CN200955023Y - Efficient sewage treat ment machine - Google Patents
Efficient sewage treat ment machine Download PDFInfo
- Publication number
- CN200955023Y CN200955023Y CN 200620135442 CN200620135442U CN200955023Y CN 200955023 Y CN200955023 Y CN 200955023Y CN 200620135442 CN200620135442 CN 200620135442 CN 200620135442 U CN200620135442 U CN 200620135442U CN 200955023 Y CN200955023 Y CN 200955023Y
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- upper housing
- waste water
- pipe
- housing
- purifying waste
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Abstract
The utility model is an efficient sewage processor that can practice solid-liquid separation, precipitation, and concentration and clarification treatment to industrial wastewater with lots of solid suspended solids. The body is a vertical column shell structure; the lower side of the column-typed upper body is welded with an inverted flat section cone lower body; the lower body is provided with an inspection hole; at the upper side periphery of the upper body is provided a spillway trough of purified water and a discharge water level controller of purified water; at the lower side of the upper body is provided an inlet of sewage inlet pipe; at the lower side of the lower body is vertically welded with a compression pipe; at the lower side of the compression pipe is welded with a discharge pipe; in the shell of the efficient sewage processor is provided a hydrocyclone, a sedimentation cover, a square grid steady flow plate, an inclined plate or pipe, a square grid otter board, a filtration chromatography, a foam spillway trough and a screw conveyor. Purified water with stable water quality can be obtained according to the actual production technology requirements and sewage load of per unit time volume is high, thereby providing a powerful support for closed circulation or standard-met discharge of water consumption in enterprises.
Description
Affiliated technical field
The utility model relates to a kind of sewage disposal device, especially can carry out solid-liquid separation, precipitation, concentrated, clarifying high-efficiency sewage handler to the industrial sewage that contains a large amount of solid suspension matter that produces in coal separating plant, mine and other industrial production.
Background technology
At present, Industrial-Enterprises in China, the industrial sewage that produced of water consumption rich anies influential family such as coal separating plant, hydraulic mining colliery, smelter, grinding stone factory particularly, the water yield is big, solid suspension matter concentration height, solid suspension matter is mainly the fine fraction particle of granularity＜0.5mm, generally adopt settling tank, bore concentration basin, rake thickener, swash plate thickner, swash plate concentration basin deeply at this big flow and the processing that contains the sewage of a large amount of fine fraction solid suspension matter in the industrial production, or installations and facilities such as sewage purification device are carried out purifying treatment.Settling tank, the solid-liquid separation of boring concentration basin, rake thickener, swash plate thickner, swash plate concentration basin deeply are natural sedimentation and separate, sedimentation speed is slow, the unit volume ability of disposing of sewage is constant, therefore, sewage quantity is big more, the corresponding increase of its construction, and in the process of working continuously, the sedimentation of solid particulate and primary water are easy to generate and interfere with each other, and solid particulate easily is brought into overflow, cause the water quality instability of purifying waste water.Apparatus for treating sewage is handled the industrial sewage of high density, big flow, and the ubiquity treatment capacity is low again, deficiencies such as the easy obstruction of equipment.
