CN103980056A - Special organic and inorganic compound fertilizer for apricot plum trees - Google Patents
Special organic and inorganic compound fertilizer for apricot plum trees Download PDFInfo
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- CN103980056A CN103980056A CN201410237734.1A CN201410237734A CN103980056A CN 103980056 A CN103980056 A CN 103980056A CN 201410237734 A CN201410237734 A CN 201410237734A CN 103980056 A CN103980056 A CN 103980056A
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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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/40—Bio-organic fraction processing; Production of fertilisers from the organic fraction of waste or refuse
Abstract
The invention relates to a special organic and inorganic compound fertilizer for apricot plum trees. The fertilizer is prepared by the following ten steps: preparing an absorbing and releasing fertilizer matrix material; preparing a fertilizer maintaining matrix material; preparing a fertilizer-loving matrix material; preparing a root-loving organic fertilizer; mixing; inspecting; formulating; preparing a marcoelement inorganic fertilizer; compounding and granulating. The fertilizer has the beneficial effects that the adsorption structure in soil can be improved, so that nutritional elements released from the compound fertilizer are conveniently adsorbed and released; the nutritional elements released from the compound fertilizer are prevented from running off; the fertilizer-loving matrix material and the root-loving organic fertilizer make the compound fertilizer be better contacted and compatilized with root hairs of the apricot plum trees, so that the absorption efficiency of the nutritional elements by the root hairs is improved; the nutrition structure meets the demand of the apricot plum trees; the utilization ratio of the fertilizer can be improved, the loss of the fertilizer can be reduced, the damage to the ecological environment can be reduced, the healthy growth of the apricot plum trees can be accelerated, the accumulation of dry matters can be improved and the yield and quality of the apricot plum trees can be improved, the yield of the apricot plum trees is increased by13-20%, and the economical benefit is greatly improved.
Description
Technical field
The present invention relates to a kind of Chemical Mixed Fertilizer, particularly a kind of red Japanese plum organic-inorganic compound fertilizer special that meets red Japanese plum trophic structure and absorption characteristic.
Background technology
Fertilizer occupies very important status in modern agricultural production, along with modern agriculture, the development of profitable agriculture, fertilizer amount is increasing, but owing to there being some irrational factors in use procedure, cause the effect of fertilizer effectively not brought into play, make fertilizer range of distribution imbalance, waste is serious, soil fertility declines, utilization rate of fertilizer reduces, after using, there is no a large amount of entered environments of fertilizer of utilization absorbed by crops, to environment, ecotope is destroyed, not only destroy land resources, and human health is also formed to threat.
In order to improve the utilization ratio of fertilizer, reduce environmental pollution, industry has worked out a lot of ways, first be to study the emission and absorption efficiency that how to improve N, P, K, then study again the demand of concrete crop to fertilizer and cut the waste, then study again the nutrient contg of concrete soil is configured to fertilizer nutrient structure in conjunction with crop demand, for various fertilizer variety of specifically having made deposits yields.
Red Japanese plum is the fruit that a kind of nutrition is enriched very much, keeps HUMAN HEALTH, prevents and cures diseases and has important effect, thereby in recent years have a large amount of plantations.In order to improve the yield and quality, there are a lot of red Japanese plum special fertilizers, there are composite fertilizer, fertilizer, bio-fertilizer, compound organic and inorganic fertilizer, biological organic fertilizer, organic-inorganic bio-fertilizer, slow-release fertilizer, Controlled Release Fertilizer etc., these fertilizer are each has something to recommend him, differ from one another.
Number of patent application 2010102014212 has been announced " a kind of compound method of Japanese plum fertilizer for increasing production ", this patent is according to the regulation of fertilizer requirement of red Japanese plum plant, provides that a kind of specificity that contains a certain proportion of middle trace element is strong, the Japanese plum special fertilizer of comprehensive nutrition, balanced and reasonable.But, this patent only provides a kind of trophic structure to meet the fertilizer of the demand structure of Japanese plum to nutrition, do not have to consider how to make fertilizer effectively be discharged, preserve and make the coring of Japanese plum can effectively absorb fertilizer, so that this kind of fertilizer still cannot be utilized effectively in actual applications, also there will be nutrient loss, cause environmental pollution.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of nutritional needs structure that had both met red Japanese plum, the organic-inorganic compound fertilizer that can make again fertilizer effectively be discharged and the coring of red Japanese plum can effectively be absorbed, to improve the utilization ratio of fertilizer, promote the healthy growth of red Japanese plum, and reduce because of the pollution of fertilizer loss to environment.
