CN2670342Y - Self-generating ultraviolet wastewater flow treater - Google Patents
Self-generating ultraviolet wastewater flow treater Download PDFInfo
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- CN2670342Y CN2670342Y CNU2003201251381U CN200320125138U CN2670342Y CN 2670342 Y CN2670342 Y CN 2670342Y CN U2003201251381 U CNU2003201251381 U CN U2003201251381U CN 200320125138 U CN200320125138 U CN 200320125138U CN 2670342 Y CN2670342 Y CN 2670342Y
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Abstract
The utility model discloses a self-generating ultraviolet wastewater flow treater, comprising a through shell. One end of the shell is provided with a water inlet, and the other end is provided with a water outlet. The self-generating ultraviolet wastewater flow treater is characterized in that a wastewater purifying and treating section, a solid-liquid separation treating section, and a self-generating section are provided between the water inlet and the water outlet in the shell; an ultraviolet lamp array uniformly distributed in the space of the section is arranged in the wastewater purifying and treating section, the wastewater flowing over the lamp array at certain speed is purified, solid matters in water are separated from water through the solid-liquid separation section, and pure water can be obtained; the flow channel of the self-generating section at back is provided with a drop height and a hydro-generator, the impeller of the generator is impelled by running water to generate electric energy, and the electric energy is output at least to the ultraviolet lamp array through an electric energy output device. The self-generating ultraviolet wastewater flow treater with simple equipment, convenient operation and low equipment investment and operation cost can treat the wastewater with high efficiency.
Description
Technical field
The utility model provides a kind of waste disposal plant, especially a kind of self power generation ultraviolet waste disposal plant that can flow.
Background technology
In order to protect environment; will be in the industrial production and the purification that carries out disinfection of the sewage that produced such as life; chemical ingredients in the sewage is very complicated; wherein contain a large amount of microorganisms, vitriol, reduction bacterium, iron bacteria, nitrobacteria, mucus and become bacterium, saprophytic microorganism and other microorganism; these material damage ecotopes, the injury HUMAN HEALTH also can cause the Industrial products disaster.Conventional sewage water treatment method has physics method, chemical method, physico-chemical processes, biotransformation method, these methods can change into the harmful element in the sewage solid-state converge thing or volatile innocuous gas material and and water sepn.Chemical Treatment sewage floor space is big, easily causes secondary pollution after the processing, may leave some materials in the water after the processing and be unfavorable for health of human body, and plant husbandry and aquaculture are also had considerable influence.Conventional physics method is disposed of sewage as the ozone method, also has weak point, needs the sealing pressurised equipment as the ozone method, and the ozone consumption is also wanted strict control, and therefore, this method facility investment is big, and is not easy to operate.In practice, many factories usually sewage shove incessantly, for it is purified, the very big water reservoir of floor space often will be set, and facility investment and working cost are higher.Cause some enterprise usually with sewage not by treatment unit or handle a little and just emit, rivers,lakes and seas and underground water source are polluted.