Summary of the invention
Low in order to overcome in the present sewage disposal device facility ubiquitous treatment capacity, purification speed is slow, the unsettled deficiency of primary water water quality, the utility model provides a kind of high-efficiency sewage handler, this high-efficiency sewage handler is according to " Depth Filtration theory " and " hydrocyclone separates the cyclonic separation theory of heterogeneous liquid mixture ", the built-in swirler that has the special construction structure in the setting of high-efficiency sewage handler underpart, sewage deep layer pan feeding enters swirler, acting in conjunction through cyclonic action deep liquid pressure firmly and in the body, strengthened the mutual collision frequency of solid particulate in the pan feeding sewage, make the solid particulate in the pan feeding sewage flow more effective the separation with liquid, accelerate the throw out settling velocity, in the relative reduction equipment, suspended matter concentration in the liquid stream of top, help alleviating equipment in, top precipitation load, the settling efficiency of raising equipment.Put the sedimentation cover at built-in swirler outer cover, make the solia particle and the collision of sedimentation cover that exist in the built-in swirler rising overflow, adhere to sedimentation, and guide the rising overflow to move downward, accelerate the sedimentation speed of throw out to organism bottom.The grid stabilier is set, eliminate underpart since the turbulent flow that the remaining potential energy of built-in swirler produces in the body, the influence of top static state deposition environment, make the high-efficiency sewage handler that the precipitate and separate environment of relatively placidity be arranged, improved the settlement separate efficient of equipment.According to " shallow layer precipitating " theory, the multilayer tipping tube or the tilted plate at certain level angle of inclination are set in body, in the upper space, current are by tipping tube or tilted plate the time, because its vertical space is very little, in the sewage solid particulate only need sedimentation very small distance just can fall on tipping tube or the tilted plate, make sediment break away from current and disturb, both increased considerably effective desilting area of equipment, improved solid particles sediment speed in the sewage again along tube wall or the downslide of plate face.In body upper filtering layer is set, the rising liquid stream through tilted plate or tipping tube post precipitation is carried out the pore solid-liquid separation filter and current stabilization, make the rising liquid flowing water matter that enters settling section stable.On upper housing, be positioned at same level height position, settling section middle part and open several overflow ports of purifying waste water, make purifying waste water after the clarification flow into the overflow groove of purifying waste water, purify waste water the discharging water level regulator of purifying waste water is set on the overflow groove, can regulate primary water liquid level in the settling section of body top, to be controlled at froth overflow channel that the body top is provided with the foam that swims of primary water liquid level is captured, prevent entrained contaminating impurity primary water in the foam.At organism bottom spiral conveyer is set, the concentrated solution pressurization that settles down in the body is concentrated, through speed reduction unit and buncher control spiral conveyer rotating speed, discharge concentration and the output that can regulate concentrated solution according to the actual production processing requirement.
The technical scheme that its technical problem that solves the utility model adopts is: high-efficiency sewage handler body is the column shell structure, upper body is the cylindricality upper housing, truncate taper lower housing is inverted in the welding of upper housing lower end, open inspection window on the lower housing, peripheral the purify waste water overflow groove and the discharging water level regulator of purifying waste water of being provided with in the upper housing upper end, in the upper housing lower end sewage water inlet pipe import is set, vertically weld compressed pipe in the lower housing lower end, at compressed pipe lower end welding delivery pipe, built-in swirler is set in high-efficiency sewage handler enclosure interior, the sedimentation cover, the grid stabilier, tilted plate or tipping tube, the grid web plate, filtering layer, froth overflow channel, spiral conveyer.Sewage water inlet pipe is arranged on the upper housing lower end, and the sedimentation cover that vertically runs through the upper housing bottom and be arranged on upper housing bottom center position tangentially is connected with built-in swirler; Built-in swirler scarfweld is in the central position of the grid stabilier of lower housing upper surface level welding; Sedimentation cover fixed cover is put in built-in swirler periphery; In the upper housing space of sedimentation cover top multilayer tilted plate or tipping tube are set, every layer of tilted plate or tipping tube are positioned over and are horizontally fixed on the intravital grid web plate of upper casing; The upper housing space of tilted plate or tipping tube top is horizontally disposed with filtering layer, and filtering layer is wrapped up in density less than 1g/mm by the filter screen stomacher
3Granular filter material form, be positioned over and be horizontally fixed on the intravital grid web plate of upper casing; Have several overflow ports of purifying waste water that are positioned at same level height on the upper housing of filtering layer top, the overflow port of purifying waste water is connected on the peripheral overflow groove of purifying waste water in upper housing upper end with horizontal welding and communicates; Purify waste water the discharging water level regulator of purifying waste water is set in the overflow groove; In the upper housing that is higher than the overflow port of purifying waste water, with supporting shaped steel the froth overflow channel horizontal fixed is welded in the upper housing, froth overflow channel top mouth should be lower than the top end face of upper housing; Spiral conveyer vertically is installed in the compressed pipe pipe of the bottom of lower housing and lower housing bottom, and spiral conveyer connects with speed reduction unit with vee-belt, and speed reduction unit and buncher are fixedly mounted on the shape steel bracket that is welded on the lower housing.
