CN110104924A - A kind of composite biological enzyme preparation and its application method in disposal of oily sludge - Google Patents

Abstract

A kind of application method the invention discloses composite biological enzyme preparation and its in disposal of oily sludge, described device includes the stir chamber processing case and being arranged in the processing case, sludge agitation mechanism is equipped in the stir chamber, the sludge agitation mechanism is used for dewatered sludge and sand and can be stirred to the biological enzyme that greasy dirt is degraded, present device mud machine structure is for sludge to be added into equipment, and control the inlet amount of sludge, it causes the device to quickly and effectively process sludge, sludge dewatering mechanism enables sludge to facilitate the subsequent process of progress, sludge agitation mechanism is used for dewatered sludge and sand and can be stirred to the biological enzyme that greasy dirt is degraded, sludge is processed into the fertilizer that can be used for gardens fertilising, simultaneously, it is added into husky mechanism into sludge agitation mechanism suitable husky and can be to oil The biological enzyme that dirt is degraded, the fertilizer after processing sludge is convenient for the absorption of ornamental plant, while improving the quality of soil.

Description

A kind of composite biological enzyme preparation and its application method in disposal of oily sludge

Technical field

The present invention relates to sludge treatment field, and in particular to a kind of composite biological enzyme preparation and its in disposal of oily sludge Application method.

Background technique

Sludge has become as a kind of solid waste after the second largest solid waste pollution source of urban refuse pollution, The main disposal options of traditional sludge have landfill, burning, row extra large, agricultural etc..But there is also some for traditional processing method Drawback can not carry out resource utilization to sludge, not be able to satisfy the technical requirements now to Treatment of Sludge, therefore to Treatment of Sludge The research and development of resource utilization new technology have important practical significance, currently, existing sludge treatment device is most only in the market Reduction discharge of poisonous waste can be carried out to sludge, and the processing of recycling cannot be carried out to it, it designs a kind of for gardens sludge Fertilizer needed for sludge is processed into gardens by recycling treatment is carried out to it, this equipment effectively solves the problems, such as this.

Summary of the invention

A kind of application method the purpose of the present invention is to provide composite biological enzyme preparation and its in disposal of oily sludge, The drawbacks described above of the prior art can be overcome.

According to the present invention, a kind of composite biological enzyme preparation of present device and its application side in disposal of oily sludge Method includes the stir chamber processing case and being arranged in the processing case including described device, is equipped with sludge in the stir chamber Rabbling mechanism, the sludge agitation mechanism be used for by dewatered sludge and it is husky and can to the biological enzyme that greasy dirt is degraded into Sludge, is processed into the fertilizer that can be used for gardens fertilising by row stirring, is made recycling sludge, is located at the stirring in the processing case Note mud chamber is equipped on the upside of chamber, the note mud is intracavitary to be equipped with mud machine structure, and the mud machine structure is used to that sludge to be added into equipment, and The inlet amount for controlling sludge, causes the device to quickly and effectively process sludge, and stir chamber top inner wall, which is equipped with, to be connected Lead to the sludge dewatering mechanism of the stir chamber and the note mud chamber, the sludge dewatering mechanism is for carrying out sludge at dehydration Reason enables sludge to facilitate and carries out subsequent process, is equipped with positioned at the right side of the mud machine structure into sand in the processing case Mechanism, it is described be used to be added into the sludge agitation mechanism into husky mechanism it is suitable husky and can be to the biology that greasy dirt is degraded Enzyme, the fertilizer after processing sludge is convenient for the absorption of ornamental plant, while improving the quality of soil.

Further technical solution, the mud machine structure include the driving in the processing case on the right side of the note mud chamber Chamber, the driving chamber right end inner wall are embedded with driving motor, the driving motor left side power be connected with extend to the left it is described The first rotation axis that mud is intracavitary and is rotatablely connected with the note mud cavity wall is infused, is located at the note mud chamber in first rotation axis Internal screw thread is connected with symmetrical threaded block, and note mud chamber top inner wall is fixedly connected with fixed block, in the fixed block Symmetrical lifting slider is slidably connected, front and back is fixedly connected on the downside of the lifting slider symmetrically and extends to institute up and down The intracavitary elevating lever of note mud is stated, the elevating lever lower end is fixedly connected with sliding block, is located on inner wall at left and right sides of the note mud chamber It is set below first rotation axis and is fixedly connected with symmetrical valve sliding shoe, it is sliding that valve is equipped in the valve sliding shoe Slot is moved, sliding is slidably connected in the valve sliding groove slightly, is fixedly connected with sliding shutter, the sliding in the sliding slightly Valve is equipped with opening upwards and the valve rotation slot that is slidably connected with the sliding block, the threaded block upper end be rotatably connected to First interlocking lever of fixed block rotation connection, the threaded block lower end are rotatably connected to the with sliding block rotation connection Two interlocking levers, the fixed block is fixedly connected between the lifting slider is connected to the note mud chamber and extraneous note mud Rifle.

