background technology:
Natural pond liquid mostly is cow dung, rabbit excrement, chicken manure mixed fermentation form, and tasteless and fertilizer efficiency after fermentation after fermentation is more than 10 times of general chemistry synthetic fertilizer; The water quality characteristic of natural pond liquid makes Crop be exceedingly fast, and existing quick-acting, has slow concurrently again.Research shows, often executes natural pond liquid, and plant growth is healthy and strong, and vane thickness and fruit weight significantly increase, and quality significantly improves, and can improve about output 15-35%, soluble sugar mean height 36%; To crop nutritional deficiency disease, as little leaf disease has special efficacy; Improve Physiological changes simultaneously, improve freezing tolerance, can be rated as " king in fertilizer ", be at present in the world crop alimentary the most entirely, the most balanced, produce nuisanceless green, the best fertilizer of high-grade Organic food.
But livestock and poultry feces anaerobically fermenting can produce a large amount of natural ponds liquid, belong to high pollution thing, cannot directly be disposed in environment, carry out process up to standard cause again Construction and operation expense greatly to increase by building post-processed facility, therefore have that natural pond output of fluid is large, processing cost is high, store transport difficult and the problem such as nutrition content is on the low side; Although natural pond liquid can use the second stage employ that can realize resource as fertilizer, but little, the long distance transportation high cost of farmland digestion capability utilization in not enough, winter etc. utilize the uneven and economy problems of spatial and temporal distributions near often existing, simultaneously compared with chemical fertilizer or organic commercial fertilizer, in the liquid of natural pond, every nutritive element concentration is on the low side, the enthusiasm that peasant utilizes is not high, limits the feasibility that agricultural is dissolved to a certain extent; So, manufacture that a kind of natural pond liquid to be fermented into the equipment of concentrated fertilizer extremely urgent.
summary of the invention:
The purpose of this utility model is the function of natural pond liquid being carried out to AO degraded, provides a kind of natural pond anti-precipitation of liquid complete AO degraded equipment.
The utility model adopts the technical combinations scheme of following mechanism part to realize its goal of the invention: anti-precipitation of liquid complete AO in a kind of natural pond degrades equipment, and it is made up of equalizing tank 1, two-stage aerobic pond 2 and multistage anaerobic pond 3 of degrading of degrading; Equalizing tank 1 is arranged on the left of two-stage aerobic degraded pond 2; Two-stage aerobic degraded pond 2 is connected and installed by pipeline by pipeline and multistage anaerobic pond 3 of degrading.
The utility model is the abundant aerobic fermentation realizing natural pond liquid, is provided with aerated conduit 5 and aeration pump 7; And on aerated conduit 5, be provided with solarization air cap 16, aerated conduit joint flange 17; Aerated conduit 5 is connected on aeration pump 7 by aerated conduit joint flange 17, and aerated conduit 5 is laid on bottom two-stage aerobic degraded pond 2.
The utility model, in order to part microorganism reflux cycle be spread cultivation, reduces the function of microbial strains input amount, is provided with equalizing tank 1 and reflux pump 6; Reflux pump 6 is arranged in the body of two-stage aerobic degraded pond, the second stage, pond 2, and its pipeline passes into equalizing tank 1.
The utility model, for the ease of the function of the end slag of generation after cleaning degraded, is provided with two soil cleaning ports 18; Two soil cleaning ports 18 lay respectively at multistage anaerobic degraded two ends, top, pond 3.
Owing to have employed above technical scheme, the utility model achieves its goal of the invention preferably, the complete AO of the anti-precipitation of this natural pond liquid equipment of degrading mainly designs to natural pond liquid be reached after the microbiological deteriorations such as genus bacillus the requirement of discharge and irrigation, this equipment de-sign is multistage degraded areas, first by carrying out anaerobically fermenting again after aerobic fermentation, aerobic fermentation front end is provided with aerating apparatus, aerating apparatus also can inhale air feed according to the different designs of fabricating yard in aerobic fermentation inside realizes, aerating apparatus can make microbial strains fully contact fermentation with natural pond liquid, part microbial strains reflux cycle can spread cultivation by the reflux pump that rear end is arranged, the input amount of microbial strains can be reduced, wherein when natural pond flow quantity is greater than the quantity of reflux of reflux pump, flow into rear portion anaerobic pond degraded, anaerobic pond inside is added with upper and lower dividing plate, and for be staggered installation of up and down, makes microorganism fully contact degraded with natural pond liquid, is all designed with soil cleaning port at anaerobic degradation cylinder two ends, the end slag produced after being convenient to clear up degraded.
embodiment:
Below in conjunction with accompanying drawing, summary of the invention is described further:
embodiment 1:
From summary of the invention, anti-precipitation of liquid complete AO in a kind of natural pond degrades equipment, and it is made up of equalizing tank 1, two-stage aerobic pond 2 and multistage anaerobic pond 3 of degrading of degrading; Equalizing tank 1 is arranged on the left of two-stage aerobic degraded pond 2; Two-stage aerobic degraded pond 2 is connected and installed by pipeline by pipeline and multistage anaerobic pond 3 of degrading.
