CN1257853A - Efficient biological organic fertilizer and its preparing process - Google Patents
Efficient biological organic fertilizer and its preparing process Download PDFInfo
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- CN1257853A CN1257853A CN 99127128 CN99127128A CN1257853A CN 1257853 A CN1257853 A CN 1257853A CN 99127128 CN99127128 CN 99127128 CN 99127128 A CN99127128 A CN 99127128A CN 1257853 A CN1257853 A CN 1257853A
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Abstract
An efficient biological organic fertilizer is prepared from peat, the leftover of agricultural and subsidiary products as organic substance (carrier), deodourizing agent, promoter, stabilizer, synergist, ecological colony including azotobacterium, phosphorus bacterium and silicate bacterium and nutrients regulator. Its advantages are use of waste and high efficiency.
Description
The invention relates to a kind of fertilizer and preparation method thereof, more particularly about a kind of efficient biologic-organic fertilizer and preparation method thereof.
Microbial fertilizer the earliest application success be that pure growth with root nodule bacterium guarantees the leguminous plants dross as Inoculant.Early in the twentieth century, the American-European commercialization production that rhizobium inoculant has just been arranged.By the symbiotic nitrogen fixation of root nodule bacterium, can be with the N that can not directly be utilized by plant in the atmosphere
2Being converted into ammonium ion utilizes for plant.Test-results shows: the soybean nitrogen is mainly derived from the symbiotic nitrogen fixation of root nodule bacterium, accounts for 50.1%～74.1% (Chen Huakui, Fan Qingsheng " Chinese symbiotic nitrogen fixation is studied 50 years " press of Agricultural University Of Nanjing, 1991) of total nitrogen.The application of external root nodule bacterium is quite extensive.The U.S. had had 10 kinds of leguminous crop nitragins in 1980.Wherein, 72.8% microbial inoculum is applied to soybean inoculation, and usable floor area is 784.7 ten thousand hectares.8.6% microbial inoculum is applied to the peanut inoculation, and usable floor area is 12.8 ten thousand hectares.China just begins to develop voluntarily and promote root nodule bacterium from the beginning of the fifties, the popularizing area of the bacterial manure of nineteen fifty-three China's production reaches more than 2,000 ten thousand mu, has obtained sure effect of increasing production.From then on the kind of the nitragin of China is on the increase, the Herba Astragali Melilotoidis (Herba Astragali Sinici) root nodule bacterium of initial stage sixties widespread use Central China agricultural college screening, and the Use Limitation fruit is good in China several provinces in south.The eighties, the Chinese Academy of Agricultural Sciences's clay fertilizer the unit of grade root nodule bacterium are applied to feed leguminous forages such as trifolium, clover, carry out large-area inoculation, effect of increasing production is obvious.Country " 863 " planning item " structure and the application of high-efficiency nitrogen-fixing soybean, peanut genetically engineered root nodule bacterium " that units such as Hua Zhong Agriculture University are presided over has been obtained progress preferably, 1990～nineteen ninety-five, the pilot scale popularizing area of genetically engineered root nodule bacterium reached 5,000,000 mu, and average amount of increase in production reaches more than 10%.
China is large agricultural country, and is increasing to the demand of fertilizer along with the fast development of plant husbandry, and the resource-constrained of preparation fertilizer is necessary to open up new fertilizer source.On the other hand, various crops leftovers, feces of livestock and poultry are not effectively utilized, and have constituted the source of pollution to environment in many cases.Thereby, be that the approach of feedstock production fertilizer has caused the attention of sending out people with various agricultural waste materials, feces of livestock and poultry etc.At present existing manyly various wastes are changed into the method for fertilizer, but the kind of the bacterial classification that uses in these methods is single, mostly is milk-acid bacteria and mould and saccharomycetes to make fermentation by fermentation.
One of purpose of the present invention provides a kind of efficient biologic-organic fertilizer and preparation method thereof.
Two of purpose of the present invention provides and a kind ofly not only had immediate effect, but also tool is long-acting, can satisfy the nutritional need of farm crop, has water conservation again concurrently, it is fertile to protect, slowly-releasing and the new and effective biological organic fertilizer that can improve the soil.
These and other objects of the present invention will and be described by following detailed description and further launch and set forth.
In the present invention, efficient biologic-organic fertilizer has used biological bacteria and all cpds, and it comprises:
20～80 weight part fertilizer type organism, the inorganic ore powder of 5～30 weight parts,
5～25 weight part biological bacteria liquid.
Further, efficient biologic-organic fertilizer of the present invention has used biological bacteria liquid and all cpds, and it contains:
20～80 weight part fertilizer type organism, the inorganic ore powder of 5～30 weight parts,
4～10 weight part sulfuric acid, 1～2 parts by weight of ferrous sulfate,
1～2 weight part powder that accelerates the ripening that turns sour, 1～2 weight part reodorant,
5～25 weight part biological bacteria liquid.
Be preferably, efficient biologic-organic fertilizer of the present invention has used biological bacteria liquid and all cpds, and it contains:
30～60 weight part fertilizer type organism, the inorganic ore powder of 5～25 weight parts,
5～10 weight part sulfuric acid, 1～2 parts by weight of ferrous sulfate,
1～2 weight part powder that accelerates the ripening that turns sour, 1～2 weight part reodorant,
10～20 weight part biological bacteria liquid.
Be more preferably, efficient biologic-organic fertilizer of the present invention has used biological bacteria liquid and all cpds, and it contains:
30～45 weight part fertilizer type organism, the inorganic ore powder of 5～30 weight parts,
5～10 weight part sulfuric acid, 1～2 parts by weight of ferrous sulfate,
1～2 weight part powder that accelerates the ripening that turns sour, 1～2 weight part reodorant,
15～20 weight part biological bacteria.