Further technical solution, the sludge dewatering mechanism include be located in the processing case note mud chamber lower section and Dewatering cavity in communication, the processing case is interior to be located at equipped with drive cavity below the dewatering cavity, and first rotation axis is located at Turbine is connected with the first turbine block in the driving chamber, be equipped in the first turbine block extended in the stir chamber up and down and The second rotationally connected rotation axis is fixedly connected with dehydration block in the dewatering cavity, is equipped with several in the dehydration block Opening upwards and the storage mud chamber being connected to the note mud chamber, the dehydration block is interior to be equipped with the perforative apopore in several left and right, institute It states and is equipped with outlet conduit in communication below dewatering cavity, be rotatably connected to resistance clod on the inner wall of the stir chamber top, it is described Resistance clod crosses mud hole and first equipped with second and crosses mud hole, and dewatering cavity bottom end wall surface is equipped with for being connected to the storage mud chamber The matched mudhole in mud hole site is crossed with the stir chamber and with the described second mud hole and described first excessively, is consolidated on the resistance clod Surely it is connected with and is extended in the drive cavity up and down and the 4th rotation axis of wall surface rotation connection therewith, in the 4th rotation axis Turbine is connected with third turbine block, and the third turbine block is equipped with the third rotation axis that left and right extends, the third rotation axis It is equipped with the second turbine block connecting with the second rotation shaft turbine.

Further technical solution, described into husky mechanism includes that be located at storage on the right side of the note mud chamber in the processing case husky Chamber, it is described store up be equipped in the wall surface of husky chamber upper end communicate up and down enter sand tube road, in the wall surface of the storage husky chamber lower end equipped with it is described The sand output line road that stir chamber communicates, the sand output line road are equipped with husky valve.

Further technical solution, the sludge agitation mechanism include that second rotation axis is located at the stir chamber inner segment The stirring rod group being fixedly connected.

The beneficial effects of the present invention are: present device structure is simple, easy to use, mud machine structure is used to add into equipment Enter sludge, and control the inlet amount of sludge, causes the device to quickly and effectively process sludge, sludge dewatering mechanism makes sludge It can facilitate and carry out subsequent process, sludge agitation mechanism is used for dewatered sludge and sand and can drop to greasy dirt The biological enzyme of solution is stirred, and sludge is processed into the fertilizer that can be used for gardens fertilising, meanwhile, into husky mechanism to sludge stirring machine Addition is suitable husky in structure and can be to the biological enzyme that greasy dirt is degraded, and the fertilizer after processing sludge is convenient for the suction of ornamental plant It receives, while improving the quality of soil.

The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention It should be determined by the scope of protection defined in the claims.

Detailed description of the invention

It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings.

Fig. 1 is the use dress of a kind of composite biological enzyme preparation and its application method in disposal of oily sludge of the invention The overall structure diagram set；

Fig. 2 is the enlarged diagram of " A " in Fig. 1；

Fig. 3 is the schematic diagram in direction " B-B " in Fig. 2；

Fig. 4 is the schematic diagram in direction " C-C " in Fig. 2.

Specific embodiment

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive Feature and/or step other than, can combine in any way.

Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only It is an example in a series of equivalent or similar characteristics.

