CN207659300U - A kind of disposal of oily sludge reaction unit - Google Patents

Abstract

The utility model discloses a kind of disposal of oily sludge reaction units, including tank body and aerator；It is isolated to form hybrid reaction cushion chamber, spill cavity and mixing reaction chamber in the tank body, the mixing reaction chamber is arranged in the lower part of the tank body and extends to the center on the tank body top, and the hybrid reaction cushion chamber is concordant with spill cavity to be arranged on the tank body top and be arranged in the side of the elongated end of the mixing reaction chamber；The hybrid reaction cushion chamber is offered towards the spill cavity to be connected to the overflow port of the spill cavity overflow, the overflow port with the spill cavity full of oily sludge with after medicament for allowing in the hybrid reaction cushion chamber；The spill cavity bottom opening and it is connected with the mixing reaction chamber；The tank base is provided with the aerator of the oily sludge and medicament stirring that make hybrid reaction intracavitary.Advantage：Simple in structure, reaction efficiency is high, is conducive to oily sludge and is sufficiently mixed with medicament react.

Description

A kind of disposal of oily sludge reaction unit

Technical field

The utility model is related to disposal of oily sludge apparatus field more particularly to a kind of disposal of oily sludge reaction units.

Background technology

Currently, during disposal of oily sludge, needs medicament being put into hybrid reaction tank and mixed with oily sludge It chemically reacts, so that the suspended particulates in oily sludge is assembled and become larger, form floc sedimentation and reach to accelerate the coagulation of particle The purpose of separation of solid and liquid, at this moment efficiency of sludge treatment is not only related with retort depth, more depends on the collision speed of medicament and particle Degree, existing hybrid reaction tank is provided only with flocculation hybrid reaction tank mostly, and lacks hybrid reaction cushion space, highly concentrated handling It when spending oily sludge, tends not to be sufficiently mixed, causes to flocculate insufficient, in Oil Field it is difficult to which processing up to standard contains greasy dirt Mud meets sludge qualified discharge；In addition, existing hybrid reaction tank cannot well carry out the upper layer oil slick in hybrid reaction It collects.

Utility model content

The shortcomings that the purpose of the utility model is to overcome the above-mentioned prior arts provides a kind of simple in structure, practical, conveniently Upper layer oil slick in hybrid reaction is collected, and is conducive to oily sludge and is sufficiently mixed at the oily sludge reacted with medicament Manage reaction unit.

The technical solution that the utility model solves above-mentioned technical problem is as follows：A kind of disposal of oily sludge reaction unit, packet Include tank body and aerator；It is isolated to form hybrid reaction cushion chamber, spill cavity and mixing reaction chamber in the tank body, it is described mixed Close reaction chamber be arranged the lower part of the tank body and to the center on the tank body top extend, the hybrid reaction cushion chamber and overflow Stream chamber is concordantly arranged on the tank body top and is arranged in the side of the elongated end of the mixing reaction chamber；

The hybrid reaction cushion chamber is offered towards the spill cavity to be full of for allowing in the hybrid reaction cushion chamber Oily sludge is connected to the overflow port of the spill cavity overflow, the overflow port with the spill cavity with after medicament；It is described to overflow It flows chamber bottom opening and is connected with the mixing reaction chamber；The tank base be provided with make hybrid reaction intracavitary contain greasy dirt The aerator of mud and medicament stirring.

The utility model has the beneficial effects that：Hybrid reaction cushion chamber is equipped in tank body, to make oily sludge and medicament A medicament reaction is carried out before entering mixing reaction chamber, and allows hybrid reaction buffering area there are one sludge and medicaments, so Sludge is set to enter mixing reaction chamber by spill cavity afterwards, and mixing reaction chamber is stirred by aerator, oily sludge is mixing Reaction chamber realizes adequately mixing, improves reaction efficiency；Therefore, the disposal of oily sludge reaction unit of the application has structure letter It is single, and be conducive to oily sludge and be sufficiently mixed the advantages that reacting with medicament.

Based on the above technical solution, the utility model can also do following improvement.

