CN206778178U - Poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus - Google Patents
Poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus Download PDFInfo
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- CN206778178U CN206778178U CN201720576588.4U CN201720576588U CN206778178U CN 206778178 U CN206778178 U CN 206778178U CN 201720576588 U CN201720576588 U CN 201720576588U CN 206778178 U CN206778178 U CN 206778178U
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- electrolysis water
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- subacidity electrolysis
- ammonia
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
- Y02A50/20—Air quality improvement or preservation, e.g. vehicle emission control or emission reduction by using catalytic converters
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Abstract
The utility model belongs to a kind of poultry house based on subacidity electrolysis water and removes ammonia depositing dust exhaust apparatus, tower body bottom is provided with level sensor, pH sensors and effective chlorine detection probe, soil cleaning port, delivery port, air inlet and air outlet are arranged at tower body bottom, there is adsorption layer in tower body above air inlet, ammonia gas sensor and sensor of dust concentration are provided with tower body below air outlet, there is spray head on tower body above adsorption layer, there is rainhat on tower body top；Delivery port is connected with water inlet pipe, there is three-way connection A on water inlet pipe, three-way connection A upper outlet is connected with subacidity electrolysis water maker, there is three-way connection B between circulating pump and three-way connection A, three-way connection B connection circulating pump and one-way valve B, circulating pump is connected with outlet pipe；The utility model reduces ammonia, dust and the discharge of microorganism, reduces the discharge capacity of poultry house ammonia into air；Effectively reduce pollution of the livestock and poultry cultivation house dusty gas to atmospheric environment and the influence to caused by human health.
Description
Technical field
The utility model belongs to poultry house disinfection technology field, more particularly to a kind of poultry house based on subacidity electrolysis water
Except ammonia depositing dust exhaust apparatus.
Background technology
Poultry house discharges a large amount of NH3, dust and pathogenic microorganism during ventilation into air.These pollutants
Except being polluted to cultivated animals and plant's environment, can also destruction be produced to atmospheric environment, further endanger the strong of the mankind
Health.NH3 recent studies have shown that, NH3 can increase PM2.5 in air except having stimulation to respiratory tract and ocular delivery
Concentration, so as to the main reason as PM2.5, the U.S. have nearly 50% PM2.5 be ammonia derivative ammonium sulfate, in China,
25-60% PM2.5 is produced by the secondary derivative of sulfate, nitrate and ammonium.A large amount of dust and pathogenic microorganism
Discharge, the generation of increased respiratory disease and propagation risk, endanger human and livestock health.Thus, poultry house discharges the sky of gas
Gas quality problems should obtain enough concerns.
The most poultry house in China is again without except ammonia facility at present, and the waste gas of poultry house directly is discharged into sky
Pollution in gas to air is too big.Ammonia-removal method used in domestic aquaculture is substantially exactly that ozone ammonia elimination process also has manganese slag to remove ammonia
Method.
Ozone ammonia elimination process is really more convenient, and ozone can decompose the ammonia of poultry house, but ozone concentration it is too high can pair
Poultry and poultry feeders damage, and concentration is too low then except ammonia effect is inadequate, and humans and animals are chronically at the ozone of high concentration
Once there was certain chicken house in the skin disease that is easy to get in environment and PUD D, China Shandong when poultry house is using one section of ozone ammonia elimination process
Between after, the egg production of birds significantly declines, and breathing problem also substantially increases, and poultry raiser's cough is more than, and ocular vision obscures.
If manganese slag removes ammonia with calcium hydroxide solid, principle is exactly to remove ammonia, i.e. ammonia using the hydrone adsorbed in manganese slag
Water is dissolved in, but using manganese slag ammonia elimination process except ammonia efficiency is not too high, the hydrone adsorbed after all in manganese slag is limited.And manganese
It is heavy metal, secondary pollution may be produced during except ammonia, this just loses more than gain a little.
The content of the invention
The utility model aims to overcome that the deficiencies in the prior art and provides a kind of energy-saving and environmental protection and remove ammonia effect
The good poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus.