As shown in Figs 1-4, for sake of convenience, now hereafter described orientation is provided as follows: described in hereafter up and down Front-rear direction is consistent with the front-rear direction up and down of Fig. 1 projection relation itself, a kind of composite biological enzyme preparation of the invention and Its application method in disposal of oily sludge, including processing case 100 and the stir chamber being arranged in the processing case 100 101, be equipped with sludge agitation mechanism in the stir chamber 101, the sludge agitation mechanism be used for by dewatered sludge and it is husky with And the biological enzyme that greasy dirt is degraded can be stirred, sludge is processed into the fertilizer that can be used for gardens fertilising, provides sludge Source is located on the upside of the stir chamber 101 in the processing case 100 and is equipped with note mud chamber 108, in the note mud chamber 108 equipped with into Mud mechanism, the mud machine structure control the inlet amount of sludge for sludge to be added into equipment, cause the device to carry out sludge It quickly and effectively processes, the 101 top inner wall of stir chamber, which is equipped with, is connected to the stir chamber 101 and the note mud chamber 108 Sludge dewatering mechanism, the sludge dewatering mechanism enable sludge to facilitate and carry out subsequent add for sludge to be carried out dehydrating Work process, the interior right side positioned at the mud machine structure of processing case 100 is equipped with into husky mechanism, described to be used for into husky mechanism to institute It states and is added suitable husky and can be to the biological enzyme that greasy dirt is degraded in sludge agitation mechanism, the fertilizer after processing sludge is convenient for The absorption of ornamental plant, while improving the quality of soil；

Its application method are as follows: sludge is added into sludge dewatering mechanism by mud machine structure in equipment, and sludge dewatering mechanism is by sludge It being carried out dehydrating, dewatered sludge enters in sludge agitation mechanism, meanwhile, it is added into husky mechanism into sludge agitation mechanism A certain amount of sand, sludge agitation mechanism is by dewatered sludge and sand and can stir the biological enzyme that greasy dirt is degraded It mixes, sludge is processed into the fertilizer that can be used for gardens fertilising.

Valuably or illustratively, the mud machine structure includes being located at 108 right side of note mud chamber in the processing case 100 Driving chamber 132, the 132 right end inner wall of driving chamber is embedded with driving motor 129, and 129 left side power of driving motor connects It is connected to the first rotation axis 111 extended to the left in the note mud chamber 108 and with note 108 inner wall of the mud chamber rotation connection, institute It states and is connected with symmetrical threaded block 110, the note mud chamber positioned at 108 internal screw thread of note mud chamber in the first rotation axis 111 108 top inner walls are fixedly connected with fixed block 133, slidably connect symmetrical lifting slider in the fixed block 133 135, it is symmetrical and extend to the elevating lever in the note mud chamber 108 up and down that front and back is fixedly connected on the downside of the lifting slider 135 136,136 lower end of elevating lever is fixedly connected with sliding block 137, and described the is located on 108 left and right sides inner wall of note mud chamber It is set below one rotation axis 111 and is fixedly connected with symmetrical valve sliding shoe 113, be equipped with valve in the valve sliding shoe 113 Door sliding groove 114 slidably connects sliding slightly 117 in the valve sliding groove 114, is fixedly connected in the sliding slightly 117 Sliding shutter 116, the valve rotation slot that the sliding shutter 116 is equipped with opening upwards and is slidably connected with the sliding block 137 115,110 upper end of threaded block is rotatably connected to the first interlocking lever 109 with the fixed block 133 rotation connection, the spiral shell 110 lower end of line block is rotatably connected to the second interlocking lever 112 with the sliding block 137 rotation connection, and the fixed block 133 is located at institute It states to be fixedly connected between lifting slider 135 and is connected to the note mud chamber 108 and extraneous note mud rifle 134；

In use, starting driving motor 129, driving motor 129 drives the rotation of the first rotation axis 111, and threaded block 110 is at first turn To 134 Slideslip of mud rifle is infused on moving axis 111, the first interlocking lever 109 and the second interlocking lever 112 are gradually moved into perpendicular by heeling condition Straight state, sliding block 137 with 112 slide downward of the second interlocking lever, meanwhile, 135 slide downward of lifting slider, sliding block 137 drive slide 116 slide downward of movable valve makes note mud chamber 108 be in connected state, then infuses the inside sludge injection of mud rifle 134.

