CN109734201A - A method of oxygen, which is secreted, using photosynthesis strengthens carbon fibre promotion water quality ability - Google Patents
A method of oxygen, which is secreted, using photosynthesis strengthens carbon fibre promotion water quality ability Download PDFInfo
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- CN109734201A CN109734201A CN201910167186.2A CN201910167186A CN109734201A CN 109734201 A CN109734201 A CN 109734201A CN 201910167186 A CN201910167186 A CN 201910167186A CN 109734201 A CN109734201 A CN 109734201A
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- 229910001868 water Inorganic materials 0.000 title claims abstract description 129
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 title claims abstract description 32
- 229910052760 oxygen Inorganic materials 0.000 title claims abstract description 32
- 239000001301 oxygen Substances 0.000 title claims abstract description 32
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- Purification Treatments By Anaerobic Or Anaerobic And Aerobic Bacteria Or Animals (AREA)
Abstract
The method that oxygen strengthens carbon fibre promotion water quality ability is secreted using photosynthesis the invention discloses a kind of, is related to water quality and promotes related fields, is taken effect slowly to solve the submerged forest ecosystem in the prior art, anti-stress ability is poor, and weather relies on the problems such as serious.Include the following steps: S1, choose suitable submerged plant building submerged forest, and launches zooplankter and floatingleaved plant；Aquatic animal, filter food planktonic algae, effectively control cyanobacterial bloom are configured in S2, under water forest；S3, CF ecology base carrier is set in water body, carry out the installation and debugging of carbon fiber；S4, CF ecology base carrier remove organic matter, nitrogen and phosphorus in water body；S5, submerged forest secrete oxygen to water body, form the microenvironment of high concentration dissolved oxygen, strengthen CF ecological matrix function vector.
Description
Technical field
The present invention relates to water quality to promote related fields, specially a kind of to secrete oxygen reinforcing carbon fibre promotion using photosynthesis
The method of water quality ability.
Background technique
Urban water-body it is black it is smelly be China's Urban Water Environment an outstanding problem and administer difficult point.Since black and odorous water is organic
Object content is high, and nitrogen phosphorus is abundant, and dissolved oxygen is low, and transparency is not high, the more difficult growth of plant, and microorganism lacks necessary carrier attachment, nothing
The effects of method forms higher biomass to carry out degradation, nitrification and the ammonification of organic matter, the removal ability of pollutant is low, water
Body self-purification capacity is not high.Therefore, by ecological matrix carrier adsorption, being enriched with microorganisms in water processing water pollutant is black and odorous water
Common means in harnessing project.
Carrier currently used for black-odor riverway water correction mainly has soft made of the materials such as polyethylene, polypropylene fill out
Material, elastic filler and composite filling etc..However using the distinct disadvantage of these conventional fillers is that filler biological affinity is poor, absorption
Ability is lower, and film, which is not easy to update, to fall off, while needing to increase aerator etc..Improved by bed mud, adds ecological mineral base etc.
Technological means creates the good environment of a suitable submerged plant growth, can be with using " submerged forest " of submerged plant composition
The nutritive salt in water is absorbed, water body ammonia nitrogen is greatly lowered, it is suppressed that algal grown avoids water eutrophication；It meanwhile being water
Lively object provides sanctuary, food and egg-laying environment, so that the ecological catenary system of a balance is built, so that flowing or closed
Water body keeps limpid all the year round and reveals the exact details.But the submerged forest ecosystem, with taking effect slowly, anti-stress ability is poor, and weather relies on tight
The problems such as weight；Therefore market in urgent need develop it is a kind of using photosynthesis secrete oxygen strengthen carbon fibre promoted water quality ability method come
People are helped to solve the problems, such as existing.
Summary of the invention
The side that oxygen strengthens carbon fibre promotion water quality ability is secreted using photosynthesis the purpose of the present invention is to provide a kind of
Method, to solve the existing submerged forest ecosystem mentioned above in the background art with taking effect slowly, anti-stress ability is poor, gas
It waits and relies on the problems such as serious.