What the purpose of this utility model was realized in：A kind of poultry house based on subacidity electrolysis water is vented except ammonia depositing dust
Device, including tower body, it is characterised in that：Described tower body bottom is provided with level sensor, pH sensors and effective chlorine detection
Probe, tower body bottom is provided with soil cleaning port, is provided with delivery port on the relative tower body of soil cleaning port, is set on the tower body above soil cleaning port
It is equipped with air inlet, is provided with adsorption layer in the tower body above air inlet, is provided with spray head on the tower body above adsorption layer, sprays
Air outlet is provided with the tower body of head top, and ammonia gas sensor and dust concentration sensing are provided with the tower body below air outlet
Device, tower body top are provided with rainhat；Delivery port is connected with water inlet pipe, and three-way connection A, three-way connection A are provided with water inlet pipe
Upper outlet be connected with subacidity electrolysis water maker, be provided with single-pass between three-way connection A and subacidity electrolysis water maker
Valve A, three-way connection A right outlet are connected with circulating pump, three-way connection B are provided between circulating pump and three-way connection A, three connect
Head B one outlet connection circulating pump, three-way connection B another outlet are connected with one-way valve B, and circulating pump is connected with water outlet
Pipe, outlet pipe are connected with spray head.
Described three-way connection A, three-way connection B, one-way valve A and one-way valve B is solenoid electric valve.
Described air inlet is connected with blower fan.
Described air outlet is shutter.
Described adsorption layer is wet curtain.
Described spray head is provided with one or more.
Described subacidity electrolysis water maker is connected with supply equipment.
Described level sensor, pH sensors, effective chlorine detection probe, ammonia gas sensor and sensor of dust concentration connects
It is connected to controller.
Described controller and subacidity electrolysis water maker, circulating pump, three-way connection A, three-way connection B, one-way valve A and
One-way valve B connections.
The utility model has following good effect：
1st, effectively reduce the concentration of ammonia in livestock and poultry cultivation house, enhance livestock and poultry stress resistance, reduce livestock and poultry
The incidence of disease, reduce ammonia, dust and the discharge of microorganism, greatly reduce the content of ammonia in poultry house, reduce poultry
The discharge capacity of pouity dwelling place ammonia into air；Effectively reduce pollution of the livestock and poultry cultivation house dusty gas to atmospheric environment and the mankind are good for
Influence caused by health；
2nd, using subacidity electrolysis water as bactericide, bactericidal effect is good, and cost is cheap, easily produces, and is killed compared to chemistry
Bacterium method, secondary pollution will not be caused to environment, pathogenic microorganisms will not be made to produce drug resistance；Using subacidity electrolysis water as
NH3 absorbent, liquid can be used as agricultural fertilizer to recycle after NH3 is dissolved in subacidity electrolysis water, realize following for resource
Ring utilizes；
3rd, make ammonia in poultry house waste gas by the subacidity electrolysis water that spray head sprays and adsorption layer fully contact by
Ammonia, dust and the pathogenic microorganism of waste gas absorb, and recycle subacidity electrolysis water by circulating pump, have saved and removed
The cost of ammonia depositing dust.
4th, the utility model is dense by level sensor, pH sensors, effective chlorine detection probe, ammonia gas sensor, dust
Spend sensor, controller, subacidity electrolysis water maker, circulating pump, three-way connection A, three-way connection B, one-way valve A and one-way valve
B is realized to automatic water-replacing of the present utility model, automatic cycle, automatic detection, the utility model automatic detection is run；Section
Substantial amounts of human and material resources is saved.
Brief description of the drawings
Fig. 1 is the structural representation that the poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus.