Valuably or illustratively, the sludge dewatering mechanism includes being located at the note mud chamber 108 in the processing case 100 Lower section and dewatering cavity 118 in communication, the processing case 100 is interior to be located at below the dewatering cavity 118 equipped with drive cavity 127, First rotation axis 111 is located at turbine in the driving chamber 132 and is connected with the first turbine block 131, the first turbine block 131 Interior be equipped with extends in the stir chamber 101 and the second rotationally connected rotation axis 103 up and down, in the dewatering cavity 118 It is fixedly connected with dehydration block 119, is connected in the dehydration block 119 equipped with several opening upwards and with the note mud chamber 108 Mud chamber 121 is stored up, the perforative apopore 120 in several left and right is equipped in the dehydration block 119, is equipped with below the dewatering cavity 118 Outlet conduit 122 in communication is rotatably connected to resistance clod 138, the resistance clod on the 101 top inner wall of stir chamber 138, which cross mud hole 139 and first equipped with second, crosses mud hole 130, and the 118 bottom end wall surface of dewatering cavity is equipped with described for being connected to It stores up mud chamber 121 and the stir chamber 101 and crosses mud hole 139 and described first with described second and cross going out for 130 location matches of mud hole Mud hole 128 is fixedly connected on the resistance clod 138 and is extended in the drive cavity 127 up and down and wall surface is rotatablely connected therewith The 4th rotation axis 124, turbine is connected with third turbine block 123, the third turbine block 123 in the 4th rotation axis 124 It is equipped with the third rotation axis 126 that left and right extends, the third rotation axis 126 is equipped with and 103 turbine of the second rotation axis Second turbine block 125 of connection；

In use, sludge is injected in dehydration block 119, by the effect of pressure, the moisture in sludge is squeezed by apopore 120 It is discharged in dewatering cavity 118 and by outlet conduit 122, dewatered sludge enters in mudhole 128, the first rotation axis 111 Driving chamber 132 is driven to rotate by the first turbine block 131, driving chamber 132 drives third rotation axis by the second turbine block 125 126 rotations, third rotation axis 126 drive the rotation of the 4th rotation axis 124 by third turbine block 123, and the 4th rotation axis 124 drives Resistance clod 138 rotates, and second, which crosses mud hole 139 and first, crosses mud hole 130 with the resistance rotation of clod 138, and second crosses mud hole 139 and first When crossing mud hole 130 and 128 location matches of mudhole, dewatered sludge is injected in stir chamber 101, crosses mud hole 139 second When mud hole 130 and 128 position of mudhole are staggered excessively with first, dehydration block 119 completes dewatering work to sludge.

Valuably or illustratively, described into husky mechanism includes being located on the right side of the note mud chamber 108 in the processing case 100 Storage sand chamber 106, it is described store up be equipped in husky 106 upper end wall surface of chamber communicate up and down enter sand tube road 107, under the storage sand chamber 106 The sand output line road 104 communicated with the stir chamber 101 is equipped in end wall surface, the sand output line road 104 is equipped with husky valve 105；

In use, entering sand tube road 107, to storing up, injection in husky chamber 106 is husky and greasy dirt lytic agent, the husky chamber 106 of storage pass through sand output line road 104 inject husky and greasy dirt lytic agent into stir chamber 101, and the husky husky chamber 106 of the control of valve 105 storage injects sand into stir chamber 101 out And the amount of greasy dirt lytic agent.

Valuably or illustratively, the sludge agitation mechanism includes that second rotation axis 103 is located at the stir chamber The stirring rod group 102 that 101 inner segments are fixedly connected；

In use, stirring rod group 102 is rotated with the second rotation axis 103, by dewatered sludge and sand and greasy dirt can be carried out The biological enzyme of degradation is mixed, and after the completion of stirring and is discharged.

In the initial state, the first interlocking lever 109 and the second interlocking lever 112 are in inclination stationary apparatus to present device, Left and right sides sliding shutter 116 is in engagement state, and note mud chamber 108 is closed, and second, which crosses mud hole 139 and first, crosses mud hole 130 It is in the state that is staggered with mudhole 128, is connected to dewatering cavity 118 not with stir chamber 101, driving motor 129 is inactive, out husky valve 105 are in closed state.

When equipment operation, start driving motor 129, driving motor 129 drives the rotation of the first rotation axis 111, threaded block 110 in the first rotation axis 111 to note 134 Slideslip of mud rifle, the first interlocking lever 109 and the second interlocking lever 112 are by heeling condition Gradually move into vertical state, sliding block 137 with 112 slide downward of the second interlocking lever, meanwhile, 135 slide downward of lifting slider is sliding Block 137 drives 116 slide downward of sliding shutter, and note mud chamber 108 is made to be in connected state, then infuses the inwardly injection dirt of mud rifle 134 Mud, sludge are injected in dehydration block 119, and by the effect of pressure, the moisture in sludge is squeezed by apopore 120 to dewatering cavity It is discharged in 118 and by outlet conduit 122, dewatered sludge enters in mudhole 128, and the first rotation axis 111 passes through first Turbine block 131 drives driving chamber 132 to rotate, and driving chamber 132 drives third rotation axis 126 to rotate by the second turbine block 125, the Three rotation axis 126 drive the rotation of the 4th rotation axis 124 by third turbine block 123, and the 4th rotation axis 124 drives resistance clod 138 Rotation, second, which crosses mud hole 139 and first, crosses mud hole 130 with the resistance rotation of clod 138, and second, which crosses mud hole 139 and first, crosses mud hole 130 When with 128 location matches of mudhole, dewatered sludge is injected in stir chamber 101, meanwhile, it stores up husky chamber 106 and passes through sand output line Road 104 injects husky and greasy dirt lytic agent into stir chamber 101, and stirring rod group 102 is rotated with the second rotation axis 103, after dehydration Sludge and husky and the biological enzyme that greasy dirt is degraded can be mixed, after the completion of stirring and discharge.