Ultraviolet irradiation is the good sterilization purifying method, and treatment with ultraviolet light sewage has its unique advantage: 1, the physical properties and the ultraviolet ray that can not change water of ultraviolet luminous energy has nothing to do to liquid sterilization and pH value, so be not subjected to the influence of acid-basicity in the water; 2, ultraviolet luminous energy has optionally bactericidal property, radiation exposed material there are enough penetration depths, the DNA of material is damaged, effect to the material of irradiation is very even, simultaneously, the irradiation of UV-light can have the intensive katalysis to the chemical reaction of material, so can kill bacterium, fungi, algae and virus in the water effectively, the colourity of water be can also adjust, sulfide, suspended substance, COD removed
Cr, BOD5 volatile acid and total phosphorus, can largely reduce the ammonia nitrogen in the water and the concentration of anionic detergent, the clearance of phosphorus can reach 84.9%-99.8%, the ammonia nitrogen rate of removing can reach 45.4%-70.3%, and solid settlement speed is reached a large amount of phosphorus (279.6 times of enrichment multiples) in 0.7cm/min and the settled mud; 3, radiation exposed material surface temperature rise is not too obvious, and 4, through the material of the ultraviolet luminous energy irradiation very cleaning that can become, and irradiation can not pollute the irradiation thing, can not produce any peculiar smell yet.Therefore, the field of using the ultra-violet sterilization purification is more and more wider, the application that utilizes ultraviolet luminous energy purifying treatment sewage is also gradually by more use, ultraviolet sterilizer of the prior art generally has a ultraviolet lamp, make processed material be in effective irradiation scope internal radiation regular hour of this ultraviolet lamp, or the ultraviolet lamp that one or several is above-mentioned form a line and makes object being treated pass through it.Because ultraviolet light source is to adopt quartzy low-pressure steam lamp to launch ultraviolet ray, its transmitted power is very little, the yield of radiation of described ultraviolet lamp and radiation operating range are also smaller, medically shining pollutent and doing sterilizing and purifying for the air that the fluid in the certain space for example circulates still is passable, but said apparatus in a large amount of dirts such as the industrial production or the mobile sewage of discharging in the life be inapplicable.Processing efficiency is low to have limited the uv-radiation sterilization purification in industry, and especially the purifying treatment of mobile sewage is used.
Summary of the invention
The purpose of this utility model is to improve deficiency of the prior art, and a kind of simple in structure, processing power is big, efficient is high and the very low economical and practical self power generation ultraviolet of working cost can flow waste disposal plant is provided
The purpose of this utility model is achieved in that
The self power generation ultraviolet that the utility model the provides waste disposal plant that can flow comprises the housing of a connection, one end of this housing is provided with water-in, be provided with water outlet at its other end, water-in in this housing is to including the sewage purification processing section between the water outlet, solid-liquid separation processing section and self power generation section, described sewage purification processing section is a chamber that flow area is bigger, in this chamber, be provided with the ultraviolet lamp matrix of forming by several ultraviolet lamps, each ultraviolet lamp is arranged in this chamber at interval equably in the described ultraviolet lamp battle array, in the described ultraviolet lamp battle array each ultraviolet lamp with and between arrangements of electric connection, contact insulate to chamber, and danger such as electric leakage can not take place when flowing through sewage in the chamber; The chamber of this sewage purification processing section is provided with to be imported and exported and the described other parts communication that is communicated with housing, is provided with the flow rate adjustment device of water on the described water-in of the chamber of described sewage purification processing section and/or water outlet; This flow rate adjustment device can be current speed regulator and the water flow control valve that is respectively equipped with in the described import and export of the chamber of described sewage purification processing section; Be communicated with in the housing in the downstream of the chamber of described sewage purification processing section and be provided with described solid-liquid separation processing section, in this processing section, be provided with solid-liquid separator, the solid matter in the liquid that flows through is retained down, and makes the liquid flow mistake; Be communicated with housing to having a turnaround section in the downstream that is positioned at the solid-liquid separation processing section of described connection housing, make the upstream end of this turnaround section and the downstream part of turnaround section be formed with a drop, this drop is advisable to be not less than 1 meter, downstream part in described turnaround section is provided with a hydrogenerator, and the electric energy output end of this hydrogenerator connects lead and is electrically connected with the circuit of described ultraviolet lamp in the described sewage purification processing section at least.