Further, the upper end opening of the tank body, the hybrid reaction cushion chamber, the spill cavity, the hybrid reaction Chamber, which is isolated laminate, the hollow cylinder of both ends open and polylith isolation board, is isolated to be formed；The isolation laminate is circumferentially positioned at institute It states the side inner wall of tank body and extends to form elongated end to the center of the tank body, the hollow cylinder is arranged in the separation layer The elongated end end of plate simultaneously extends to the tank body upper end；The inside of the hollow cylinder, the lower part of the isolation laminate and institute It is the mixing reaction chamber to state between the side inner wall of tank body；Isolation board described in polylith is arranged on the isolation laminate and by institute The cavity between isolation laminate top, the outside of hollow cylinder and the side inner wall of the tank body is stated to be isolated to form the mixing instead Answer cushion chamber and spill cavity；It is sufficiently mixed convenient for oily sludge and medicament, is conducive to oily sludge and can smoothly enter into medicament mix It is stirred in reaction chamber, sufficient hybrid reaction.

Further, the hybrid reaction cushion chamber isolates an overhead floating oil collecting chamber, the oil slick by polylith partition board Collecting chamber is offered towards hybrid reaction cushion chamber for allowing the oil slick overflow in hybrid reaction cushion chamber to enter floating oil collecting chamber Interior floating oil collecting mouth, the floating oil collecting mouth are arranged with the overflow port flush on hybrid reaction cushion chamber；It is described floating Oily collecting chamber bottom is equipped with flowline, and one end of the flowline is connected with the floating oil collecting chamber, the flowline it is another One end is pierced by the tank body；It is collected convenient for the upper layer oil slick to the generation in hybrid reaction.

Further, oil spilling mouth is offered on the hollow cylinder, the oil spilling mouth is opened towards the hybrid reaction cushion chamber And if the oil spilling mouth is arranged with the floating oil collecting mouth flush；Convenient for the generation in hybrid reaction intracavitary hybrid reaction Upper layer oil slick flows into the oil spilling partition board to be collected from oil spilling mouth.

Further, feed pipe is additionally provided on the tank body, the feed pipe is penetrated from the lateral wall on the tank body top In hybrid reaction cushion chamber；Facilitate and conveys oily sludge and medicament into hybrid reaction cushion chamber.

Further, the tank base is additionally provided with mud guiding tube, and the mud guiding tube is fixedly connected on the tank base vertically And be connected with the mixing reaction chamber, mud branched pipe is led in the mud guiding tube lower end to the formation of both ends bifurcated；Be conducive to processing Sludge afterwards is handled.

Further, one end end for leading mud branched pipe is connect with the aerator, described to lead the another of mud branched pipe One end is equipped with valve and it is used to be discharged treated sludge；The aerator includes water pump, jet aerator and Duo Gen Sparge pipe, the water pump be connected to it is described lead on one end end of mud branched pipe, the jet aerator connection is arranged described The water outlet of water pump；One end of the more sparge pipes is connected with the mixing chamber of the jet aerator, and the other end is from institute State that tank body lower end is inclined from lateral wall to penetrate the hybrid reaction intracavitary and the more sparge pipes are sprayed to mixing reaction chamber Water and so that the oily sludge of hybrid reaction intracavitary is realized Stirring with medicament rotation；Aerator make the liquid through water pump via Main pipeline, inner nozzle to mixing chamber, cut into the gas of sucking in small bubble, form oxygen-enriched gas liquid mixture, gas-liquid The turbulent flow of intertexture is projected through outer nozzle；Gas liquid mixture is taken and wraps up in surrounding with generating strong mixing in hybrid reaction intracavitary Liquid flows forward, in the horizontal direction under the double action of power and vertical direction gas floating power, forms whole mixing And cycle；Be conducive to oily sludge to be stirred in hybrid reaction intracavitary with medicament, sufficient hybrid reaction.

Further, the edge flush at the upper end edge of the hollow cylinder and the tank body open end, the hollow posts More reinforcement connecting rods are fixedly connected on the upper end edge of body and the tank body open end, the more reinforcement connecting rods, which are connected, to be connected in One is whole；By being fixedly connected with more reinforcement connecting rods on the edge of hollow cylinder and tank body open end, realize to hollow posts The reinforcement of body, prevents hollow cylinder to be deformed.