The utility model is the abundant aerobic fermentation realizing natural pond liquid, is provided with aerated conduit 5 and aeration pump 7; And on aerated conduit 5, be provided with solarization air cap 16, aerated conduit joint flange 17; Aerated conduit 5 is connected on aeration pump 7 by aerated conduit joint flange 17, and aerated conduit 5 is laid on bottom two-stage aerobic degraded pond 2.
The utility model, in order to part microorganism reflux cycle be spread cultivation, reduces the function of microbial strains input amount, is provided with equalizing tank 1 and reflux pump 6; Reflux pump 6 is arranged in the body of two-stage aerobic degraded pond, the second stage, pond 2, and its pipeline passes into equalizing tank 1.
The utility model, for the ease of the function of the end slag of generation after cleaning degraded, is provided with two soil cleaning ports 18; Two soil cleaning ports 18 lay respectively at multistage anaerobic degraded two ends, top, pond 3.
Equalizing tank 1 described in the utility model refers to: natural pond liquid deposits pond; Its effect is backflow and the preliminary sedimentation tank of being convenient to natural pond liquid; Its design attitude is as marked shown in 1 in accompanying drawing 1.
Two-stage aerobic degraded pond 2 described in the utility model refers to: steel construction circular cylinder, and natural pond liquid carries out the degraded pond of aerobic fermentation; It is made up of aerobic degradation pond body 4, aerated conduit 5, reflux pump 6, aeration pump 7; Aerobic fermentation is carried out in its effect; Its structure as shown in Figure 2; Its design attitude is as marked shown in 2 in accompanying drawing 1.
Multistage anaerobic degraded pond 3 described in the utility model refers to: steel construction circular cylinder, and natural pond liquid carries out the degraded pond of anaerobically fermenting; Which is provided with soil cleaning port 18, upper spacer 19, anaerobic pond feed opening flange 20, lower clapboard 21 and anaerobic pond discharge port 22; Anaerobically fermenting is carried out in its effect; Its structure as illustrated in 6,7; Its design attitude is as marked shown in 3 in accompanying drawing 1.
Aerobic degradation pond described in the utility model body 4 refers to: the main part being two-stage aerobic degraded pond 2; Which is provided with access hole 8, reflux pump pipeline opening 9, aeration tube road junction 10, Aerobic Pond feed opening flange 11, aerated conduit erection column 12, reflux pump lay post 13, dividing plate 14 and Aerobic Pond discharge port flange 15; Its structure is as shown in accompanying drawing 3,4, and its design attitude is as marked shown in 4 in accompanying drawing 2.
Aerated conduit 5 described in the utility model refers to: oxygen supply equipment; Which is provided with solarization air cap 16 and aeration pump joint flange 17; Its effect is for providing oxygen in two-stage aerobic degraded pond 2; As shown in Figure 5, its design attitude is as marked shown in 5 in accompanying drawing 2 for its structure.
Reflux pump 6 described in the utility model refers to: the pump being positioned at two-stage aerobic degraded inside, pond 2; Its effect is spread cultivation at part microorganism reflux cycle, reduces microbial strains input amount; Its design attitude is as marked shown in 6 in accompanying drawing 2.
Aeration pump 7 described in the utility model refers to: oxygen supply pump; Its effect is oxygen supply in two-stage aerobic degraded pond 2, realizes its aerobic fermentation; Its design attitude is as marked shown in 7 in accompanying drawing 2.
Access hole 8 described in the utility model refers to: be located at the access hole on aerobic degradation pond body 4; Its effect is overhauled aerobic degradation pond body 4; Its design attitude is as marked shown in 8 in accompanying drawing 3,4.
Reflux pump pipeline opening 9 described in the utility model refers to: be located at the pipeline opening on aerobic degradation pond body 4; Its effect is the installation for reflux pump pipeline; Its design attitude is as marked shown in 9 in accompanying drawing 3,4.