The beneficial effects of the present invention are: present device structure is simple, easy to use, mud machine structure is used to add into equipment Enter sludge, and control the inlet amount of sludge, causes the device to quickly and effectively process sludge, sludge dewatering mechanism makes sludge It can facilitate and carry out subsequent process, sludge agitation mechanism is used for dewatered sludge and sand and can drop to greasy dirt The biological enzyme of solution is stirred, and sludge is processed into the fertilizer that can be used for gardens fertilising, meanwhile, into husky mechanism to sludge stirring machine Addition is suitable husky in structure and can be to the biological enzyme that greasy dirt is degraded, and the fertilizer after processing sludge is convenient for the suction of ornamental plant It receives, while improving the quality of soil.

The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention It should be determined by the scope of protection defined in the claims.

Claims (5)

1. a kind of composite biological enzyme preparation and its application method in disposal of oily sludge, described device include processing case and Stir chamber in the processing case is set, is equipped with sludge agitation mechanism in the stir chamber, the sludge agitation mechanism is used for By dewatered sludge and sand and the biological enzyme that greasy dirt is degraded can be stirred, sludge, which is processed into, can be used for gardens The fertilizer of fertilising makes recycling sludge, is located on the upside of the stir chamber in the processing case and is equipped with note mud chamber, and the note mud is intracavitary Equipped with mud machine structure, the mud machine structure controls the inlet amount of sludge for sludge to be added into equipment, causes the device to dirt Mud is quickly and effectively processed, and stir chamber top inner wall is equipped with the sludge for being connected to the stir chamber and the note mud chamber Dewatering device, the sludge dewatering mechanism enable sludge to facilitate progress subsequent processed for sludge to be carried out dehydrating Journey, the interior right side positioned at the mud machine structure of processing case is equipped with into husky mechanism, described to be used for into husky mechanism to the sludge Addition is suitable husky in rabbling mechanism and can be to the biological enzyme that greasy dirt is degraded, and the fertilizer after processing sludge is convenient for Gardens The absorption of object, while improving the quality of soil；

This method is technically characterized in that sludge, sludge dewatering equipment are added into sludge dewatering mechanism by mud machine structure for equipment Sludge is carried out dehydrating by structure, and dewatered sludge enters in sludge agitation mechanism, meanwhile, into husky mechanism to sludge stirring machine It is added a certain amount of sand in structure, sludge agitation mechanism is by dewatered sludge and husky and can be to the biological enzyme that greasy dirt is degraded It is stirred, sludge is processed into the fertilizer that can be used for gardens fertilising.

2. a kind of composite biological enzyme preparation as described in claim 1 and its application method in disposal of oily sludge, wherein The mud machine structure includes the driving chamber in the processing case on the right side of the note mud chamber, and the driving chamber right end inner wall is embedded Have a driving motor, the driving motor left side power be connected with extend to the left the note mud it is intracavitary and with the note mud cavity wall First rotation axis of rotation connection, is located at that the note mud is intracavitary to be threaded with symmetrical screw thread in first rotation axis Block, note mud chamber top inner wall are fixedly connected with fixed block, and symmetrical lifting is slidably connected in the fixed block and is slided Block, the lifting slider downside are fixedly connected with front and back symmetrically and extend to the intracavitary elevating lever of the note mud, the liter up and down Drop bar lower end is fixedly connected with sliding block, is located at below first rotation axis on inner wall at left and right sides of the note mud chamber and sets fixed company It is connected to symmetrical valve sliding shoe, valve sliding groove, sliding in the valve sliding groove are equipped in the valve sliding shoe Be connected with sliding slightly, be fixedly connected with sliding shutter in the sliding slightly, the sliding shutter be equipped with opening upwards and with institute The valve rotation slot that sliding block is slidably connected is stated, the threaded block upper end is rotatably connected to first with fixed block rotation connection Interlocking lever, the threaded block lower end are rotatably connected to the second interlocking lever with sliding block rotation connection, and the fixed block is located at It is fixedly connected between the lifting slider and is connected to the note mud chamber and extraneous note mud rifle；