Further, the bottom of the tank body is in reverse taper shape structure, and the vertex of a cone in the bottom of tank body is arranged in the mud guiding tube Above and with mixing reaction chamber it is connected；The bottom of tank body is arranged to reverse taper shape structure, is conducive to hybrid reaction intracavitary Sludge is discharged.

Further, the tank body is fixedly connected on supporting rack, and support frame as described above includes supporting bottom girder and supporting rod, described The rectangular structure of bottom girder, the supporting rod is supported to be equipped with more, more described supporting rod one end are fixedly connected on support bottom girder On, the other end is fixedly connected with the tank base；Convenient for tank body is arranged.

Description of the drawings

Fig. 1 is the overall structure diagram of the disposal of oily sludge reaction unit of the utility model embodiment；

Fig. 2 is the partial sectional view of the disposal of oily sludge reaction unit of the utility model embodiment；

Fig. 3 is the vertical view after Fig. 1 is ajusted；

Fig. 4 is the upward view after Fig. 1 is ajusted.

In attached drawing, parts list represented by the reference numerals are as follows：

1, tank body, 2, aerator, 3, flowline, 4, feed pipe, 5, reinforce connecting rod, 6, lead mud branched pipe, 7, supporting rack, 10, hybrid reaction cushion chamber, 11, spill cavity, 12, mixing reaction chamber, 13, hollow cylinder, 14, floating oil collecting chamber, 15, separation layer Plate, 20, water pump, 21, jet aerator, 22, air intake duct, 23, mixing chamber, 24, sparge pipe, 70, support bottom girder, 71, supporting rod, 101, restricted baffle, 102, weir divider, 103, overflow port, 131, oil spilling mouth, 141, oil resistance partition board, 142, oil spilling partition board, 143, base spacer.

Specific implementation mode

The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining this practicality It is novel, it is not intended to limit the scope of the utility model.

Embodiment：

A kind of disposal of oily sludge reaction unit provided in this embodiment, as shown in Figure 1 and Figure 2, including tank body 1 and aeration Device 2；It is isolated to form hybrid reaction cushion chamber 10, spill cavity 11 and mixing reaction chamber 12 in the tank body 1, the mixing is anti- It answers chamber 12 to be arranged in the lower part of the tank body 1 and extends to the center on 1 top of the tank body, 10 He of hybrid reaction cushion chamber Spill cavity 11 is concordantly arranged on 1 top of the tank body and is arranged in the side of the elongated end of the mixing reaction chamber 12；

The hybrid reaction cushion chamber 10 is offered towards the spill cavity 11 for allowing the hybrid reaction cushion chamber 10 It is interior full of after oily sludge and medicament to the overflow port 103 of 11 overflow of the spill cavity, the overflow port 103 and the spill cavity 11 are connected；11 bottom opening of the spill cavity and it is connected with the mixing reaction chamber 12；1 bottom of the tank body, which is provided with, to be made The aerator 2 of oily sludge and medicament stirring in mixing reaction chamber 12.

Specifically, injecting oily sludge and medicament, oily sludge and medicament to the hybrid reaction cushion chamber 10 of the present embodiment The reaction of medicament is carried out in hybrid reaction cushion chamber 10, and allows sludge there are one hybrid reaction buffering areas with medicament； After oily sludge and medicament are full of hybrid reaction cushion chamber 10, oily sludge and medicament enter from 103 overflow of overflow port Further hybrid reaction is carried out in the mixing reaction chamber 12.

One embodiment of the utility model, as shown in Figure 1 to Figure 3, the upper end opening of the tank body 1, the mixing is instead Cushion chamber 10, the spill cavity 11, the mixing reaction chamber 12 is answered to be isolated laminate 15, the hollow cylinder 13 of both ends open and more Block isolation board is isolated to be formed；The isolation laminate 15 is circumferentially positioned at the side inner wall of the tank body 1 and into the tank body 1 The heart extends to form elongated end, and the hollow cylinder 1 is arranged in the elongated end end of the isolation laminate 15 and on the tank body 1 End extends；The inside of the hollow cylinder 13, the isolation laminate 15 lower part and the side inner wall of the tank body 1 between for institute State mixing reaction chamber 12；Described in polylith isolation board be arranged on the isolation laminate 15 and by 15 top of isolation laminate, in Cavity between the outside of void column body 13 and the side inner wall of the tank body 1 is isolated to form the hybrid reaction cushion chamber 10 and overflow Flow chamber 11.