The beneficial effects of the utility model are, can obtain purifying waste water of water conditioning according to the actual production processing requirement, and the sewage load of time per unit volume is big, provide powerful support for for the closed cycle of enterprise water use or qualified discharge provide.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is the sectional view of the utility model embodiment.
1. upper housings among the figure, 2. sedimentation cover, 3. built-in swirler, 4. lower housing, 5. inspection window, 6. compressed pipe, 7. delivery pipe, 8. speed reduction unit, 9. buncher, 10. shape steel bracket, 11. spiral conveyers, 12. grid stabiliers, 13. sewage water inlet pipe, 14. grid web plates, 15. tipping tubes, 16. filtering layer, 17. overflow ports of purifying waste water, 18. overflow grooves of purifying waste water, 19. froth overflow channel, 20. support shaped steel, the 21. discharging water level regulators of purifying waste water.
Embodiment
In Fig. 1, high-efficiency sewage handler body is the column shell structure, upper housing (1) is a cylindrical shell, truncate taper lower housing (4) is inverted in the welding of upper housing (1) lower end, open inspection window (5) on the lower housing (4), outer periphery is equipped with overflow groove of purifying waste water (18) and the adjuster for discharging of purifying waste water (21) in upper housing (1) upper end, lower housing (4) lower end vertically is welded with compressed pipe (6), be welded with delivery pipe (7) in compressed pipe (6) lower end, high-efficiency sewage handler enclosure interior is provided with built-in swirler (3), sedimentation cover (2), grid stabilier (12), tilted plate or tipping tube (15), grid web plate (14), filtering layer (16), froth overflow channel (19), spiral conveyer (11).Sewage water inlet pipe (13) import is arranged on upper housing (1) lower end, and the sedimentation cover (2) that vertically runs through upper housing (1) bottom and be arranged on upper housing (1) bottom center position tangentially is connected with built-in swirler (3); Built-in swirler (3) scarfweld is in the central position of the grid stabilier (12) of lower housing (4) upper surface level welding; Sedimentation cover (2) fixed cover is put in built-in swirler (3) periphery; In upper housing (1) space of sedimentation cover (2) top multilayer tilted plate or tipping tube (15) are set, every layer of tilted plate or tipping tube (15) are positioned on the grid web plate (14) that is horizontally fixed in the upper housing (1); Upper housing (1) space of multilayer tilted plate or tipping tube (15) top is horizontally disposed with filtering layer (16), and filtering layer (16) is wrapped up in density less than 1g/mm by the filter screen stomacher
3Granular filter material form, be positioned on the grid web plate (14) that is horizontally fixed in the upper housing (1); Have a plurality of overflow ports of purifying waste water (17) that are positioned at same level height on the upper housing (1) of filtering layer (16) top, the overflow port of purifying waste water (17) is connected on the peripheral overflow groove of purifying waste water (18) in upper housing (1) upper end with horizontal welding and communicates; The middle discharging water level regulator (21) of purifying waste water that is provided with of the overflow groove (18) of purifying waste water; In the upper housing that is higher than the overflow port of purifying waste water (17) (1), with supporting shaped steel (20) froth overflow channel (19) horizontal fixed is welded in the upper housing (1), froth overflow channel (19) top mouth should be lower than the top end face of upper housing (1); Vertical installation spiral conveyer (11) in compressed pipe (6) pipe of the bottom of lower housing (4) and lower housing (4) bottom; Spiral conveyer (11) connects with speed reduction unit (8) with vee-belt, and speed reduction unit (8) and buncher (9) are fixedly mounted on the shape steel bracket (10) that is welded on the lower housing (4).