Embodiment
Embodiment 1, as shown in figure 1, a kind of poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, including tower
Body 5, the described bottom of tower body 5 are provided with level sensor 9, pH sensors 10 and effective chlorine detection probe 11, level sensor 9
The height of water level of subacidity electrolysis water in tower body can be detected, pH sensors 10 detect the pH concentration of subacidity electrolysis water in tower body,
Effective chlorine detection probe 11 detects the available chlorine content of subacidity electrolysis water in tower body.The bottom of tower body 5 is provided with soil cleaning port 8, energy
It is enough that larger debris is removed from soil cleaning port, delivery port 12, the tower of the top of soil cleaning port 8 are provided with the relative tower body 5 of soil cleaning port 8
Air inlet 6 is provided with body 5, adsorption layer 4 is provided with the tower body 5 of the top of air inlet 6, adsorption layer 4 is wet curtain, and wet curtain is breathed freely
Property and water imbibition it is preferable, to make the adsorbing powder dust in waste gas on surface, and waste gas is fully contacted with adsorption layer, ensure
Effective processing of ammonia and pathogenic microorganism, be advantageous to the absorption to solid matter and the filtering to gas.The top of adsorption layer 4
Spray head 3 is provided with tower body 5, spray head 3 is provided with one or more, it is ensured that spray head can uniformly soak adsorption layer；
And ensure that more subacidity electrolysis water is flowed out in the tower body of lower section from adsorption layer, ensure the circulation industrial of subacidity electrolysis water
Make.Air outlet 2 is provided with the tower body 5 of the top of spray head 3, air outlet is shutter, is advantageous to uniformly distributing for gas.Air-out
Ammonia gas sensor 20 and sensor of dust concentration 21, the detection discharge gas of ammonia gas sensor 20 are provided with the tower body 5 of the lower section of mouth 2
The dust concentration in gas is discharged in interior ammonia level, the detection of sensor of dust concentration 21.The top of tower body 5 is provided with rainhat 1；
Rainhat is shape for hat, prevents rainwater from entering in tower body.Delivery port 12 is connected with water inlet pipe, and three-way connection is provided with water inlet pipe
A16, three-way connection A16 upper outlet are connected with subacidity electrolysis water maker 18, and subacidity electrolysis water maker 15 is connected with
Supply equipment, supply equipment supply water to subacidity electrolysis water maker 15；Subacidity electrolysis water maker 15 produces subacidity electricity
Solution water 7 is entered in tower body.One-way valve A17 is provided between three-way connection A16 and subacidity electrolysis water maker 18, three connect
Head A16 right outlet is connected with circulating pump 15, three-way connection B14 is provided between circulating pump 15 and three-way connection A16, three connect
Head B14 one outlet connection circulating pump 15, three-way connection B14 another outlet are connected with one-way valve B13, and circulating pump 15 connects
Outlet pipe 19 is connected to, outlet pipe 19 is connected with spray head 3.Three-way connection A, three-way connection B, one-way valve A and one-way valve B are electricity
Magnetic control valve, it can open and close by Electromagnetic Control.Level sensor, pH sensors, effective chlorine detection probe, ammonia pass
Sensor and sensor of dust concentration are connected with controller.Controller and subacidity electrolysis water maker, circulating pump, three-way connection A,
Three-way connection B, one-way valve A connect with one-way valve B.Level sensor, pH sensors, effective chlorine detection probe, ammonia gas sensor
The signal detected can be passed to controller with sensor of dust concentration, controller can control subacidity electrolysis water to generate
The work and stopping of device, circulating pump, three-way connection A, three-way connection B, one-way valve A and one-way valve B.
The utility model when in use, is first fixedly mounted on the ventilating opening end of poultry house, ventilating opening end by the utility model
Blower fan is set, the air inlet connection on the exhaust outlet and tower body of blower fan, set between the air inlet on the exhaust outlet and tower body of blower fan
Put ventilation shaft, ventilation shaft is taper, and the air inlet on the exhaust outlet and tower body of blower fan is tightly connected, and prevents the sky in hen house
Gas is excessive.Air in poultry house is transported in tower body by blower fan, and tower body is arranged on outside wall.Circulating pump is opened, based on micro-
The poultry house of acidic electrolytic water is started working except ammonia depositing dust exhaust apparatus, and poultry house waste gas is entered based on subacidity by air inlet
The poultry house of electrolysis water is removed inside ammonia depositing dust exhaust apparatus, is sprayed onto subacidity electrolysis water by spray head and is electrolysed based on subacidity
The poultry house of water except in the poultry house waste gas in ammonia depositing dust exhaust apparatus, then waste gas in uphill process with subacidity electrolysis water
Contact carries out in-depth filtration by absorption cleaning, then by adsorption layer, increases filtration time and filter effect, is filled waste gas
The purification divided, is finally discharged by air outlet.
When subacidity electrolysis water is added in toward tower body, one-way valve A is opened, closes one-way valve B and circulating pump, subacidity electrolysis
Water is entered in tower body.When the poultry house based on subacidity electrolysis water works except ammonia depositing dust exhaust apparatus, circulating pump is opened, is closed
One-way valve A and one-way valve B are closed, the subacidity electrolysis water in tower body is transported in outlet pipe by circulating pump, then into spray
Head, adsorption layer is fallen on from spray head, is then re-introduced into from adsorption layer in tower body, form circulation work.When need change tower
During internal subacidity electrolysis water, one-way valve B is opened, closes one-way valve A and circulating pump, under the effect of the pressure, subacidity electricity
Xie Shui flows out at one-way valve B.