Specifically, the upper end opening of the tank body 1 of the present embodiment, the isolation laminate 15 of the present embodiment is around the tank body 1 Side inner wall is arranged at the middle part of tank body 1 and is tilted towards the center of tank body 1 upwards and extends to form elongated end；The present embodiment it is hollow Cylinder 13 is in the hollow cylinder structure of both ends open, and hollow cylinder 13 is vertically arranged on the elongated end end of isolation laminate 15 And hollow cylinder 15 and the open end flush of tank body 1 are arranged.The present embodiment by be isolated laminate 15 upwards be obliquely installed be in order to Make 10 bottom angled of hybrid reaction cushion chamber, convenient for clearing up the sludge in hybrid reaction cushion chamber 10, laminate 15 is isolated It can also be horizontally set on the side inner wall of tank body 1.

Specifically, the outside of the hollow cylinder 13 of the present embodiment, the top of the isolation laminate 15 and the tank body 1 Side inner wall between cavity separated to form the hybrid reaction cushion chamber 10, spill cavity 11 by two pieces of isolation boards, two Isolation board described in block is respectively restricted baffle 101 and weir divider 102, and the setting of the restricted baffle 101 is on isolation laminate 15 And be arranged with the edge flush of 1 open end of tank body, 102 upper edge of the weir divider offers overflow port 103, the choked flow Partition board 101 and weir divider 102 are arranged at intervals on the isolation laminate upper end and madial wall and hollow cylinder with the tank body 1 13 lateral wall is connected, the cavity smaller between restricted baffle 101 and weir divider 102 of the spill cavity 11.In addition, will The elongated end end that hollow cylinder 13 is vertically arranged in isolation laminate 15 be in order to make isolation is formed in tank body 1 cavity body structure compared with To be simple, but also tank body 1 is easy to use, hollow cylinder 13 can also be inclined on isolation laminate 15.

One embodiment of the utility model, as shown in Figure 1 and Figure 2, the hybrid reaction cushion chamber 10 by polylith partition board every An overhead floating oil collecting chamber 14 is separated out, the floating oil collecting chamber 14 is offered towards hybrid reaction cushion chamber 10 and mixed for allowing Oil slick overflow in reaction cushion chamber 10 enters the floating oil collecting mouth in floating oil collecting chamber 14, the floating oil collecting mouth and mixes instead 103 flush of the overflow port on cushion chamber 10 is answered to be arranged；14 bottom of floating oil collecting chamber be equipped with flowline 3, it is described go out One end of oil pipe 3 is connected with the floating oil collecting chamber 14, and the other end of the flowline 3 is pierced by the tank body 1 and and oil-collecting Bucket connection.

Specifically, the floating oil collecting chamber 14 of the present embodiment is arranged close to the spill cavity 11, partition board includes bottom described in polylith Partition board 143, oil resistance partition board 101 and oil spilling partition board 142, the aerial setting of the base spacer 143 on isolation laminate 15 and with it is described The lateral wall of hollow cylinder 13 is connected with the madial wall of the tank body 1；The oil resistance partition board 141 is arranged in the base spacer Edge flush setting on 143 and with 1 open end of tank body, the oil spilling partition board 142 are arranged on the base spacer 143 and overflow Floating oil collecting mouth is offered on oily partition board 142.The oil resistance partition board 141 of the present embodiment is positioned close to the overflow of the spill cavity 11 Mouthful 103 sides, the oil slick in hybrid reaction cushion chamber 10 float on the liquid level of hybrid reaction cushion chamber 10 and by oil resistance partition board 141 It blocks, oil spilling partition board 142 prevents in oily sludge and medicament inflow floating oil collecting chamber 14 in hybrid reaction cushion chamber 10；And it is oily Sludge and medicament pass through from 14 lower section of floating oil collecting chamber.