To achieve the above object, the invention provides the following technical scheme: a kind of secrete oxygen reinforcing carbon fibre using photosynthesis
The method that dimension promotes water quality ability, includes the following steps:
S1, suitable submerged plant building submerged forest is chosen, and launches corresponding zooplankter and configure accordingly floating leaf and plants
Object；
Aquatic animal, filter food planktonic algae, effectively control cyanobacterial bloom are configured in S2, under water forest；
S3, CF ecology base carrier is set in water body, carry out the installation and debugging of carbon fiber；
S4, CF ecology base carrier remove organic matter, nitrogen and phosphorus in water body；
S5, submerged forest secrete oxygen to water body, form the microenvironment of high concentration dissolved oxygen, strengthen CF ecological matrix function vector.
Preferably, in the S1, submerged plant includes the improvement four seasons evergreen dwarf forms kind lawn, resistant kind, N/P nutritive salt
Predation type and seasonal water plant, zooplankter are set as Daphnia magna, and it is 45000m that zooplankter, which launches water surface area,2, launch close
Degree is 30mg/L, and floatingleaved plant is set as imperial palace water lily, and it is 2 plants/m that floatingleaved plant configuration specification, which is every cluster planting density,2, dispersion
It intersperses.
Preferably, the improvement four seasons evergreen dwarf forms kind lawn configures waters 60%, and planting density is 15 clumps/m2,
In 10 plants/clump, plantation height be 20-25cm.
Preferably, the resistant kind includes hydrilla verticillata, water caltrop and thorn eel grass, and the resistant kind configures waters 10%, kind
Density in planting is 15 clumps/m2, wherein 10 plants/clump, plantation height is 20-25cm, and the resistant kind is configured under combined sewer overflow mouth
Trip.
Preferably, the N/P nutritive salt predation type includes hornwort and watermifoil, the N/P nutritive salt predation type configuration
Waters 10%, planting density are 8 clumps/m2, wherein 10 plants/clump, plantation height is 30-40cm, and the N/P nutritive salt predation type is matched
It is placed in lake body center.
Preferably, the seasonal water plant includes small najas marina and fennelleaf pondweed herb, and the seasonality water plant configures waters
10%, planting density is 12 Cong/㎡, wherein 10 plants/clump, plantation height is 30-40cm, and the seasonality water plant is configured at lake body
Central waters.
Preferably, in the S2, aquatic animal includes fish, macrobenthos, shrimps and filter-feeding zooplankter.
Preferably, in the S3, the overall length of carbon fiber is 65cm, and unit Shu Changdu is 20cm, overall width 40cm, carbon fiber
Dimension amount is 20g, and it is 40cm~60cm that interval, which is arranged, in carbon fiber, and largest interval 1m, the setting depth of water of carbon fiber is 5 meters.
Compared with prior art, the beneficial effects of the present invention are:
1, the surface-modified processing of normal carbon fibrous material is obtained bio-active carbon fibre, specific surface area by the invention
The chemical group of microorganism compatibility is contained on bigger and surface, can preferably absorption and sorption, solubilised state and suspended state in trap water
Pollutant, and for the growth of each quasi-microorganism, breeding provide it is good it is raw, adhere to or condition of living in caves, formed have it is relatively strong net
The dynamic " biomembrane " for changing function except energy denitrogenation dephosphorizing, removes oil removal, can also remove toxic compounds and heavy metal, and imitate
Rate is high, does not consume energy, is without secondary pollution, is conducive to reconstructions of community of aquatic organism such as fish, shrimps and water plant class and contaminated
The recovery of water ecosystem；
2, the present invention is ecological base carrier with carbon fibre, constructs submerged forest by choosing different submerged plants, passes through
Aquatile is launched, forms the stable ecosystem, strengthens CF ecology base carrier and purifies water ability, construction cost is cheap, together
When CF ecology base carrier effluent quality it is good, have the characteristics that invest low, high treating effect, pass through ecological base carrier and submerged forest
The ecosystem combines, and can complement each other, compare in conjunction with both sides advantage and respective disadvantage, two methods
Have in the simple submerged forest ecosystem and takes effect faster, the strong advantage of anti-stress ability；
3, the invention combines CF ecological matrix with the submerged forest ecosystem, using secreting oxygen in the submerged forest ecosystem
The high concentration dissolved oxygen that plant is generated by photosynthesis provides aerobic microenvironment to adhere to a large amount of biomembranes on CF ecological matrix,
Aerobic microenvironment can inhibit water body NH3The generation of-N and the NH in quickening water3The decomposition of-N, while also enhancing the poly- of polyP bacteria
Phosphorus effect, absorbs the phosphorus being adsorbed on CF rapidly by microorganism, the biomembrane to fall off is metabolized on CF ecological matrix and is deposited to the bottom
Also nutrient can be provided to submerged forest, forms the stable ecosystem by the biology of dispensing, weather is not relied on significantly
Property.