The utility model is before use, an ammonia concentration value can be set, such as：0.1mg/ m3, when ammonia gas sensor is examined
Measure discharge gas it is high when in 0.1mg/ m3When, ammonia gas sensor sends signal to controller, can set a dust concentration
Value, such as：1mg/ m3, when sensor of dust concentration detects that discharge fuel gas and dust concentration is 1mg/ m3When, sensor of dust concentration
Signal is sent to controller.A water level value can be set, such as：20 centimetres.When level sensor detects that water level is less than 20 lis
Meter Shi, level sensor send signal to controller.An available chlorine content value is set, such as：30 mg/L, when effective chlorine detects
When probe detects that available chlorine content is less than 30 mg/L, effective chlorine detection probe sends signal to controller.PH sensors detect
When being more than 7 to pH, pH sensors send signal to controller.
The utility model when in use, when ammonia concentration is more than 0.1mg/ m3, dust concentration be more than 1mg/ m3When, water level
It is less than 30 mg/L or pH less than 20 centimetres, available chlorine content and is more than 7, when meeting the either condition in above-mentioned condition, in tower body
Subacidity electrolysis water changed, one-way valve B is opened by controller, one-way valve A and circulating pump is closed, is electrolysed subacidity
Water flows out out of tower body；Then controller opens one-way valve A, closes one-way valve B and circulating pump, when level sensor detects water
After position reaches 30 ~ 50 centimetres higher than 20 centimetres, subacidity electrolysis water maker is closed, stops adding subacidity electrolysis water.Pass through
Controller opens circulating pump, closes one-way valve A and one-way valve B, and subacidity electrolysis water in tower body is transported to outlet pipe by circulating pump
It is interior, then into spray head, adsorption layer is fallen on from spray head, is then re-introduced into tower body, starts the cycle over from adsorption layer
Work.Whole device realizes the complete function of automatic water-replacing, automatic cycle and automatic detection.
The utility model is simple in construction, easy for installation, easy to maintenance, removes the effect of ammonia, dust and microorganism discharge
Substantially, production cost and operation cost are respectively less than other ammonia removal devices, are advantageous in livestock and poultry farm popularization and application.
Embodiment 2：Poultry house based on subacidity electrolysis water removes the effect experiment of ammonia depositing dust exhaust apparatus
1st, broiler house overview
Tested in certain intensiveization broiler breeding field.There is no other air in 1200m or so around experiment chicken house
Pollution sources are present.There are 4 hen houses, all closed no window constructions, long 130m, wide 16m in plant.Broiler house is using flat
The pattern of supporting raising white meat-type chickens, there is fully automatic feeding line and waterline, chicken group free choice feeding, free water.Hen house uses LED
Daylighting, light application time 22h（Light）/2h（Secretly）.Ventilation equipment in hen house are longitudinal force ventilation, under the eaves of every hen house
Enter to be provided with 4 exhaust outlets.20,000 white meat-type chickens are raised in 4 hen houses.
2nd, experimental method
4 hen houses are respectively labeled as A, B, C, D, wherein A hen houses hen house as a control group, the air in hen house are not entered
Row sterilization；B hen houses are carried out disinfection using ozone ammonia elimination process to the air in hen house；Disinfecting time is 17:00, spray time is
10min.1 hour after sterilization, 3 hours, sampled respectively after 5 hours.C hen houses are using manganese slag ammonia elimination process to the sky in hen house
Gas carries out disinfection；Disinfecting time is 17:00, spray time 10min.1 hour after sterilization, 3 hours, divided after 5 hours
Do not sample.The air that D hen houses are discharged using the utility model to hen house carries out disinfection；Sampled simultaneously with A, B, C hen house.A、
B, C hen houses set sampled point at exhaust outlet, and D hen houses set sampled point at air outlet of the present utility model.
1）, particle concentration measure
Each sampled point gathers microorganism, sampling time 6min with Plate natural sedimentation method.Then DS-21B is used
Dust sampler is measured to particle concentration.
2）, content of microorganisms
Each sampled point gathers microorganism, sampling time 6min with Plate natural sedimentation method.Culture dish after sampling
It is placed in 37 DEG C of constant incubators and is inverted culture 24 hours, then records the microbe colony number on each culture dish.According to Soviet Union
Join the formula calculating microbe colony number of this base of scholar's Ao Mei beams：
P=5N/A×T
Wherein, P is per m3Microbes in air clump count（Ten thousand/m3）, N is each clump count (individual) on culture dish, and A is
The area of culture dish（cm2）, T is the sampling time（min）.