One embodiment of the utility model offers oil spilling mouth 131 as shown in Figure 1 and Figure 2 on the hollow cylinder 13, The oil spilling mouth 131 is opened up towards the hybrid reaction cushion chamber 10 and the oil spilling mouth 131 is equal with the floating oil collecting mouth Neat setting.Specifically, the oil spilling mouth 131 of the present embodiment is set towards the floating oil collecting chamber 14 being arranged in hybrid reaction cushion chamber 10 It sets, preferably the oil slick generated in mixing reaction chamber 12 is collected；And its in 131 orientating reaction cushion chamber 10 of oil spilling mouth When its position, the oil slick of generation is introduced into hybrid reaction cushion chamber 10 and enters back into floating oil collecting chamber 14 in mixing reaction chamber 12.

One embodiment of the utility model is additionally provided with feed pipe 4 as shown in Figure 1 and Figure 2 on the tank body 1, described Feed pipe 4 is penetrated from the lateral wall on 1 top of the tank body in hybrid reaction cushion chamber 10.Specifically, by feed pipe 4 to mixing React injection oily sludge and medicament in cushion chamber 10；The feed pipe 4 of the present embodiment is arranged far from hybrid reaction cushion chamber 10 Overflow port side so that the oily sludge injected into hybrid reaction cushion chamber 10 by feed pipe 4 and medicament mixing it is anti- It answers after obtaining effective hybrid reaction in cushion chamber 10, then is flowed into mixing reaction chamber 12 by overflow port 103.

One embodiment of the utility model, as shown in Figure 2, Figure 4 shows, 1 bottom of the tank body are additionally provided with mud guiding tube, described to lead Mud pipe is fixedly connected on 1 bottom of the tank body and is connected with the mixing reaction chamber 12 vertically, and the mud guiding tube lower end is to two Mud branched pipe 6 is led in end bifurcated formation.Specifically, the mud branched pipe 6 of leading of the present embodiment is horizontally fixed on mud guiding tube lower end.

One embodiment of the utility model, as shown in Figure 1, Figure 2, Figure 4 shows, one end end for leading mud branched pipe 6 with The aerator 2 connects, and the other end for leading mud branched pipe 6 is equipped with valve and it is used to be discharged treated sludge； The aerator 2 includes water pump 20, jet aerator 21 and Duo Gen sparge pipes 24, and the water pump 20 is connected to the mud of leading and divides On one end end of branch pipe 6, the connection of the jet aerator 21 is arranged in the water outlet of the water pump 20；The more sparge pipes 24 one end is connected with the mixing chamber of the jet aerator 21 23, and the other end is inclined from outer from 1 lower end of the tank body Side wall penetrates in the mixing reaction chamber 12 and the more sparge pipes 24 make hybrid reaction to 12 injection water of mixing reaction chamber Oily sludge in chamber 12 realizes Stirring with medicament rotation.

Specifically, it is to lead mud point for the ease of utilizing that the other end for leading mud branched pipe 6 of the present embodiment, which is equipped with valve, Branch pipe 6 is discharged treated sludge or to the progress in mixing reaction chamber 12.The jet aerator 21 of the present embodiment is self-priming Formula jet aerator, for the jet aerator 21 of the present embodiment by 22 air-breathing of air intake duct, the present embodiment is equipped with three sparge pipes 24, The structure and composition of the aerator of the present embodiment can refer to the prior art, herein without stating in detail.

One embodiment of the utility model, as shown in Figure 1 to Figure 3, the upper end edge of the hollow cylinder 13 with it is described The upper end edge of the edge flush of 1 open end of tank body, the hollow cylinder 13 is fixedly connected with on 1 open end of the tank body More reinforcement connecting rods 5, the more reinforcement connecting rods 5, which are connected, to be integral；By in 1 open end of hollow cylinder 13 and tank body It is fixedly connected with more reinforcement connecting rods 5 on edge, realizes the reinforcement to hollow cylinder 13, hollow cylinder 13 is prevented to be deformed. Add specifically, being uniformly fixedly connected with four on the upper end edge of the hollow cylinder 13 of the present embodiment and 1 open end of the tank body Strong connecting rod 5, four described reinforcement 5 one end of connecting rod are fixedly connected on the madial wall of tank body 13, and the other end is in bending structure and company It is connected in one.