Detailed description of the invention
Fig. 1 is a kind of work of method that oxygen reinforcing carbon fibre promotion water quality ability is secreted using photosynthesis of the invention
Method figure；
Fig. 2 is the relational graph of effective amount of carbon fiber and time of contact and removal rate of the invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.
A kind of embodiment provided by the invention referring to FIG. 1-2: it is a kind of using photosynthesis secrete oxygen and strengthen carbon fibre mention
The method for rising water quality ability, includes the following steps:
S1, suitable submerged plant building submerged forest is chosen, and launches corresponding zooplankter and configure accordingly floating leaf and plants
Object forms by launching different aquatiles and stablizes aquatic ecosystem, mass exchange and energy are constantly carried out in system
Transmitting, and being connected to form a whole by material stream and energy stream, reach water quality purification, and the pollutant in lake (comes
From depositing dust, rainwater, rainwash etc.) a part absorbed by bacterium and fungi as nutrients first, and by organic pollutant
It is decomposed into inorganic matter.Bacterium, fungi are eaten by protozoan again, and generated inorganic matter such as nitrogen, phosphorus etc. is used as nutrient salts quilt
Algae absorbs.If algae is excessive to generate new organic contamination again, and zooplankter, fish, shrimp, snail in water etc. is exactly with algae
Class is food, it is suppressed that the excessive multiplication of algae, under zooplankter control, algal grown, which is bred, is greatly drawn up, and is no longer produced
Life is polluted again, and self purification is made to have comparative advantage；
Aquatic animal, filter food planktonic algae, effectively control cyanobacterial bloom, aquatic animal pair are configured in S2, under water forest
The absorption and utilization of organic and inorganic substances in water body purifies water, especially in lake ecosystem food chain
Freshwater mussel, spiral shell, fish etc., directly absorption nutrient salts, organic debris and phytoplankton；
S3, CF ecology base carrier is set in water body, carry out the installation and debugging of carbon fiber, it is interior after carbon fibre material is activated
For the pore structure 90% in portion the above are micropore, specific surface area can achieve 1000~3000m2/ g, for the carbon fiber of water process,
It is formed by the state of 7 microns of diameter of monofilament 12,000 integrated 1 beams, after into the water, a large amount of micropores are all open
Fiber surface, adsorbate can be directly entered micropore, can quick adsorption.Being exposed to fiber surface is 20A or so micropore, because
This, large specific surface area, pore is flourishing, and absorption property is high, and desorption rate is fast, can Reusability；
S4, CF ecology base carrier remove organic matter, nitrogen and phosphorus in water body, and the microorganism being attached on carbon fiber promotes pair
The decomposition of organic matter, after aerobic bacteria is contacted with organic matter, organic matter is oxidized, and is decomposed into carbon dioxide and water, anaerobic bacteria is also
Under old terms, organic matter is acted on according to the ferment that acid forms bacterium, and it is organic to resolve into the low molecules such as low fatty acid, aldehyde and ethyl alcohol
Object, then methane and nitrogen dioxide are resolved by methane backeria；The microbial film being attached on carbon fiber surface carries out organic matter
Aerobic decomposition and ammonia nitration reaction, while inside carries out anaerobic digestion and denitrogenation, raw after surface layer is nitrified by aerobic bacteria
At nitrate ion, by internal anaerobic denitrification bacterium carry out denitrification reaction, by denitrifier function carry out denitrification reaction
Afterwards, nitrate ion resolves into nitrogen and water, and nitrogen in water by from removing and be diffused into air；The removal of phosphorus is to utilize phosphorus in water
The aggregation of acid ion carries out, and the microorganism being attached on carbon fiber forms microbial film, and aerobic bacteria and anaerobic bacteria keep one
In the state of allocating weighing apparatus, polyphosphoric acids forms phosphate anion, and polyphosphoric acids accumulates in microbial body, and is fixed on sludge
In, remove the phosphorus in water removal；
S5, submerged forest secrete oxygen to water body, form the microenvironment of high concentration dissolved oxygen, strengthen CF ecological matrix function vector.