Claims (7)
1. high-efficiency sewage handler, body is the column shell structure, it is characterized in that: upper body is the cylindricality upper housing, truncate taper lower housing is inverted in the welding of upper housing lower end, open inspection window on the lower housing, peripheral the purify waste water overflow groove and the discharging water level regulator of purifying waste water of being provided with in the upper housing upper end, in the upper housing lower end sewage water inlet pipe import is set, vertically weld compressed pipe in the lower housing lower end, at compressed pipe lower end welding delivery pipe, built-in swirler is set in high-efficiency sewage handler enclosure interior, the sedimentation cover, the grid stabilier, tilted plate or tipping tube, the grid web plate, filtering layer, froth overflow channel, spiral conveyer.
2. high-efficiency sewage handler according to claim 1, it is characterized in that: sewage water inlet pipe is arranged on the upper housing lower end, the sedimentation cover that vertically runs through the upper housing bottom and be arranged on upper housing bottom center position, tangentially be connected with built-in swirler, built-in swirler scarfweld is in the central position of the grid stabilier of lower housing upper surface level welding, and sedimentation cover fixed cover is put in built-in swirler periphery.
3. high-efficiency sewage handler according to claim 1 is characterized in that: in the upper housing space of sedimentation cover top multilayer tilted plate or tipping tube are set, every layer of tilted plate or tipping tube are positioned over and are horizontally fixed on the intravital grid web plate of upper casing.
4. high-efficiency sewage handler according to claim 1 is characterized in that: the upper housing space of tilted plate or tipping tube top is horizontally disposed with filtering layer, and filtering layer is wrapped up in density less than 1g/mm by the filter screen stomacher
3Granular filter material form, be positioned over and be horizontally fixed on the intravital grid web plate of upper casing.
5. high-efficiency sewage handler according to claim 1, it is characterized in that: have several overflow ports of purifying waste water that are positioned at same level height on the upper housing of filtering layer top, the overflow port of purifying waste water is connected on the peripheral overflow groove of purifying waste water in upper housing upper end with horizontal welding and communicates; Purify waste water the discharging water level regulator of purifying waste water is set in the overflow groove.
6. high-efficiency sewage handler according to claim 1 is characterized in that: in the upper housing that is higher than the overflow port of purifying waste water, with supporting shaped steel the froth overflow channel horizontal fixed is welded in the upper housing, froth overflow channel top mouth is lower than the top end face of upper housing.
7. high-efficiency sewage handler according to claim 1, it is characterized in that: spiral conveyer vertically is installed in the compressed pipe pipe of the bottom of lower housing and lower housing bottom, spiral conveyer connects with speed reduction unit with vee-belt, and speed reduction unit and buncher are fixedly mounted on the shape steel bracket that is welded on the lower housing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620135442 CN200955023Y (en) | 2006-09-06 | 2006-09-06 | Efficient sewage treat ment machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620135442 CN200955023Y (en) | 2006-09-06 | 2006-09-06 | Efficient sewage treat ment machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200955023Y true CN200955023Y (en) | 2007-10-03 |
Family
ID=38773606
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620135442 Expired - Fee Related CN200955023Y (en) | 2006-09-06 | 2006-09-06 | Efficient sewage treat ment machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN200955023Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105540892A (en) * | 2015-12-14 | 2016-05-04 | 江苏源泰恒环境工程有限公司 | Gravity type water purifying device |
| CN106179784A (en) * | 2016-07-06 | 2016-12-07 | 北京燚杰环保科技有限公司 | Innoxious compound improvement of a kind of tailings pollution thing is equipped |
-
2006
- 2006-09-06 CN CN 200620135442 patent/CN200955023Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105540892A (en) * | 2015-12-14 | 2016-05-04 | 江苏源泰恒环境工程有限公司 | Gravity type water purifying device |
| CN106179784A (en) * | 2016-07-06 | 2016-12-07 | 北京燚杰环保科技有限公司 | Innoxious compound improvement of a kind of tailings pollution thing is equipped |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |