick outflow tube, drip tank (14), chemical tank (5), first peristaltic pump (6), 3rd screws valve (21), drug-feeding tube, thermostat water bath (7), tank (8), second peristaltic pump (9), 4th screws valve (20), water influent stream pipe to be treated, T-valve (22), water medicine potpourri influent stream pipe, first processed water outflow tube, 5th screws valve (19), 3rd peristaltic pump (10), receive bucket (11), second processed water outflow tube, temperature sensor (13), temperature signal output lead and temperature digital display display instrument (12), air-flotation column is packed on bracing frame (23), air compressor machine (1), first screws valve (17), spinner-type flowmeter (2) and second is screwed valve (18) and to be connected successively by air influent stream pipe and the air hole be provided with bottom air supporting cylinder and aeration head (16) are connected to air supporting cylinder cylinder chamber, the water inlet that constant temperature water bath (15) is provided with by thermostatted water influent stream pipe connection heat release water jacket (3), oil trap (4) to be packed on nozzle that air supporting cylinder top is provided with and to connect drip tank (14) by oil slick outflow tube, chemical tank (5), first peristaltic pump (6) and the 3rd is screwed valve (21) and is connected successively by drug-feeding tube and be connected to T-valve (22), the tank (8) be installed with in thermostat water bath (7), second peristaltic pump (9) and the 4th is screwed valve (20) and is connected successively by water influent stream pipe to be treated and be connected to T-valve (22), water medicine potpourri influent stream pipe stretches into air supporting cylinder cylinder chamber near the bottom of aeration head through the nozzle that air supporting cylinder top is provided with, T-valve (22) is connected to air supporting cylinder cylinder chamber by water medicine potpourri influent stream pipe, first processed water outflow tube extend air supporting cylinder cylinder chamber near the top of nozzle through the nozzle that air supporting cylinder top is provided with, first processed water outflow tube connect and the 5th screw valve (19), 5th screw valve (19) and the 3rd peristaltic pump (10) by second processed water outflow tube connect successively and be connected to and receive bucket (11), the inductive probe of temperature sensor (13) stretches into air supporting cylinder cylinder chamber through the nozzle that air supporting cylinder top is provided with, the signal output part of temperature sensor (13) connects the signal input part of temperature digital display display instrument (12) by temperature signal output lead.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520358746.XU CN204631023U (en) | 2015-05-29 | 2015-05-29 | Indoor oil field sewage air-flotation oil removing simulation test device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520358746.XU CN204631023U (en) | 2015-05-29 | 2015-05-29 | Indoor oil field sewage air-flotation oil removing simulation test device |
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| CN204631023U true CN204631023U (en) | 2015-09-09 |
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| CN201520358746.XU Active CN204631023U (en) | 2015-05-29 | 2015-05-29 | Indoor oil field sewage air-flotation oil removing simulation test device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109574165A (en) * | 2017-09-28 | 2019-04-05 | 中海石油(中国)有限公司 | A kind of dynamic oily wastewater water purification agent device for evaluating performance |
-
2015
- 2015-05-29 CN CN201520358746.XU patent/CN204631023U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109574165A (en) * | 2017-09-28 | 2019-04-05 | 中海石油(中国)有限公司 | A kind of dynamic oily wastewater water purification agent device for evaluating performance |
| CN109574165B (en) * | 2017-09-28 | 2022-04-05 | 中海石油(中国)有限公司 | Dynamic oil-containing sewage purifier performance evaluation device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
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| CP01 | Change in the name or title of a patent holder |
Address after: 834000 Friendship Road, Karamay District, the Xinjiang Uygur Autonomous Region, No. 138, No. Patentee after: XINJIANG KELI NEW TECHNOLOGY DEVELOPMENT CO., LTD. Address before: 834000 Friendship Road, Karamay District, the Xinjiang Uygur Autonomous Region, No. 138, No. Patentee before: Xinjiang Keli New Technology Development Co., Ltd. |