For solving the problems of the technologies described above, the technical solution adopted in the present invention is a kind of red Japanese plum organic-inorganic compound fertilizer special, by preparation inhale release fertilizer ground substance material, preparation fertilizer conservation substrate material, prepare close fertilizer ground substance material, prepare close root organic fertilizer, batch mixing, inspection, formula, preparation macroelement mineral manure, compound, granulation totally ten large steps complete, concrete grammar is as follows.
(1) preparation is inhaled and is released fertilizer ground substance material: according to weight part, 1 part of carbonized wood ground-slag, open bore pearlstone 6-10 part mix and blend are heated to 60-65 DEG C, then continue to stir after 10-15 minute cooling; Wherein carbonized wood ground-slag is by gained after thin carbonized wood sizing mistake afterwards 400 mesh sieves; Open bore pearlstone is that perlite ore TRANSIENT HIGH TEMPERATURE after preheating is heated to temperature 1000-1300 DEG C roasting, makes the moisture vaporization in ore in sand form, causes the inner expansion 10-30 of ore in sand form doubly, forms the particulate material of cellular porous structure.
(2) prepare fertilizer conservation substrate material: according to weight part by 1 part of starch, clay powder 45-55 part mixing and stirring; Wherein clay powder for by unselected clay dry rear levigate after 200 mesh sieves gained.
(3) prepare close fertilizer ground substance material: get the soil at the coring place of bullace subtree plant according to weight part, dry together with coring, levigate rear mistake 100 mesh sieves.
(4) prepare close root organic fertilizer: according to weight part, 1 part of saleratus, plum tree root branch powder 9-11 part, excrement of animals 45-55 part are fully mixed and mixed thoroughly, then in in-vessel composting system, be piled into the fertilizer heap of high 1.8-2.0 rice, standing for fermentation again, the 40-45 days that becomes thoroughly decomposed, once turns over mixed in every 9 days; Wherein excrement of animals is to moisture content 30%～40% gained by air-dry excrement of animals; Red Li Shugen branch powder is that fresh plum tree root and branch are ground into particle diameter gained below 2mm; Saleratus is according to weight part, 10 parts of sucrose to be joined in 100 parts, water, be heated to while stirring 60 DEG C and make sucrose dissolved, then add 39 parts of 50 parts of rice chaffs, 50 parts of tea oil cakes, dregs of beans to be fully uniformly mixed, add again 1 part of yeast powder, fully be uniformly mixed rear stacking, keep the heap warm 65-75 DEG C 40-45 days that continuously ferments, then add 200 parts of black stump chalks to stir gained.
(5) batch mixing: according to weight part, suction is released to 1 part, fertilizer ground substance material, 1 part of fertilizer conservation substrate material, 1 part, close fertilizer ground substance material and close root organic fertilizer 7-13 part and fully mix and mix thoroughly, obtain mixture.
(6) inspection: then N, P in inspection by sampling mixture
2o
5, K
2o and organic content.
(7) formula: calculate nitrogenous fertilizer, phosphate fertilizer and the potash fertilizer component that need to add according to assay, make finally to contain N, P in the Chemical Mixed Fertilizer of mixture
2o
5, K
2o and the content ratio that comprises other organic materials are 15%:18%:12%:55%.
(8) prepare macroelement mineral manure: calculation result preparation (7) contains N, P according to step
2o
5, K
2the mineral manure of O.
(9) compound: by mixture and containing N, P
2o
5, K
2the mineral manure of O carries out compound, and it is fully mixed.
(10) granulation: the mixture after compound is carried out to granulation, obtain red Japanese plum organic-inorganic compound fertilizer special.