The self power generation ultraviolet that the utility model the provides waste disposal plant that to flow, in use, the water-in of connection housing wherein is connected on the water outlet of effluent outfall, sewage with certain flow rate at first flows into the sewage purification processing section by described water-in, in the chamber that is provided with the ultraviolet lamp matrix of this section, sewage passes through around the uniform ultraviolet lamp with certain speed, bacterium in the sewage etc. is killed, objectionable impurities is condensed into floss and separates out in by water under ultraviolet irradiation, then, sewage enters described solid-liquid separation processing section, herein, floss in the water and other solid matter by solid-liquid separator by being retained down in the water, through behind the disinfection by ultraviolet light and the water of filtering the turnaround section by described connection housing then with certain drop, impact is located at the impeller of the described hydrogenerator in turnaround section downstream, make the impeller rotation, then make hydrogenerator send electric energy, this electric energy is by being electrically connected with ultraviolet lamp in the sewage purification processing section by the output lead device, and the electric energy that ultraviolet lamp consumed is provided voluntarily by this device fully; At last, the water that has purified is discharged by the connection housing water outlet of this device.
The self power generation ultraviolet that the utility model the provides waste disposal plant that can flow has the following advantages:
1, this device uses a plurality of ultraviolet lamps that constitute matrix, allow effluent stream cross the ultraviolet lamp battle array, can carry out molecular radiation to the pollutants in sewage objectionable constituent in the short period of time, relevant bactericidal purifying process is carried out fast, realize effective sterilization and coagulate wadding, fast 600 times of its sterilization speeds than the sterilization speed of chlorine;
2, this device is provided with the runner of band drop, and establishes hydrogenerator, and the energy generating by means of the sewage that flows can be applied to electricity on the electrical appliance of device self then, and the running cost that can make this device is zero cost;
3, the running part in this device all contacts with flowing fluid, has self function of cooling automatically, does not need cooling system is set again, and being in operation does not produce high temperature and high pressure gas yet, makes apparatus structure simple, so facility investment is little, and handled easily.
4, in this device, ultraviolet lamp is concentrated in the chamber to outer closure of sewage purification processing section, as long as add metal lid above the treater, just can make operator not be subjected to uviolizing at this, realize safety operation.
Description of drawings
The utility model is described in further detail below in conjunction with accompanying drawing.
Can the flow top plan view structural representation of waste disposal plant of the self power generation ultraviolet that Fig. 1 provides for the utility model;
The process flow sheet that Fig. 2 disposes of sewage for the waste disposal plant that the utility model provides.
Embodiment
As shown in Figure 1, the self power generation ultraviolet that the utility model the provides waste disposal plant that can flow comprises the housing 1 of a connection, one end of this housing 1 is provided with water-in 11, be provided with water outlet 12 at its other end, water-in 11 in this housing 1 is to including sewage purification processing section A between the water outlet 12, solid-liquid separation processing section B and self power generation section C, sewage purification processing section A is a bigger chamber 2 in circulation interface, in this chamber 2, be provided with the ultraviolet lamp matrix of forming by several ultraviolet lamps 21, ultraviolet lamp 22 in the ultraviolet lamp matrix 21 is arranged in this chamber 2 at interval equably, spacing between the ultraviolet lamp 22 will be decided according to watt level and its sterilization operating range of used ultraviolet lamp, for example, the device that the design one day amount of disposing of sewage is 6000 tons, use 40 watts, long 1.2 meters, in water, be 500 μ m/cm when luminous at 0.2 meter uitraviolet intensity of distance fluorescent tube
2Quartz burner, set long 14 meters of the chamber of sewage purification processing section, wide 2 meters, high 1.5 meters, in this chamber, along its length, following current water direction is erect a quartz burner every 0.4 meter, on width every 0.4 meter, if a tubes, every row's 5 tubes are established 14/0.4=36 root fluorescent tube on the length of chamber, on width, establish 5 fluorescent tubes, 180 quartz burners 22 are set altogether form ultraviolet lamp matrix 21.In the ultraviolet lamp battle array 21 each ultraviolet lamp 22 with and between arrangements of electric connection, contact chamber is insulated, each ultraviolet lamp 21 is arranged in the silica tube 23 insulation.
