CN204198559U - Distributing integral intelligent embrane method regeneration effluent device - Google Patents
Distributing integral intelligent embrane method regeneration effluent device Download PDFInfo
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- CN204198559U CN204198559U CN201420628867.7U CN201420628867U CN204198559U CN 204198559 U CN204198559 U CN 204198559U CN 201420628867 U CN201420628867 U CN 201420628867U CN 204198559 U CN204198559 U CN 204198559U
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- reinforced plastic
- glass fiber
- fiber reinforced
- plastic body
- timing register
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- Treatment Of Biological Wastes In General (AREA)
- Biological Treatment Of Waste Water (AREA)
Abstract
A kind of distributing integral intelligent embrane method regeneration effluent device, main body is vertical (cylinder axis is vertical) flat cylindrical shape.Comprise hydrolysis acidification pool, an Aerobic Pond, No. two Aerobic Ponds, membrane cisterna, equipment rooms.Main body is made by glass reinforced plastic, in vertical flat-bottom, cylindrical shape is separated by dividing plate, equipment room is positioned at the top of glass fiber reinforced plastic body, membrane cisterna is positioned at the middle part of whole glass fiber reinforced plastic body, an Aerobic Pond and No. two Aerobic Ponds are positioned at bottom and the left surface of glass fiber reinforced plastic body, hydrolysis acidification pool is positioned at the right flank of glass fiber reinforced plastic body, and equipment room has deposited PLC timing register, automatic medicine adding apparatus, Controlling System, suction pump, gas blower.PLC timing register is arranged on water-in, have current by time PLC timing register can not start counting, non-water flow by time, PLC timer counting starts.After the time that interlude reaches setting, PLC timing register Triggering Control System starts automatic medicine adding apparatus, nutrition source is added according to the program time of setting to revivifier, automatically close other power-equipment simultaneously, whole revivifier is made to be in dormant state, when having sewage to enter, system recovery normal operation.
Description
Technical field
The utility model relates to a kind of waste disposal plant, belongs to field of Environment Protection equipment, is specially a kind of dispersed intelligence embrane method regeneration effluent device.
Background technology
Distributed sewage regenerator is mainly used in dispersion, the remote districts that small towns community, tourist attraction, factory and health care institute etc. are difficult to access sewage network.
Distributed sewage regenerator has three kinds of different structures usually: 1. civil structure (brick mixes or steel and concrete structure), 2. steel plate structure, 3. glass fibre reinforced plastic structure.Wherein civil structure because of the site operation cycle long, steel plate structure because steel product cost is high, be easily corroded, both not easily large-scale promotion.Glass fibre reinforced plastic structure becomes the predominate architecture of distributed sewage regenerator because of corrosion-resistant, lightweight, with low cost, the usual main body of current glass fibre reinforced plastic structure distributed sewage regenerator is cylindrical, cylinder axis level (horizontal cylindrical).The cylindrical structure of this axis horizontal must make bearing in its underpart, virtually increases product cost, and the reactive force of bearing to main body is uneven, easily causes bulk deformation, cracking, water clock, and unstable, and very easy displacement causes pipe-line equipment to damage.
Active sludge in distributed sewage regenerator (carrying out the microbial population of biochemical reaction and their organic substances of depending on and inorganic substance) needs sewage as nutrition source, when not having sewage to enter for a long time, need to close power-equipment, and need regularly to throw in for the nutrition source needed for microorganism growth.Distributed sewage regenerator, usually without professional's operation on duty, easily because of failing to throw in nutrition source in time, causes microbial death, to such an extent as to cannot normally work when equipment is enabled next time.Then need after microbial death professional again to cultivate active sludge, take time and effort.
Summary of the invention
Bearing must be made and cannot the deficiency of automatic feeding nutrition source to overcome existing glass fibre reinforced plastic structure distributed sewage regenerator, the utility model provides a kind of distributing integral intelligent embrane method regeneration effluent device, this distributing integral intelligent embrane method regeneration effluent device main body is that vertical flat-bottom is cylindric, flat owing to adopting, what rely on that the structure of self just can be stable is positioned over Anywhere, therefore without the need to making bearing, and automatically regularly nutrition source can be added.