One embodiment of the utility model, as shown in Fig. 2, the bottom of the tank body 1 is in reverse taper shape structure, it is described to lead Mud pipe is arranged on the vertex of a cone of the bottom of tank body 1 and is connected with mixing reaction chamber 12；The bottom of tank body 1 is arranged to reverse taper Shape structure is conducive to discharge the sludge in mixing reaction chamber 12.

One embodiment of the utility model, as shown in Figure 2, Figure 4 shows, the tank body 1 are fixedly connected on supporting rack 7, institute It includes that support bottom girder 70 and supporting rod 71, the 70 rectangular structure of support bottom girder, the supporting rod 71 are equipped with to state supporting rack 7 More, more 71 one end of the supporting rod are fixedly connected on support bottom girder 70, and the other end is fixed with 1 bottom of the tank body to be connected It connects.

It is carried out in the disposal of oily sludge reaction unit that provides embodiment in use, to first pass through feed pipe 4 anti-to mixing Injection oily sludge and medicament in cushion chamber 10, oily sludge is answered to carry out a medicament before entering mixing reaction chamber 12 with medicament Reaction, the hybrid reaction cushion chamber 10 is interior full of the spill cavity 11 is flowed into from overflow port 103 after oily sludge and medicament, overflows 11 bottom of stream chamber is connected with mixing reaction chamber 12, and then so that greasy dirt and medicament is flowed into the mixing reaction chamber 12 and carry out instead It answers；And the oil slick of emersion enters from floating oil collecting mouth overflow in floating oil collecting chamber 14 and by fuel-displaced in hybrid reaction cushion chamber 10 Pipe 3 is collected；After oily sludge and medicament in hybrid reaction cushion chamber 10 enter in mixing reaction chamber 12, mud point is led in closing The valve of branch pipe 6, under the action of aerator 2, the more sparge pipes 24 make mixing to 12 injection water of mixing reaction chamber Oily sludge and medicament in reaction chamber are realized cycle and are mixed；Oily sludge is realized adequately mixed in mixing reaction chamber 12 It closes, is conducive to oily sludge and is sufficiently mixed with medicament react, and in the oil slick of the interior generation of mixing reaction chamber 12 from oil spilling mouth overflow It realizes and collects to floating oil collecting chamber 14；After the completion of reaction, aerator is closed, opens the valve for leading mud branched pipe 6, Bian Kepai Go out sludge after treatment.

In the description of the present invention, it should be understood that term "center", " longitudinal direction ", " transverse direction ", " length ", " width The side of the instructions such as degree ", " thickness " "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner" Position or position relationship are to be based on the orientation or positional relationship shown in the drawings, and are merely for convenience of description the utility model and simplification is retouched It states, does not indicate or imply the indicated device or element must have a particular orientation, with specific azimuth configuration and operation, Therefore it should not be understood as limiting the present invention.

In addition, " more " are meant that at least two, such as two in the description of the present invention, three etc., unless Separately there is clearly specific restriction.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. a kind of disposal of oily sludge reaction unit, it is characterised in that：Including tank body (1) and aerator (2)；The tank body (1) it is isolated to form hybrid reaction cushion chamber (10), spill cavity (11) and mixing reaction chamber (12), the mixing reaction chamber in (12) setting extends in the lower part of the tank body (1) and to the center on the tank body (1) top, the hybrid reaction cushion chamber (10) setting concordant with spill cavity (11) the tank body (1) top and setting the mixing reaction chamber (12) elongated end Side；

The hybrid reaction cushion chamber (10) offers towards the spill cavity (11) for allowing the hybrid reaction cushion chamber (10) in full of after oily sludge and medicament to the overflow port (103) of the spill cavity (11) overflow, the overflow port (103) with The spill cavity (11) is connected；Spill cavity (11) bottom opening and it is connected with the mixing reaction chamber (12)；It is described Tank body (1) bottom is provided with the aerator (2) for making the oily sludge in mixing reaction chamber (12) be stirred with medicament.