The chamber of this sewage purification processing section A is provided with to import and export with the described other parts that are communicated with housing and links up, in the import and export of the chamber of sewage purification processing section A, be respectively equipped with current speed regulator valve 3 and water flow control valve 4, control the flow velocity of sewage in the purifying treatment section with this, in above-mentioned ultraviolet lamp matrix, sewage passed the lamp battle array in 60 seconds can obtain sufficient bactericidal purifying, therefore, will regulate with current speed regulator 3 and water flow control valve 4 according to quantity of wastewater effluent in each time period in operation, the time that makes effluent stream cross the purifying treatment section meets the requirement of purification.
Be communicated with in the housing 1 in the downstream of the chamber of sewage purification processing section A and be provided with solid-liquid separation processing section B, in this processing section, be provided with solid-liquid separator 5, the solid matter in the liquid that flows through is retained down, but the liquid flow mistake.This solid-liquid separator 5 can be selected the unpowered gravity flow solid-liquid separator of GYF-200X1B (making sale by Dalian Hua Feng fluid device company limited) for use, liquid to be separated has kept stable liquid level substantially from the input of hydrops groove end in the hydrops groove under the part iris action of two-layer spoiler.When liquid level reaches overflow height, upper strata solid-liquid mixed solution promotes the water conservancy diversion roller and presses the rotation of liquid flooding direction in flooding process, the solid floating matter is transferred in company with liquid stream, flow on the Arc grid, along with liquid stream flowing along the grid arc, liquid stream constantly flows in the kerve through the gap, leaches solid materials and is constantly promoted to move down by liquid stream, accepts vessel recovery or discharging after hopper falls into solid.In addition, also can select the solid-liquid separator of other structure for use, comprise the separator that uses external energy.
Be communicated with housing to having a turnaround section in the downstream that is positioned at solid-liquid separation processing section B that is communicated with housing 1, make the downstream part of the upstream end of this turnaround section and turnaround section have one 1 meter drop, downstream part in described turnaround section is provided with a hydrogenerator 6, it can select impulse turbine for use, and the circuit that the electric energy output end of this hydrogenerator connects the ultraviolet lamp battle array 21 among lead and the sewage purification processing section A is electrically connected.
As shown in Figure 2, the self power generation ultraviolet that the utility model the provides waste disposal plant that can flow in use is such work: the water-in of connection housing wherein is connected effluent outfall and gets on the water outlet, sewage with certain flow rate is entered by the sewage import, at first by the current speed regulator, flow into the ultraviolet energy treater of sewage purification processing section again, enter the described solid separator that encloses liquid separating treatment section by water flow controller, through ultraviolet can irradiation after and the water of filtering by being communicated with the turnaround section with certain drop of housing, come and impact the impeller of the hydrogenerator that is located at the turnaround section downstream, make the impeller rotation, then make hydrogenerator send electric energy, this electric energy is by putting with ultraviolet lamp in the sewage purification processing section and be electrically connected (all not shown in each figure) by outputing to present situation, and the electric energy that ultraviolet lamp consumed is provided voluntarily by this device fully; At last, the water that has purified is discharged by the connection housing water outlet of this device by a water flow measurement device.
Can also be furnished with the UV intensity monitor on the ultraviolet lamp battle array treatment system in the chamber of sewage purification processing section A, whether works better is so that in time find fault can to monitor ultraviolet lamp by it, in time discharges, and handles steady quality to guarantee sewage purification.This UV intensity monitor is existing, and its syndeton also is existing.