The utility model solves the technical scheme that its technical problem adopts: a kind of distributing integral intelligent embrane method regeneration effluent device, main body is vertical (cylinder axis is vertical) flat cylindrical shape.Comprise hydrolysis acidification pool, an Aerobic Pond, No. two Aerobic Ponds, membrane cisterna, equipment rooms.Main body is made by glass reinforced plastic, in vertical flat-bottom, cylindrical shape is separated by dividing plate, equipment room is positioned at the top of glass fiber reinforced plastic body, membrane cisterna is positioned at the middle part of whole glass fiber reinforced plastic body, an Aerobic Pond and No. two Aerobic Ponds are positioned at bottom and the left surface of glass fiber reinforced plastic body, hydrolysis acidification pool is positioned at the right flank of glass fiber reinforced plastic body, and equipment room has deposited PLC timing register, automatic medicine adding apparatus, Controlling System, suction pump, gas blower.
Dividing plate uses glass reinforced plastic three cloth four to be coated with and makes, and is arranged symmetrically with, to strengthen main body intensity, makes full use of the space of glass fiber reinforced plastic body relative to main body.Regenerator bottoms adopt flat, can be stable be positioned over Anywhere, before avoiding equipment adopt oval-shaped base need the defect installing special base additional.
The PLC timing register arranged in described equipment room, automatic medicine adding apparatus and Controlling System are the matured product can purchased in the market, wherein PLC timing register is arranged on water-in, have current by time PLC timing register can not start counting, when non-water flow passes through, PLC timer counting starts, PLC timing register is connected with automatic medicine adding apparatus by Controlling System.When there being sewage to enter regeneration effluent device, reset during PLC timer, when entering without sewage for a long time, after time that interlude reaches setting, PLC timing register Triggering Control System starts automatic medicine adding apparatus, add nutrition source to revivifier according to the program time of setting, automatically close other power-equipment simultaneously, make whole revivifier be in dormant state, when having sewage to enter, system recovery normal operation.
Compared with existing conventional disperse formula regeneration effluent device, the utility model has the following advantages and high-lighting effect:
(1) apparatus main body is that vertical flat-bottom is cylindric, and bottom uniform force is installed simple and easy, without the need to making bearing again.
(2) when entering without sewage for a long time, can throw in for the nutrition source needed for microorganism growth by self-timing, and closing power-equipment.
Accompanying drawing explanation
Fig. 1 is two dimensional structure schematic diagram of the present utility model.
Fig. 2 is 1-1 sectional view of the present utility model.
In figure: (1) water-in; (2) PLC timing register; (3) stirrer; (4) hydrolysis acidification pool; (5) water hole; (6) Aerobic Ponds; (7) No. two Aerobic Ponds; (8) filler; (9) membrane cisterna; (10) membrane module; (11) automatic medicine adding apparatus; (12) Controlling System; (13) equipment room; (14) suction pump; (15) water outlet; (16) gas blower; (17) microporous aeration disc; (18) dividing plate.
Equipment room is positioned at the top of glass fiber reinforced plastic body, inner Controlling System is made to be convenient to be communicated with other equipment, membrane cisterna is positioned at the middle part of whole glass fiber reinforced plastic body, an Aerobic Pond and No. two Aerobic Ponds are positioned at bottom and the left surface of glass fiber reinforced plastic body, and hydrolysis acidification pool is positioned at the right flank of glass fiber reinforced plastic body.Such internal structure had both met the requirement of sewage treatment process, facilitated again daily operation running maintenance.
specific implementation method
Below in conjunction with accompanying drawing, the utility model is described in detail.