Aeration tube road junction 10 described in the utility model refers to: be located at the pipeline opening on aerobic degradation pond body 4; Its effect is the installation for aerated conduit; Its design attitude is as marked shown in 10 in accompanying drawing 3,4.
Aerobic Pond feed opening flange 11 described in the utility model refers to: be located at the joint flange on the left of aerobic degradation pond body 4; Its effect is connected with the installation of equalizing tank 1 for two-stage aerobic degraded pond 2; Its design attitude is as marked shown in 11 in accompanying drawing 3,4.
Aerated conduit erection column 12 described in the utility model refers to: be located at the erection column in aerobic degradation pond body 4; Its effect is laying for aerated conduit 5; Its design attitude is as marked shown in 12 in accompanying drawing 3,4.
Reflux pump described in the utility model is laid post 13 and is referred to: be located at and lay post in aerobic degradation pond body 4; Its effect is laying for reflux pump 6; Its design attitude is as marked shown in 13 in accompanying drawing 3,4.
Dividing plate 14 described in the utility model refers to: be located at the dividing plate in aerobic degradation pond body 4; Its effect is the function giving full play to reflux pump 6 and aeration pump 7; Its design attitude is as marked shown in 14 in accompanying drawing 3,4.
Aerobic Pond discharge port flange 15 described in the utility model refers to: design the joint flange on the right side of aerobic degradation pond body 4; Its effect is convenient to two-stage aerobic degraded pond 2 and multistage anaerobic to degrade being connected and installed of pond 3; Its design attitude is as marked shown in 15 in accompanying drawing 3,4.
Solarization air cap 16 described in the utility model refers to: design the circular hole on aerated conduit 5, is the import of the oxygen that aeration pump 7 provides; Its design attitude is as marked shown in 16 in accompanying drawing 5.
Aeration pump joint flange 17 described in the utility model refers to: design the joint flange on aerated conduit 5; Being connected and installed of aerated conduit 5 and aeration pump 7 is convenient in its effect; Its design attitude is as marked shown in 17 in accompanying drawing 5.
Soil cleaning port 18 described in the utility model refers to: design the soil cleaning port at multistage anaerobic degraded two ends, pond 3; Its effect is convenient to clear up the end slag produced in multistage anaerobic degraded pond 3; Its design attitude is as marked shown in 18 in accompanying drawing 6,7.
Upper spacer 19 described in the utility model refers to: be arranged on the dividing plate in multistage anaerobic degraded pond 3; Its effect is that microorganism and natural pond liquid are fully degraded; Its design attitude is as marked shown in 19 in accompanying drawing 6,7.
Anaerobic pond feed opening flange 20 described in the utility model refers to: be located at the flange on the left of multistage anaerobic degraded pond 3; Its effect is convenient to two-stage aerobic degraded pond 2 and multistage anaerobic to degrade being connected and installed of pond 3; Its design attitude is as marked shown in 20 in accompanying drawing 6,7.
Lower clapboard 21 described in the utility model refers to: be arranged on the dividing plate in multistage anaerobic degraded pond 3; Its effect is that microorganism and natural pond liquid are fully degraded; Its design attitude is as marked shown in 21 in accompanying drawing 6,7.
Anaerobic pond discharge port 22 described in the utility model refers to: be located at the discharge port on the right side of multistage anaerobic degraded pond 3; Its design attitude is as marked shown in 22 in accompanying drawing 6,7.
Reference numerals |
Mark title |
Reference numerals |
Mark title |
1 |
Equalizing tank 1 |
12 |
Aerated conduit erection column 12 |
2 |
Two-stage aerobic degraded pond 2 |
13 |
Reflux pump lays post 13 |
3 |
Multistage anaerobic degraded pond 3 |
14 |
Dividing plate 14 |
4 |
Aerobic degradation pond body 4 |
15 |
Aerobic Pond discharge port flange 15 |
5 |
Aerated conduit 5 |
16 |
Solarization air cap 16 |
6 |
Reflux pump 6 |
17 |
Aeration pump joint flange 17 |
7 |
Aeration pump 7 |
18 |
Soil cleaning port 18 |
8 |
Access hole 8 |
19 |
Upper spacer 19 |
9 |
Reflux pump pipeline opening 9 |
20 |
Anaerobic pond feed opening flange 20 |
10 |
Aeration tube road junction 10 |
21 |
Lower clapboard 21 |
11 |
Aerobic Pond feed opening flange 11 |
22 |
Anaerobic pond discharge port 22 |