Further, in S1, submerged plant includes the improvement four seasons evergreen dwarf forms kind lawn, resistant kind, the predation of N/P nutritive salt
Type and seasonal water plant, the improvement four seasons evergreen dwarf forms eel grass, which has, not to bloom, does not set seeds, and nourishes and generates, and the four seasons are evergreen, it is short not
Grow the water surface, be not easy to spread, later maintenance it is simple, the features such as it is high that carbon sequestration produces oxygen efficiency, and durability against pollution is strong, good purification, together
When be also a kind of ornamental waterweed, be the best vegetal bait of various aquatic animals.Zooplankter is set as Daphnia magna, swims dynamic
It is 45000m that object, which launches water surface area,2, throw-in density 30mg/L has the feature that 1. large-scale for natural kind
Change；2. anti-cyanophycean toxin ability significantly increases；3. field stability enhances.Object etc. is let out by the blue-green alge that ingests, the subtle corruption of water body,
Water transparency is improved rapidly, the growth for submerged plant creates conditions and secretion can inhibit blue-green alge growth and breeding, itself
A large amount of beneficial microbe is carried again, is improved submerged plant in the survival rate of initial planting, is promoted the building of Submerged plant communities,
Food chain can be got through, realizes purification of water quality and rich nutritive material recycling.Zooplankter is the best natural bait of fish, water
Middle blue green algae/organic granular etc. is converted into animal protein, while being ingested again by fish, shrimps etc., can quickly form benign life
State chain promotes the stabilization of the ecosystem.In addition, since food algae zooplankter itself is used as a kind of large-scale cladocera zooplankter,
It is a kind of dispersed species, there is no the risks such as foreign term.Floatingleaved plant is set as imperial palace water lily, is lake muddy water state and clear
The buffer of change-over switch and maintenance clear water state between aquosity, has apparent effect to total phosphorus, the total nitrogen in purifying water body.This
Outside, water lily leachate has certain inhibiting effect to the growth of microcystic aeruginosa, with the increase of leachate, to microcystic aeruginosa
Inhibiting rate have the tendency that being gradually increased, when the concentration of leachate reaches 25g/L, water lily leachate is to microcystic aeruginosa
Maximal percentage inhibition up to 91.2%, it be every cluster planting density is 2 plants/m that floatingleaved plant, which configures specification,2, dispersion intersperses.
Further, the improvement four seasons evergreen dwarf forms kind lawn configures waters 60%, and planting density is 15 clumps/m2, wherein 10
Strain/clump, plantation height are 20-25cm.
Further, resistant kind includes hydrilla verticillata, water caltrop and thorn eel grass, and black algae is in eutrophication water vegetation recovery engineering
Middle to be used as pioneer, be mainly reflected in the following to the catharsis of water quality: 1. black algae is in addition to that can absorb itrogenous organic substance
Outside, the more other plants of phosphor-removing effect are more prominent.Black algae can be promoted efficiently using weakly stable state phosphorus and reducibility phosphorus in bed mud
Phosphorus directly reduces phosphorus content in water body, 2. the complexity of hydrilla verticillata plant structure causes it to have more to that state can be utilized to convert in substrate
The approach of kind of absorption heavy metal, can effectively adsorbing heavy metal cadmium and copper, have to heavy metal copper, chromium, lead, zinc, cobalt, nickel, cadmium etc.