The invention has the beneficial effects as follows that in Chemical Mixed Fertilizer, having comprised suction releases fertilizer ground substance material, it can improve the adsorption structure in soil after being manured into soil, and is convenient to absorption and discharges the nutritive element discharging in Chemical Mixed Fertilizer; Contain fertilizer conservation substrate material, can prevent the nutrient element loss discharging in Chemical Mixed Fertilizer; Particularly contain close fertilizer ground substance material, from the soil at bullace subtree coring place, after being manured into soil, can make Chemical Mixed Fertilizer contact better and the coring of affine red Japanese plum, improve the assimilated efficiency of coring to nutritive element; Parent's root organic fertilizer is taking plum tree root branch powder as core material composting, equally also can make Chemical Mixed Fertilizer contact better and the coring of affine red Japanese plum, improves the assimilated efficiency of coring to nutritive element; Meanwhile, in the saleratus that heap composting adopts, taking tea oil cake as core material, can effectively kill the germ in soil; By the proportion of composing of preparing N, P, K and comprising other organic materials according to the weight percent of 15%:12%:17%:55% again after these mixing of materials, this ratio meets the distinctive soil composition in Wuling mountain area and the needed nutrition structure of red Japanese plum; Use the present invention can improve the utilization ratio of fertilizer, reduce fertilizer loss, reduce the harm to ecotope, promote the healthy growth of red Japanese plum, improve dry-matter accumulation amount, improve red Japanese plum yield and quality, make red Japanese plum volume increase 13%-20%, greatly improved economic benefit.
Embodiment
Below in conjunction with embodiment, the invention will be further described.
Embodiment 1.
First preparation is inhaled and is released fertilizer ground substance material, by thin carbonized wood sizing rear 400 mesh sieves of crossing, obtains carbonized wood ground-slag; Perlite ore TRANSIENT HIGH TEMPERATURE after preheating is heated to temperature 1000-1300 DEG C roasting, makes the moisture vaporization in ore in sand form, cause the inner expansion 10-30 of ore in sand form doubly, form the particulate material of cellular porous structure, obtain open bore pearlstone; Then get carbonized wood ground-slag 100kg, open bore pearlstone 600kg closes and is heated with stirring to 60 DEG C, then continues to stir after 15 minutes cooling, obtain inhaling and release fertilizer ground substance material.
Prepare again fertilizer conservation substrate material, unselected clay is dried and levigately obtains clay powder after 200 mesh sieves afterwards; Get starch 10kg, clay 450kg mixing and stirring, obtain fertilizer conservation substrate material.Prepare close fertilizer ground substance again, get the soil 500kg at the coring place of bullace subtree plant, dry together with coring, levigate rear mistake 100 mesh sieves, obtain close fertilizer ground substance material.
Then prepare close root organic fertilizer, sucrose 10kg is joined in 100kg water, be heated to while stirring 60 DEG C, make sucrose dissolved, then add rice chaff 50kg, tea oil cake 50kg, dregs of beans 39kg to be fully uniformly mixed, then add yeast powder 1kg, again fully be uniformly mixed rear stacking, keep 65 DEG C of heap temperature to continuously ferment 45 days, and then add 200kg black stump chalk, stir and obtain saleratus; Fresh plum tree root and branch are ground into particle diameter and below 2mm, obtain plum tree root branch powder; Obtain excrement of animals by air-dry excrement of animals to moisture content 30%; Then saleratus 100kg, red Li Shugen branch powder 900kg, excrement of animals 4500kg are fully mixed and mixed thoroughly, then in in-vessel composting system, be piled into the fertilizer heap of high 1.8 meters, then standing for fermentation, become thoroughly decomposed 45 days, within every 9 days, once turn over mixedly, finally obtain close root organic fertilizer.
Then carry out batch mixing, suction is released to fertilizer ground substance material 100kg, fertilizer conservation substrate material 100kg, close fertilizer ground substance material 100kg and close root organic fertilizer 700kg and fully mix and mix thoroughly, obtain mixture; Then N, P in inspection by sampling mixture
2o
5, K
2o and organic content, record full nitrogen 2.19%, available phosphorus 1.55%, full potassium 1.01%, organic 51.73%.
Calculate nitrogenous fertilizer, phosphate fertilizer and the potash fertilizer component that need to add according to assay, make finally to contain N, P in the Chemical Mixed Fertilizer of mixture
2o
5, K
2o and the content ratio that comprises other organic materials are 15%:18%:12%:55%; So get mixture 1134kg, the urea 1163kg of nitrogen content 46.3%, the monoammonium phosphate 1697kg of phosphorus content 52% and nitrogen content 11%, the Repone K 1006kg of potassium content 58.5%, its abundant compound is mixed, then granulation, obtains nitrogenous 15%, available phosphorus 18%, full potassium 12%, organic 11.73% red Japanese plum organic-inorganic compound fertilizer special 5000kg.