The calculation formula of sterilizing rate is as follows：
Sterilizing rate（%）=（Clump count after clump count-sterilization before sterilization）Clump count × 100% before/sterilization
3）, ammonia concentration
Ammonia concentration is determined using ammonia detector, and model MIC-800, range is 0 ~ 100mg/kg, and measurement accuracy is
±3%F.S.Sampling time is 6min.
3rd, interpretation of result
1）, particle concentration
The average particle concentration of sampled point is as shown in table 1 in experimentation,
Table 1：The average particle concentration of sample point（mg/ m3）
| Before sterilization | 1 hour after sterilization | 3 hours after sterilization | 5 hours after sterilization | |
| A hen houses | 5.08±0.43 | 6.67±0.86 | 7.90±0.54 | 9.64±0.32 |
| B hen houses | 4.78±0.75 | 5.36±0.65 | 6.56±0.58 | 8.57±0.23 |
| C hen houses | 4.85±0.65 | 7.23±0.56 | 9.28±0.42 | 11.87±0.21 |
| D hen houses | 5.16±0.46 | 0.75±0.23 | 0.83±0.11 | 0.98±0.16 |
As shown in Table 1, A hen houses carry out disinfection, and the particle concentration in the air discharged out of hen house gradually rises, B hen houses
Carried out disinfection using ozone ammonia elimination process, the particle concentration in the air discharged out of hen house gradually rises, with the A not carried out disinfection
Hen house difference is smaller；C hen houses are carried out disinfection using manganese slag ammonia elimination process, and the particle concentration in hen house in discharge air substantially increases,
There is obvious raising compared to A hen houses and B hen house particle concentrations；D hen houses use the air that the utility model is discharged to hen house
Carry out disinfection, particle concentration substantially reduces, it is clear that discharge of the utility model to particulate has significant effect.
2）, content of microorganisms
The average content of microorganisms of sampled point is as shown in table 2 in experimentation,
Table 2：Sampled point average air content of microorganisms（Ten thousand/m3）
| Before sterilization | 1 hour after sterilization | 3 hours after sterilization | 5 hours after sterilization | |
| A hen houses | 3.82±0.84 | 4.25±0.32 | 6.85±0.03 | 8.93±0.36 |
| B hen houses | 3.79±0.14 | 1.71±0.36 | 2.47±0.57 | 3.34±0.08 |
| C hen houses | 3.52±0.28 | 1.51±0.13 | 2.62±0.11 | 3.41±0.16 |
| D hen houses | 4.03±0.18 | 0.79±0.14 | 0.91±0.15 | 1.06±0.18 |
As shown in Table 2, without sterilization in A hen houses, the content of microorganisms discharged in air gradually increases；B hen houses and C chickens
House is 1 hour after carrying out disinfection, and discharge the content of the microorganism in air reduces with obvious, and micro- life after sterilizing 5 hours
Before thing content goes back up to sterilization；Content of microorganisms in D hen houses discharge air is less, and uses what is discharged in air for a long time
Content of microorganisms does not change significantly.
3）, ammonia concentration
The average ammonia concentration of sampled point is as shown in table 3 in experimentation,
Table 3：The average ammonia concentration of sampled point（mg/ m3）
| Before sterilization | 1 hour after sterilization | 3 hours after sterilization | 5 hours after sterilization | |
| A hen houses | 1.73±0.21 | 2.65±0.29 | 3.23±0.35 | 3.95±0.21 |
| B hen houses | 1.84±0.52 | 1.06±0.15 | 1.75±0.46 | 2.24±0.35 |
| C hen houses | 1.69±0.94 | 1.12±0.53 | 1.63±0.46 | 2.34±0.54 |
| D hen houses | 1.76±0.35 | 0.11±0.05 | 0.24±0.04 | 0.37±0.11 |
As shown in Table 3, without sterilization in A hen houses, the ammonia concentration discharged in air gradually increases；B hen houses and C hen houses
1 hour after carrying out disinfection, discharging the ammonia concentration in air has obvious reduction, and ammonia concentration gos up after sterilizing 3 hours
To before sterilization；Before ammonia concentration rises above sterilization after sterilizing 5 hours；Ammonia concentration content pole in D hen houses discharge air
It is few.