High accumulation ability；Water caltrop is the good water plant of winter-spring season eutrophication water body water quality purification, to environmental change tolerance
It is relatively strong, growth and development is remained in the water body of severe water pollution, durability against pollution is very strong.Water caltrop to the heavy metals such as zinc, arsenic have compared with
Strong accumulation ability.Resistant kind configures waters 10%, and planting density is 15 clumps/m2, wherein 10 plants/clump, plantation height is 20-
25cm, resistant kind are configured at combined sewer overflow mouth downstream.
Further, N/P nutritive salt predation type includes hornwort and watermifoil, when water is excessively muddy, penetrated in water light compared with
Few, hornwort growth is bad, but when water is clear enter sunlight after still can restoration ecosystem.Hornwort is nitrophile, inorganic nitrogen in water
Content is high, and growth preferably, and can generate oxygen in water, to heavy metal Hg, copper, chromium, iron, manganese, cadmium, lead, zinc, cobalt, nickel etc.
There is high accumulation ability, N/P nutritive salt predation type configures waters 10%, and planting density is 8 clumps/m2, wherein 10 plants/clump, plantation is high
Degree is 30-40cm, and N/P nutritive salt predation type is configured at lake body center.
Further, seasonal water plant includes small najas marina and fennelleaf pondweed herb, and small najas marina is dioecian plant, extremely resistance to low
Temperature can be grown in water temperature up to 4 DEG C or more, can form dense submerged forest in water throughout the year, the grass mode of reproduction
For vegetative propagation, grass blade, which lands, takes root, and growth is fast, and accumulation ability is strong, and seasonal water plant configures waters 10%, planting density
For 12 clumps/㎡, wherein 10 plants/clump, plantation height is 30-40cm, and seasonal water plant is configured at lake body center waters.
Further, in S2, aquatic animal includes fish, macrobenthos, shrimps and filter-feeding zooplankter, for prolonging
Long food chain improves aquatic ecosystem, while also improving self detergent power of water body and the stability of the ecosystem, aquatic
Animal configurations are as shown in table 1.
1 aquatic animal allocation list of table
Further, in S3, the overall length of carbon fiber is 65cm, and unit Shu Changdu is 20cm, overall width 40cm, amount of carbon fiber
For 20g, it is 40cm-60cm that interval, which is arranged, in carbon fiber, and largest interval 1m, carbon fiber setting interval needs to guarantee carbon fiber
Effective diffusion in water, makes non-interference between the microbial film being attached on carbon fiber water quality purification material, promotes simultaneously
Microbial activity；It is polluting in significant waters, in order to promote the activation of aerobic bacteria function, is needing in the position for leaning on approximately level
It installs, the setting depth of water of carbon fiber is 5 meters.
Due to by the factors shadow such as the field conditions such as water area, the depth of water, water, water flow, water quality, setting method and set amount
It rings, effect also differs widely, carbon fiber standard setting method such as table 2.
2 carbon fiber standard setting method table of table
Using in the case of carbon fiber for the purpose of purification of water quality, the set amount of unit water need to be according to setting place, waters
Shape, the depth of water, water quality, flow velocity, the residence time and want the effect etc. obtained and determine.The effects of purification quality base of carbon fiber
This is directly proportional to set amount.When formulating setting plan, the not only set amount of effective percentage but also relatively low expense high effect, set amount are obtained
Standard is as shown in table 3.
3 standard carbon fiber set amount of table
| Setting place | Purpose | Amount of carbon fiber (g/m2) |
| Lakes and marhshes, sea area | Purification of water quality | 10-100 |
| River | Purification of water quality | 100-200 |
| Sewage, plant drainage | Purification of water quality | 200-600 |
| Pond, lakes and marhshes, sea area | Algae is formed | 100-200 |
Referring to Fig.2, organic matter decomposes required time of contact, it is concentration and removal rate, carbon fiber by removal project
It measures the relationship with microbial biomass and determines, the microorganism after being activated by carbon fiber, microbial film that is fixed and being formed can be effective
Performance decomposing organic matter function, keep the decomposition rate of organic matter extremely rapid, through a large number of experiments and in actual items
It proves, when using in purification facility compared with previous contact material, only needs for 1/3 time.Water quality is carried out using carbon fiber
It is different according to each waters, water quality when purification, the time of contact of COD (BOD) removal effect difference.Micro- life is activated being formed
In the case where object film, time of contact 10 minutes or so, removal effect, removal that can be stable in 20-60 minutes just can be presented；It is going
In terms of SS, just starts to occur capturing effect after contact, stable removal may be implemented within 30 minutes or so.