2013, this fertilizer is planted to 10 mu of model fields for the red Japanese plum of Milky Way village of Bai Shi township, Qianjiang District of Chongqing life in the 5th year, this fertile 0.9kg is used in every strain March, use this fertile 0.15kg September, spread manuer in holes, average yield per mu reaches 1898kg, has improved 221kg than the contrast field average yield per mu 1677kg of the domestic Chemical Mixed Fertilizer of using the common preparations of nutrient such as equivalent, volume increase 13.18%.
Embodiment 2.
First preparation is inhaled and is released fertilizer ground substance material, by thin carbonized wood sizing rear 400 mesh sieves of crossing, obtains carbonized wood ground-slag; Perlite ore TRANSIENT HIGH TEMPERATURE after preheating is heated to 1150 DEG C of roastings of temperature, makes the moisture vaporization in ore in sand form, cause the inner expansion 10-30 of ore in sand form doubly, form the particulate material of cellular porous structure, obtain open bore pearlstone; Then get carbonized wood ground-slag 100kg, open bore pearlstone 800kg closes and is heated with stirring to 62.5 DEG C, then continues to stir after 12.5 minutes cooling, obtain inhaling and release fertilizer ground substance material.
Prepare again fertilizer conservation substrate material, unselected clay is dried and levigately obtains clay powder after 200 mesh sieves afterwards; Get starch 10kg, clay 500kg mixing and stirring, obtain fertilizer conservation substrate material.Prepare close fertilizer ground substance again, get the soil 500kg at the coring place of bullace subtree plant, dry together with coring, levigate rear mistake 100 mesh sieves, obtain close fertilizer ground substance material.
Then prepare close root organic fertilizer, sucrose 10kg is joined in 100kg water, be heated to while stirring 60 DEG C, make sucrose dissolved, then add rice chaff 50kg, tea oil cake 50kg, dregs of beans 39kg to be fully uniformly mixed, then add yeast powder 1kg, again fully be uniformly mixed rear stacking, keep 70 DEG C of heap temperature to continuously ferment 42.5 days, and then add 200kg black stump chalk, stir and obtain saleratus; Fresh plum tree root and branch are ground into particle diameter and below 2mm, obtain plum tree root branch powder; Obtain excrement of animals by air-dry excrement of animals to moisture content 35%; Then saleratus 100kg, plum tree root branch powder 1000kg, excrement of animals 5000kg are fully mixed and mixed thoroughly, then in in-vessel composting system, be piled into the fertilizer heap of high 1.9 meters, then standing for fermentation, become thoroughly decomposed 42.5 days, within every 9 days, once turn over mixedly, finally obtain close root organic fertilizer.
Then carry out batch mixing, suction is released to fertilizer ground substance material 150kg, fertilizer conservation substrate material 150kg, close fertilizer ground substance material 150kg and close root organic fertilizer 1500kg and fully mix and mix thoroughly, obtain mixture; Then N, P in inspection by sampling mixture
2o
5, K
2o and organic content, record full nitrogen 2.41%, available phosphorus 1.73%, full potassium 1.30%, organic 54.78%.
Calculate nitrogenous fertilizer, phosphate fertilizer and the potash fertilizer component that need to add according to assay, make finally to contain N, P in the Chemical Mixed Fertilizer of mixture
2o
5, K
2o and the content ratio that comprises other organic materials are 15%:18%:12%:55%; So get mixture 1149.5kg, the urea 1158kg of nitrogen content 46.3%, the monoammonium phosphate 1692.5kg of phosphorus content 52% and nitrogen content 11%, the Repone K 1000kg of potassium content 58.5%, its abundant compound is mixed, then granulation, obtains nitrogenous 15%, available phosphorus 18%, full potassium 12%, organic 12.59% red Japanese plum organic-inorganic compound fertilizer special 5000kg.
2013, this fertilizer is planted to 10 mu of model fields for the red Japanese plum of sand bar township, Qianjiang District of Chongqing arteries and veins East Village life in the 5th year, this fertile 0.9kg is used in every strain March, use this fertile 0.15kg September, spread manuer in holes, average yield per mu reaches 2013kg, has improved 336kg than the contrast field average yield per mu 1677kg of the domestic Chemical Mixed Fertilizer of using the common preparations of nutrient such as equivalent, volume increase 20.03%.
Embodiment 3.