A kind of distributing integral intelligent embrane method regeneration effluent device, glass reinforced plastic makes, and main body is that vertical flat-bottom is cylindric.By dividing plate (18), main body is divided into hydrolysis acidification pool (4), an Aerobic Pond (6), No. two Aerobic Ponds (7), membrane cisterna (9), equipment room (13).Water-in (1), stirrer (3) are set in described hydrolysis acidification pool (4), filler (8), microporous aeration disc (17) is provided with in a described Aerobic Pond (6) and No. two Aerobic Ponds (7), membrane module (10) is set in described membrane cisterna (9), PLC timing register (2), automatic medicine adding apparatus (11), Controlling System (12), suction pump (14), water outlet (15) are set in described equipment room (13).Microporous aeration disc (17) by gas blower (16) air feed, PLC timing register (2), stirrer (3), microporous aeration disc (17), automatic medicine adding apparatus (11), suction pump (14), gas blower (16) all access control systems (12).
First sewage utilize the acidication effect of amphimicrobe after being entered by water-in (1) in hydrolysis acidification pool (4), changes non-solubility, refractory organic into solvability, readily biodegradable organism.Then enter an Aerobic Pond (6) and No. two Aerobic Ponds (7) successively by water hole (5), utilize the aerobic bacteria in it by the organic synthesis in sewage for protoplasma or be oxidized to gas.Microporous aeration disc (17) provides oxygen needed for aerobic bacteria simultaneously.Sewage enters membrane cisterna (9) afterwards, carries out micro-filtration by the membrane module in membrane cisterna (9).Water outlet (15) discharge is pumped to finally by suction pump (14).
When there being sewage to enter regeneration effluent device, PLC timing register (2) timing resets, when entering without sewage for a long time, after timing reaches setting-up time, Controlling System (12) starts automatic medicine adding apparatus (11), regularly add nutrition source to described Aerobic Pond (6,7), periodically open and close gas blower (16) simultaneously.Described PLC timing register (2) and Controlling System (12) are market purchasing matured product, strengthen waterproof.The automatic medicine adding apparatus repacking that described automatic medicine adding apparatus (11) is commonly used by sewage treatment area makes, and only the sterilizing agent in automatic medicine adding apparatus need be replaced with the nutrition source needed for microorganism growth.
Claims (1)
1. a distributing integral intelligent embrane method regeneration effluent device, comprise hydrolysis acidification pool, an Aerobic Pond, No. two Aerobic Ponds, membrane cisterna, equipment room, it is characterized in that: main body is made by glass reinforced plastic, in vertical flat-bottom, cylindrical shape is separated by dividing plate, equipment room is positioned at the top of glass fiber reinforced plastic body, membrane cisterna is positioned at the middle part of whole glass fiber reinforced plastic body, an Aerobic Pond and No. two Aerobic Ponds are positioned at bottom and the left surface of glass fiber reinforced plastic body, hydrolysis acidification pool is positioned at the right flank of glass fiber reinforced plastic body, current inductor block is placed with in hydrolysis acidification pool, equipment room has deposited PLC timing register, automatic medicine adding apparatus, Controlling System, suction pump, gas blower.
2. distributing integral intelligent embrane method regeneration effluent device according to claim 1, is characterized in that: dividing plate is arranged symmetrically with relative to main body, glass fiber reinforced plastic body is effectively divided into five parts, makes full use of whole space.
3. distributing integral intelligent embrane method regeneration effluent device according to claim 1, it is characterized in that: PLC timing register is set in hydrolysis acidification pool, PLC timing register is arranged on water-in, have current by time PLC timing register can not start counting, when non-water flow passes through, PLC timer counting starts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420628867.7U CN204198559U (en) | 2014-10-28 | 2014-10-28 | Distributing integral intelligent embrane method regeneration effluent device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420628867.7U CN204198559U (en) | 2014-10-28 | 2014-10-28 | Distributing integral intelligent embrane method regeneration effluent device |
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| CN204198559U true CN204198559U (en) | 2015-03-11 |
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| CN201420628867.7U Active CN204198559U (en) | 2014-10-28 | 2014-10-28 | Distributing integral intelligent embrane method regeneration effluent device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108483658A (en) * | 2018-06-05 | 2018-09-04 | 凌志环保股份有限公司 | A method of control rural sewage treatment strain suspend mode |
-
2014
- 2014-10-28 CN CN201420628867.7U patent/CN204198559U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108483658A (en) * | 2018-06-05 | 2018-09-04 | 凌志环保股份有限公司 | A method of control rural sewage treatment strain suspend mode |
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