From experiment, in the A hen houses without sterilization, particle concentration, content of microorganisms and ammonia in air are discharged
Gas concentration continues to increase, and in B hen houses and C hen houses, influence of the ozone ammonia elimination process to particle concentration is smaller, the increase of manganese slag ammonia elimination process
Particle concentration in discharge air；Ozone ammonia elimination process and manganese slag ammonia elimination process are sterilizing early stage to content of microorganisms and ammonia concentration
There is preferable reduction to act on, but but lasting effect is poor, it is necessary to frequently be carried out disinfection to the air in hen house；In D hen houses
In, the air after being filtered using the utility model, particle concentration, content of microorganisms and the ammonia concentration discharged in air is in
Extremely low standard, and the duration is extremely long, and the air of discharge will not be bad to the staff of poultry and plant generation
Influence.
Examples detailed above is only preferred embodiment of the present utility model, not to limit the utility model, for ability
For the technical staff in domain, the utility model can have a various modifications and variations, it is all the spirit and principles of the utility model it
It is interior, any modification, equivalent substitution and improvements made etc., it should be included within the scope of protection of the utility model.
Claims (9)
1. a kind of poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, including tower body, it is characterised in that：Described
Tower body bottom is provided with level sensor, pH sensors and effective chlorine detection probe, and tower body bottom is provided with soil cleaning port, soil cleaning port
It is provided with delivery port on relative tower body, is provided with air inlet on the tower body above soil cleaning port, is set in the tower body above air inlet
It is equipped with adsorption layer, is provided with spray head on the tower body above adsorption layer, air outlet, air-out is provided with the tower body above spray head
Ammonia gas sensor and sensor of dust concentration are provided with tower body below mouthful, tower body top is provided with rainhat；Delivery port connects
Water inlet pipe is connected to, three-way connection A is provided with water inlet pipe, three-way connection A upper outlet is connected with subacidity electrolysis water maker,
One-way valve A is provided between three-way connection A and subacidity electrolysis water maker, three-way connection A right outlet is connected with circulating pump,
Three-way connection B, three-way connection B one outlet connection circulating pump, three-way connection B are provided between circulating pump and three-way connection A
Another outlet be connected with one-way valve B, circulating pump is connected with outlet pipe, and outlet pipe is connected with spray head.
2. the poultry house according to claim 1 based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, it is characterised in that：
Described three-way connection A, three-way connection B, one-way valve A and one-way valve B is solenoid electric valve.
3. the poultry house according to claim 1 based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, it is characterised in that：
Described air inlet is connected with blower fan.
4. the poultry house according to claim 1 based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, it is characterised in that：
Described air outlet is shutter.
5. the poultry house according to claim 1 based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, it is characterised in that：
Described adsorption layer is wet curtain.
6. the poultry house according to claim 1 based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, it is characterised in that：
Described spray head is provided with one or more.
7. the poultry house according to claim 1 based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, it is characterised in that：
Described subacidity electrolysis water maker is connected with supply equipment.
8. the poultry house according to claim 7 based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, it is characterised in that：
Described level sensor, pH sensors, effective chlorine detection probe, ammonia gas sensor and sensor of dust concentration is connected with control
Device.
9. the poultry house according to claim 8 based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus, it is characterised in that：
Described controller and subacidity electrolysis water maker, circulating pump, three-way connection A, three-way connection B, one-way valve A and one-way valve B
Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720576588.4U CN206778178U (en) | 2017-05-23 | 2017-05-23 | Poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720576588.4U CN206778178U (en) | 2017-05-23 | 2017-05-23 | Poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206778178U true CN206778178U (en) | 2017-12-22 |
Family
ID=60712925
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720576588.4U Expired - Fee Related CN206778178U (en) | 2017-05-23 | 2017-05-23 | Poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107096365A (en) * | 2017-05-23 | 2017-08-29 | 河南牧业经济学院 | Poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus |
| CN109126422A (en) * | 2018-07-30 | 2019-01-04 | 开平市华声生物科技有限公司 | A kind of black soldier flies cultivation waste gas processing method |
-
2017
- 2017-05-23 CN CN201720576588.4U patent/CN206778178U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107096365A (en) * | 2017-05-23 | 2017-08-29 | 河南牧业经济学院 | Poultry house based on subacidity electrolysis water removes ammonia depositing dust exhaust apparatus |
| CN109126422A (en) * | 2018-07-30 | 2019-01-04 | 开平市华声生物科技有限公司 | A kind of black soldier flies cultivation waste gas processing method |
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Granted publication date: 20171222 Termination date: 20210523 |