2. a kind of disposal of oily sludge reaction unit according to claim 1, it is characterised in that：The tank body (1) it is upper End opening, the hybrid reaction cushion chamber (10), the spill cavity (11), the mixing reaction chamber (12) are isolated laminate (15), the hollow cylinder (13) of both ends open and polylith isolation board are isolated to be formed；The isolation laminate (15) is circumferentially positioned at institute It states the side inner wall of tank body (1) and extends to form elongated end to the center of the tank body (1), hollow cylinder (13) setting exists The elongated end end of the isolation laminate (15) simultaneously extends to the tank body (1) upper end；The inside of the hollow cylinder (13), institute State isolation laminate (15) lower part and the side inner wall of the tank body (1) between be the mixing reaction chamber (12)；Described in polylith Laminate (15) top, the outside of hollow cylinder (13) and institute is isolated on the isolation laminate (15) and by described in isolation board setting The cavity between the side inner wall of tank body (1) is stated to be isolated to form the hybrid reaction cushion chamber (10) and spill cavity (11).

3. a kind of disposal of oily sludge reaction unit according to claim 2, it is characterised in that：The hybrid reaction buffering Chamber (10) isolates an overhead floating oil collecting chamber (14) by polylith partition board, and the floating oil collecting chamber (14) is anti-towards the mixing Cushion chamber (10) is answered to offer for allowing the oil slick overflow in the hybrid reaction cushion chamber (10) to enter the floating oil collecting chamber (14) the floating oil collecting mouth in, the floating oil collecting mouth are equal with the overflow port (103) on hybrid reaction cushion chamber (10) Neat setting；Floating oil collecting chamber (14) bottom is equipped with flowline (3), one end and the floating oil collecting of the flowline (3) Chamber (14) is connected, and the other end of the flowline (3) is pierced by the tank body (1).

4. a kind of disposal of oily sludge reaction unit according to claim 3, it is characterised in that：The hollow cylinder (13) On offer oil spilling mouth (131), the oil spilling mouth (131) is opened up towards the hybrid reaction cushion chamber (10) and the oil spilling mouth (131) it is arranged with the floating oil collecting mouth flush.

5. a kind of disposal of oily sludge reaction unit according to claim 2, it is characterised in that：On the tank body (1) also It is provided with feed pipe (4), the feed pipe (4) penetrates hybrid reaction cushion chamber (10) from the lateral wall on the tank body (1) top It is interior.

6. a kind of disposal of oily sludge reaction unit according to claim 1, it is characterised in that：Tank body (1) bottom Be additionally provided with mud guiding tube, the mud guiding tube be fixedly connected on vertically the tank body (1) bottom and with the mixing reaction chamber (12) phase Mud branched pipe (6) is led in connection, the mud guiding tube lower end to the formation of both ends bifurcated.

7. a kind of disposal of oily sludge reaction unit according to claim 6, it is characterised in that：It is described to lead mud branched pipe (6) one end end is connect with the aerator (2), and the other end for leading mud branched pipe (6) is equipped with valve and it is used for Treated sludge is discharged；The aerator (2) includes water pump (20), jet aerator (21) and more sparge pipes (24), the water pump (20) be connected to it is described lead on one end end of mud branched pipe (6), jet aerator (21) connection is set Set the water outlet in the water pump (20)；Mixing of the one end of the more sparge pipes (24) with the jet aerator (21) Room (23) is connected, and the other end is penetrated from lateral wall in the mixing reaction chamber (12) from the tank body (1) lower end is inclined.

8. a kind of disposal of oily sludge reaction unit according to claim 2, it is characterised in that：The hollow cylinder (13) Upper end edge and the tank body (1) open end edge flush, the upper end edge of the hollow cylinder (13) and the tank It is fixedly connected with more on body (1) open end and reinforces connecting rod (5), the more reinforcement connecting rods (5), which are connected, to be integral.

9. a kind of disposal of oily sludge reaction unit described according to claim 6 or 7, it is characterised in that：The tank body (1) Bottom is in reverse taper shape structure, and the mud guiding tube is arranged on the vertex of a cone of the bottom of tank body and is connected with mixing reaction chamber (12) It is logical.

10. a kind of disposal of oily sludge reaction unit according to claim 9, it is characterised in that：The tank body (1) is fixed It is connected on supporting rack (7), support frame as described above (7) includes support bottom girder (70) and supporting rod (71), the support bottom girder (70) Rectangular structure, the supporting rod (71) are equipped with more, and more described supporting rod (71) one end are fixedly connected on support bottom girder (70) on, the other end is fixedly connected with the tank body (1) bottom.