Working principle: suitable submerged plant building submerged forest is chosen, and launches corresponding zooplankter and configuration accordingly
Floatingleaved plant chooses different submerged plant building submerged forests and is formed by launching different aquatiles and stablize aquatic ecosystem
System constantly carries out mass exchange and energy transmission in system, and whole by the connection of material stream and energy stream formation one
Body reaches water quality purification.Aquatic animal, filter food planktonic algae, effectively control cyanobacterial bloom, water are configured in forest under water
Lively object in water body organic and inorganic substances absorption and utilization purify water, especially with lake ecosystem food
Freshwater mussel, spiral shell, fish in chain etc., directly absorption nutrient salts, organic debris and phytoplankton.CF ecology base load is set in water body
Body carries out the installation and debugging of carbon fiber, and after into the water, 12,000 fibrils are constantly diffused, and a large amount of micropores are all
Opening is in fiber surface, and during absorption and parsing, Molecular Adsorption approach is short, and adsorbate is directly entered micropore, and absorption is quick.
CF ecology base carrier removes organic matter, nitrogen and phosphorus in water body, by carbon fiber waving in water, promotes microorganism to organic matter
Decomposition, the microbial film being attached on carbon fiber surface carries out the aerobic decomposition and the nitration reaction of ammonia of organic matter, simultaneously
Inside carries out anaerobic digestion and denitrogenation, and the microorganism being attached on carbon fiber forms microbial film, and aerobic bacteria and anaerobic bacteria protect
In the state of holding certain balance, polyphosphoric acids forms phosphate anion, and polyphosphoric acids accumulates in microbial body, and is fixed on
In sludge, therefore the phosphorus in water removal is removed, submerged forest secretes oxygen to water body, forms the microenvironment of high concentration dissolved oxygen, and it is raw to strengthen CF
State base load body function.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (8)
1. a kind of secrete the method that oxygen strengthens carbon fibre promotion water quality ability using photosynthesis, include the following steps:
S1, suitable submerged plant building submerged forest is chosen, and launches zooplankter and floatingleaved plant；
Aquatic animal, filter food planktonic algae, effectively control cyanobacterial bloom are configured in S2, under water forest；
S3, CF ecology base carrier is set in water body, carry out the installation and debugging of carbon fiber；
S4, CF ecology base carrier remove organic matter, nitrogen and phosphorus in water body；
S5, submerged forest secrete oxygen to water body, form the microenvironment of high concentration dissolved oxygen, strengthen CF ecological matrix function vector.
2. a kind of method that oxygen reinforcing carbon fibre promotion water quality ability is secreted using photosynthesis according to claim 1,
It is characterized by: submerged plant includes the improvement four seasons evergreen dwarf forms kind lawn, resistant kind, the predation of N/P nutritive salt in the S1
Type and seasonal water plant；Zooplankter is set as Daphnia magna, and it is 45000m that zooplankter, which launches water surface area,2, throw-in density is
30mg/L；Floatingleaved plant is set as imperial palace water lily, and it is 2 plants/m that floatingleaved plant configuration specification, which is every cluster planting density,2, spaced point
Sew.
3. a kind of method that oxygen reinforcing carbon fibre promotion water quality ability is secreted using photosynthesis according to claim 2,
It is characterized by: the improvement four seasons evergreen dwarf forms kind lawn configures waters 60%, planting density is 15 clumps/m2, wherein 10
Strain/clump, plantation height are 20-25cm.