First preparation is inhaled and is released fertilizer ground substance material, by thin carbonized wood sizing rear 400 mesh sieves of crossing, obtains carbonized wood ground-slag; Perlite ore TRANSIENT HIGH TEMPERATURE after preheating is heated to temperature 1000-1300 DEG C roasting, makes the moisture vaporization in ore in sand form, cause the inner expansion 10-30 of ore in sand form doubly, form the particulate material of cellular porous structure, obtain open bore pearlstone; Then get carbonized wood ground-slag 100kg, open bore pearlstone 1000kg closes and is heated with stirring to 65 DEG C, then continues to stir after 15 minutes cooling, obtain inhaling and release fertilizer ground substance material.
Prepare again fertilizer conservation substrate material, unselected clay is dried and levigately obtains clay powder after 200 mesh sieves afterwards; Get starch 10kg, clay 550kg mixing and stirring, obtain fertilizer conservation substrate material.Prepare close fertilizer ground substance again, get the soil 500kg at the coring place of bullace subtree plant, dry together with coring, levigate rear mistake 100 mesh sieves, obtain close fertilizer ground substance material.
Then prepare close root organic fertilizer, sucrose 10kg is joined in 100kg water, be heated to while stirring 60 DEG C, make sucrose dissolved, then add rice chaff 50kg, tea oil cake 50kg, dregs of beans 39kg to be fully uniformly mixed, then add yeast powder 1kg, again fully be uniformly mixed rear stacking, keep 75 DEG C of heap temperature to continuously ferment 45 days, and then add 200kg black stump chalk, stir and obtain saleratus; Fresh plum tree root and branch are ground into particle diameter and below 2mm, obtain plum tree root branch powder; Obtain excrement of animals by air-dry excrement of animals to moisture content 40%; Then saleratus 100kg, plum tree root branch powder 1100kg, excrement of animals 5500kg are fully mixed and mixed thoroughly, then in in-vessel composting system, be piled into the fertilizer heap of high 2.0 meters, then standing for fermentation, become thoroughly decomposed 45 days, within every 9 days, once turn over mixedly, finally obtain close root organic fertilizer.
Then carry out batch mixing, suction is released to fertilizer ground substance material 200kg, fertilizer conservation substrate material 200kg, close fertilizer ground substance material 200kg and close root organic fertilizer 2600kg and fully mix and mix thoroughly, obtain mixture; Then N, P in inspection by sampling mixture
2o
5, K
2o and organic content.Full nitrogen 2.36%, available phosphorus 1.46%, full potassium 0.76%, organic 52.55%.
Calculate nitrogenous fertilizer, phosphate fertilizer and the potash fertilizer component that need to add according to assay, make finally to contain N, P in the Chemical Mixed Fertilizer of mixture
2o
5, K
2o and the content ratio that comprises other organic materials are 15%:18%:12%:55%; So get mixture 2263kg, the urea 2317kg of nitrogen content 46.3%, the monoammonium phosphate 3398kg of phosphorus content 52% and nitrogen content 11%, the Repone K 2022kg of potassium content 58.5%, its abundant compound is mixed, then granulation, obtains 10 tons of nitrogenous 15%, available phosphorus 18%, full potassium 12%, organic 11.89% red Japanese plum organic-inorganic compound fertilizer specials.
2013, this fertilizer is planted to 10 mu of model fields for the red Japanese plum of Guan Li village of Shui Shi township, Qianjiang District of Chongqing life in the 5th year, this fertile 0.9kg is used in every strain March, use this fertile 0.15kg September, spread manuer in holes, average yield per mu reaches 1953kg, has improved 276kg than the contrast field average yield per mu 1677kg that uses the common domestic Chemical Mixed Fertilizers of nutrient such as equivalent, volume increase 16.46%.