It is characterized by: starting driving motor, driving motor drive the first rotation axis rotation, threaded block in the first rotation axis to It infuses mud rifle Slideslip, the first interlocking lever and the second interlocking lever and vertical state is gradually moved by heeling condition, sliding block connects with second Lever slide downward, meanwhile, lifting slider slide downward, sliding block drives sliding shutter slide downward, makes to infuse mud chamber in connection State then infuses the inside sludge injection of mud rifle.

3. a kind of composite biological enzyme preparation as claimed in claim 1 or 2 and its application method in disposal of oily sludge, In, the sludge dewatering mechanism includes being located at the note mud chamber lower section and dewatering cavity in communication in the processing case, described It processes to be located at below the dewatering cavity in case and is equipped with drive cavity, first rotation axis is located at turbine in the driving chamber and is connected with First turbine block, interior be equipped with of the first turbine block extend to the second interior and rotationally connected rotation of the stir chamber up and down Axis is fixedly connected with dehydration block in the dewatering cavity, be equipped in the dehydration block several opening upwards and with the note mud chamber The storage mud chamber of connection, the dehydration block is interior to be equipped with the perforative apopore in several left and right, is equipped with below the dewatering cavity and connects therewith Logical outlet conduit, resistance clod is rotatably connected on the inner wall of the stir chamber top, and the resistance clod is equipped with second and crosses mud hole Mud hole is crossed with first, and dewatering cavity bottom end wall surface is equipped with for being connected to the storage mud chamber and the stir chamber and with described the The matched mudhole in mud hole site is crossed in two mud holes and described first excessively, is fixedly connected with described in extending to up and down on the resistance clod In drive cavity and therewith the 4th rotation axis of wall surface rotation connection, turbine is connected with third turbine block in the 4th rotation axis, The third turbine block is equipped with the third rotation axis that left and right extends, and the third rotation axis is equipped with and second rotation axis Second turbine block of turbine connection；

It is characterized by: sludge is injected in dehydration block, by the effect of pressure, moisture in sludge by apopore squeeze to It is discharged in dewatering cavity and by outlet conduit, dewatered sludge enters in mudhole, and the first rotation axis passes through the first turbine block Driving chamber rotation is driven, driving chamber drives the rotation of third rotation axis by the second turbine block, and third rotation axis passes through third turbine Block drives the rotation of the 4th rotation axis, and the 4th rotation axis drives resistance clod rotation, and second, which crosses mud hole and first, crosses mud hole with resistance clod Rotation, second crosses mud hole and first crosses mud hole and when mudhole location matches, dewatered sludge is injected in stir chamber, the Two cross mud hole and first when crossing mud hole and mud extraction hole site and being staggered, and dehydration block completes dewatering work to sludge.

4. a kind of composite biological enzyme preparation as described in claim 1 and its application method in disposal of oily sludge, wherein Described into husky mechanism includes the storage sand chamber being located on the right side of the note mud chamber in the processing case, is set in the wall surface of storage sand chamber upper end There is what is communicated up and down to enter sand tube road, described store up in the wall surface of husky chamber lower end is equipped with the sand output line road communicated with the stir chamber, described Sand output line road is equipped with husky valve；

It is characterized by: entering sand tube road, to storing up, husky intracavitary injection is husky and greasy dirt lytic agent, the husky chamber of storage pass through sand output line road to stirring Intracavitary injection sand and greasy dirt lytic agent, the amount that husky chamber injects sand and greasy dirt lytic agent into stir chamber is stored up in husky valve control out.

5. a kind of composite biological enzyme preparation as claimed in claim 1 or 3 and its application method in disposal of oily sludge, In, the sludge agitation mechanism includes that second rotation axis is located at the stirring rod group that the stir chamber inner segment is fixedly connected；

It is characterized by: stirring rod group is rotated with the second rotation axis, by dewatered sludge and sand and greasy dirt can be dropped The biological enzyme of solution is mixed, and after the completion of stirring and is discharged.