4. a kind of method that oxygen reinforcing carbon fibre promotion water quality ability is secreted using photosynthesis according to claim 2,
It is characterized by: the resistant kind includes that hydrilla verticillata, water caltrop and thorn eel grass, the resistant kind configure waters 10%, plant close
Degree is 15 clumps/m2, wherein 10 plants/clump, plantation height is 20-25cm, and the resistant kind is configured at combined sewer overflow mouth downstream.
5. a kind of method that oxygen reinforcing carbon fibre promotion water quality ability is secreted using photosynthesis according to claim 2,
It is characterized by: the N/P nutritive salt predation type includes hornwort and watermifoil, the N/P nutritive salt predation type configures waters
10%, planting density is 8 clumps/m2, wherein 10 plants/clump, plantation height is 30-40cm, and the N/P nutritive salt predation type is configured at
Lake body center.
6. a kind of method that oxygen reinforcing carbon fibre promotion water quality ability is secreted using photosynthesis according to claim 2,
It is characterized by: the seasonality water plant includes small najas marina and fennelleaf pondweed herb, the seasonality water plant configures waters 10%, kind
Density in planting is 12 Cong/㎡, wherein 10 plants/clump, plantation height is 30-40cm, and the seasonality water plant is configured at lake body central water
Domain.
7. a kind of method that oxygen reinforcing carbon fibre promotion water quality ability is secreted using photosynthesis according to claim 1,
It is characterized by: aquatic animal includes fish, macrobenthos, shrimps and filter-feeding zooplankter in the S2.
8. a kind of method that oxygen reinforcing carbon fibre promotion water quality ability is secreted using photosynthesis according to claim 1,
It is characterized by: the overall length of carbon fiber is 65cm in the S3, unit Shu Changdu is 20cm, overall width 40cm, amount of carbon fiber
For 20g, it is 40cm-60cm that interval, which is arranged, in carbon fiber, and largest interval 1m, the setting depth of water of carbon fiber is 5 meters.
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| CN113860652A (en) * | 2021-10-27 | 2021-12-31 | 深圳一方水秀环保工程有限公司 | Eutrophic water body purification system and use method thereof |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000157096A (en) * | 1998-11-27 | 2000-06-13 | Takeshi Umetsu | Water tank |
| CN103214099A (en) * | 2013-05-07 | 2013-07-24 | 吕健 | Ecological restoration and purification method for water of lake and pool wet land |
| CN104310591A (en) * | 2014-11-07 | 2015-01-28 | 广州太和水生态科技有限公司 | Method for establishing urban landscape water body ecological system |
| CN108821447A (en) * | 2018-07-26 | 2018-11-16 | 杭州珊瑚环境科技有限公司 | A kind of river Benthic ecology environmental system construction method and its device |
-
2019
- 2019-03-06 CN CN201910167186.2A patent/CN109734201A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000157096A (en) * | 1998-11-27 | 2000-06-13 | Takeshi Umetsu | Water tank |
| CN103214099A (en) * | 2013-05-07 | 2013-07-24 | 吕健 | Ecological restoration and purification method for water of lake and pool wet land |
| CN104310591A (en) * | 2014-11-07 | 2015-01-28 | 广州太和水生态科技有限公司 | Method for establishing urban landscape water body ecological system |
| CN108821447A (en) * | 2018-07-26 | 2018-11-16 | 杭州珊瑚环境科技有限公司 | A kind of river Benthic ecology environmental system construction method and its device |
Non-Patent Citations (1)
| Title |
|---|
| 刘录三等著: "《生物链调控湖泊富营养化技术——北方浅水湖泊白洋淀》", 31 July 2017, 中国环境出版社 * |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113860652A (en) * | 2021-10-27 | 2021-12-31 | 深圳一方水秀环保工程有限公司 | Eutrophic water body purification system and use method thereof |
| CN113860652B (en) * | 2021-10-27 | 2025-01-10 | 深圳一方水秀环保工程有限公司 | A eutrophic water purification system and its use method |
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Inventor after: Zhan Damei Inventor after: Liu Fengru Inventor after: Lin Peibin Inventor after: Zhang Min Inventor after: Cui Cui Inventor before: Zhan Damei Inventor before: Liu Fengru Inventor before: Lin Peibin Inventor before: Cui Cui |
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