Claims (4)
1, a kind of self power generation ultraviolet waste disposal plant that can flow, the housing that comprises a connection, one end of this housing is provided with water-in, be provided with water outlet at its other end, it is characterized in that: the water-in in this housing is to including the sewage purification processing section between the water outlet, solid-liquid separation processing section and self power generation section, described sewage purification processing section is a bigger chamber in circulation interface, in this chamber, be provided with the ultraviolet lamp matrix of forming by several ultraviolet lamps, each ultraviolet lamp is arranged in this chamber at interval equably in the described ultraviolet lamp battle array, in the described ultraviolet lamp battle array each ultraviolet lamp with and between arrangements of electric connection, contact insulate to chamber, the chamber of this sewage purification processing section is provided with to be imported and exported and the described other parts communication that is communicated with housing, is provided with the flow rate adjustment device of water on the described water-in of the chamber of described sewage purification processing section and/or water outlet; Be communicated with in the housing in the downstream of the chamber of described sewage purification processing section and be provided with described solid-liquid separation processing section, in this processing section, be provided with solid-liquid separator, the solid matter in the liquid that flows through is retained down, but the liquid flow mistake; Be communicated with housing to having a turnaround section in the downstream that is positioned at the solid-liquid separation processing section of described connection housing, make the upstream end of this turnaround section and the downstream part of turnaround section have a drop, downstream part in described turnaround section is provided with a hydrogenerator, and the electric energy output end of this hydrogenerator connects lead and is electrically connected with the circuit of described ultraviolet lamp in the described sewage purification processing section at least.
2, the self power generation ultraviolet according to claim 1 waste disposal plant that can flow, it is characterized in that: this flow rate adjustment device is current speed regulator and the water flow control valve that is respectively equipped with in the described import and export of the chamber of described sewage purification processing section.
3, the self power generation ultraviolet according to claim 1 waste disposal plant that can flow is characterized in that: be equipped with the UV intensity monitor on the ultraviolet lamp battle array in the chamber of described sewage purification processing section.
4, the self power generation ultraviolet according to claim 3 waste disposal plant that can flow is characterized in that: the downstream that is positioned at described solid-liquid separation processing section is communicated with housing and has drop more than 1 meter to the downstream part of the upstream end of the described turnaround section that has and turnaround section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2003201251381U CN2670342Y (en) | 2003-12-04 | 2003-12-04 | Self-generating ultraviolet wastewater flow treater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2003201251381U CN2670342Y (en) | 2003-12-04 | 2003-12-04 | Self-generating ultraviolet wastewater flow treater |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2670342Y true CN2670342Y (en) | 2005-01-12 |
Family
ID=34476714
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2003201251381U Expired - Fee Related CN2670342Y (en) | 2003-12-04 | 2003-12-04 | Self-generating ultraviolet wastewater flow treater |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2670342Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102020334A (en) * | 2010-07-28 | 2011-04-20 | 朱仕杰 | Water purifier with sterilizing function |
| CN106950910A (en) * | 2017-04-05 | 2017-07-14 | 深圳市玖品空气净化科技有限公司 | A kind of purifying water process equipment based on Internet of Things |
| CN108439532A (en) * | 2018-04-26 | 2018-08-24 | 陕西科技大学 | A kind of ultraviolet effluent treatment plant |
| CN111569514A (en) * | 2020-05-07 | 2020-08-25 | 秦皇岛市大象轮胎有限公司 | Environment-friendly water conservancy filter |
-
2003
- 2003-12-04 CN CNU2003201251381U patent/CN2670342Y/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102020334A (en) * | 2010-07-28 | 2011-04-20 | 朱仕杰 | Water purifier with sterilizing function |
| CN102020334B (en) * | 2010-07-28 | 2012-12-26 | 朱仕杰 | Water purifier with sterilizing function |
| CN106950910A (en) * | 2017-04-05 | 2017-07-14 | 深圳市玖品空气净化科技有限公司 | A kind of purifying water process equipment based on Internet of Things |
| CN106950910B (en) * | 2017-04-05 | 2019-12-10 | 北京金港海源化工产品有限公司 | water purification treatment equipment based on thing networking |
| CN108439532A (en) * | 2018-04-26 | 2018-08-24 | 陕西科技大学 | A kind of ultraviolet effluent treatment plant |
| CN111569514A (en) * | 2020-05-07 | 2020-08-25 | 秦皇岛市大象轮胎有限公司 | Environment-friendly water conservancy filter |
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| 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 |