Claims (1)
1. red Japanese plum organic-inorganic compound fertilizer special, by preparation inhale release fertilizer ground substance material, preparation fertilizer conservation substrate material, prepare close fertilizer ground substance material, prepare close root organic fertilizer, batch mixing, inspection, formula, preparation macroelement mineral manure, compound, granulation totally ten large steps complete, concrete grammar is as follows:
(1) preparation is inhaled and is released fertilizer ground substance material: according to weight part, 1 part of carbonized wood ground-slag, open bore pearlstone 6-10 part mix and blend are heated to 60-65 DEG C, then continue to stir after 10-15 minute cooling; Wherein carbonized wood ground-slag is by gained after thin carbonized wood sizing mistake afterwards 400 mesh sieves; Open bore pearlstone is that perlite ore TRANSIENT HIGH TEMPERATURE after preheating is heated to temperature 1000-1300 DEG C roasting, makes the moisture vaporization in ore in sand form, causes the inner expansion 10-30 of ore in sand form doubly, forms the particulate material of cellular porous structure;
(2) prepare fertilizer conservation substrate material: according to weight part by 1 part of starch, clay powder 45-55 part mixing and stirring; Wherein clay powder for by unselected clay dry rear levigate after 200 mesh sieves gained;
(3) prepare close fertilizer ground substance material: get the soil at the coring place of bullace subtree plant according to weight part, dry together with coring, levigate rear mistake 100 mesh sieves;
(4) prepare close root organic fertilizer: according to weight part, 1 part of saleratus, plum tree root branch powder 9-11 part, excrement of animals 45-55 part are fully mixed and mixed thoroughly, then in in-vessel composting system, be piled into the fertilizer heap of high 1.8-2.0 rice, standing for fermentation again, the 40-45 days that becomes thoroughly decomposed, once turns over mixed in every 9 days; Wherein excrement of animals is to moisture content 30%～40% gained by air-dry excrement of animals; Plum tree root branch powder is that fresh plum tree root and branch are ground into particle diameter gained below 2mm; Saleratus is according to weight part, 10 parts of sucrose to be joined in 100 parts, water; be heated to while stirring 60 DEG C and make sucrose dissolved; then add 39 parts of 50 parts of rice chaffs, 50 parts of tea oil cakes, dregs of beans to be fully uniformly mixed; add again 1 part of yeast powder; fully be uniformly mixed rear stacking; keep the heap warm 65-75 DEG C 40-45 days that continuously ferments, then add 200 parts of black stump chalks to stir gained;
(5) batch mixing: according to weight part, suction is released to 1 part, fertilizer ground substance material, 1 part of fertilizer conservation substrate material, 1 part, close fertilizer ground substance material and close root organic fertilizer 7-13 part and fully mix and mix thoroughly, obtain mixture;
(6) inspection: then N, P in inspection by sampling mixture
2o
5, K
2o and organic content;
(7) formula: calculate nitrogenous fertilizer, phosphate fertilizer and the potash fertilizer component that need to add according to assay, make finally to contain N, P in the Chemical Mixed Fertilizer of mixture
2o
5, K
2o and the content ratio that comprises other organic materials are 15%:18%:12%:55%;
(8) prepare macroelement mineral manure: calculation result preparation (7) contains N, P according to step
2o
5, K
2the mineral manure of O;
(9) compound: by mixture and containing N, P
2o
5, K
2the mineral manure of O carries out compound, and it is fully mixed;
(10) granulation: the mixture after compound is carried out to granulation, obtain red Japanese plum organic-inorganic compound fertilizer special.
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| CN107162663A (en) * | 2017-06-18 | 2017-09-15 | 余颖恒 | A kind of Chinese ash organic biofertilizer |
| CN107188691A (en) * | 2017-06-18 | 2017-09-22 | 余颖恒 | A kind of Chinese ilex organic biofertilizer |
| CN107188692A (en) * | 2017-06-18 | 2017-09-22 | 余颖恒 | A kind of smoke tree organic biofertilizer |
| CN107188684A (en) * | 2017-06-14 | 2017-09-22 | 余启佳 | A kind of banyan organic biofertilizer |
| CN107200633A (en) * | 2017-06-18 | 2017-09-26 | 余颖恒 | A kind of three-bristle cudrania tree organic biofertilizer |
| CN107337485A (en) * | 2017-06-18 | 2017-11-10 | 余颖恒 | A kind of fragrant tree organic biofertilizer of lotus |
| CN107337484A (en) * | 2017-06-18 | 2017-11-10 | 余颖恒 | A kind of silvery birch organic biofertilizer |
| CN109206224A (en) * | 2018-10-18 | 2019-01-15 | 贞丰县春信种养殖有限公司 | A kind of high nutrition fertilizer and preparation method thereof for plum cultivation |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107188692A (en) * | 2017-06-18 | 2017-09-22 | 余颖恒 | A kind of smoke tree organic biofertilizer |
| CN107200633A (en) * | 2017-06-18 | 2017-09-26 | 余颖恒 | A kind of three-bristle cudrania tree organic biofertilizer |
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