In efficient biologic-organic fertilizer of the present invention, the waste that described fertilizer type organism can be agricultural waste material, feces of livestock and poultry, industrial fermentation, the peat composed of rotten mosses, phosphorus bone meal, bone meal etc., further agricultural waste material can be straw, grouts, bran chaff, grass meal, leaf, domestic refuse, peanut hull meal, can be single, also can be their mixture.Inorganic ore powder can be phosphorus oxide, potassium oxide, manganous sulfate, sal epsom, zinc sulfate, copper sulfate, ferrous sulfate, boric acid and ammonium molybdate etc., can be single, also can be their mixture; Or the by product, aggregate, zink sulphide, pyrolusite etc. of gained when producing boric acid or borax; Biological bacteria can be the nutrient solution of one of rihizobium japonicum, cowpea rhizobium, vinelandii and silicate bacteria or their mixture; Product nitrogen, phosphorus, potassium summation be greater than 10%, contains useful viable bacteria amount greater than 300,000,000/gram, and organic content is greater than 30%, and contain multiple in amount, trace element and organic compound.
In the present invention, described efficient biologic-organic fertilizer can prepare by the following method, comprises the steps:
A, adopt known method, substratum, prepare biological bacteria by the ratio of rihizobium japonicum, cowpea rhizobium, vinelandii and silicate bacteria 1: 0.5～1.5: 0.4～2: 0.3～2, must biological bacteria liquid after I and II is cultivated;
B, with fertilizer type organism (nitrogenous, carbon) forced fermentation, oven dry, be crushed to below 60 orders then;
C, with inorganic ore powder, sulfuric acid, ferrous sulfate, the mixing such as powder of accelerating the ripening of turning sour;
D, the product of A, B, C step gained mixed stir, granulation, metering packing get finished product.
Efficient biologic-organic fertilizer of the present invention is to be pillar with the new and high technology, is the development foundation with the ecological agriculture theory, based on agrochemistry research and plant microecology scientific principle by.Utilizing fertilizer type organism such as the peat composed of rotten mosses, agricultural byproducts tankage is (carrier) basic raw material, add reodorant, promotor, stablizer, synergistic agent etc., agent is adjusted in ecological flora and nutrition that cooperation is made up of vinelandii, phosphorus bacteria, silicate bacteria, the principle that rests on a scientific basis is filled a prescription, through being processed into.Its resource can be gathered materials on the spot, utilization of waste material, and infinite loop meets ecology (green) agricultural development direction.Development " two-supremes one is excellent " agricultural had far-reaching strategic importance.
In the present invention, vinelandii can increase the sources of nitrogen of soil, and phosphorus bacteria and silicate bacteria can be dissolved out phosphorus, the potassium of insoluble in the soil, change into phosphorus, the potassium element that can be utilized by plant absorbing; Bio-fertilizer in being manured into soil, except that self biological activity, the vital movement that has also stimulated other rhizospheric microorganism has been strengthened the vital movement of rhizospheric microorganism, has promoted the conversion of the soil organism, has increased the supply of soil to the crop various nutrient elements.According to the habit of various microbial cells and physiology, biochemical characteristics, carrying out adaptability respectively cultivates, cultivate the back and press specified proportion, mix, continue to cultivate, make its symbiosis, harmonic growth, at last by multiple bacterial classification constitute have advantage, microbial ecological group that vitality is strong, with the method for carrier absorption, make microorganism agent then.After using bio-feritlizer,, suppress and reduce the breeding chance of harmful germ, played and alleviate or the effect of antagonism pathogenic bacteria, help crop and grow up strong and sturdy because microorganism becomes the crop rhizosphere dominant bacteria in crop root raised growth breeding.After using biological organic fertilizer, the available nutrient of soil increases, promote root system development, improved the ability of root system absorption moisture and nutritive substance,, improved plant nutrition for crop growth provides enough nutrients, increase photosynthetic area, strengthen light and intensity, reduce and breathe, increased the accumulation of net photosynthesis product; By above-mentioned comprehensive action, nutrition, promotion, biological anti-smelting are combined closely, for plant-growth provides a good ecotope.
In the present invention, biological organic fertilizer is formed ecological flora by vinelandii, phosphorus bacteria, silicate bacteria etc., the organic and mineral substance composition of nitrogenous, phosphorus, potassium, moderate-element, trace element, metabolism through microorganism species, produce nutritive substance to satisfy the various nutritional needs of farm crop, simultaneously, constantly breed in the Metabolic activity in microorganism, also produce various enzymes system, quicken various nutritive substances quick decomposition, transform, make it to be absorbed by crop; Microorganism species is also secreted some hormonal substances in vital movement, as stimulating growing of farm crop.Additive in the biological organic fertilizer, one side activates the enzyme system of microorganism, makes microorganism self propagation and transforms various nutritive substances.Can directly be absorbed by the farm crop root system on the other hand, promote that enzyme system further activates in the farm crop, accelerate growing of farm crop, ecological flora is also secreted a large amount of metabolic substds, suppress the various harmful pathogenic bacteria in the soil, farm crop are avoided and reduce germ and invasion and attack, because the vital movement of ecological flora makes constantly to accumulate a large amount of organic matters in the soil, improves soil physical and chemical property, promote the raising of soil aggregate, accelerate soil-ripening, increase soil fertility, farm crop are constantly increased production, therefore, good ecological benefits are arranged.
Biological organic fertilizer of the present invention be a kind ofly not only had immediate effect, but also tool is long-acting, can satisfy the nutritional need of farm crop, has water conservation again concurrently, it is fertile to protect, slowly-releasing and the new and effective biological organic fertilizer that can improve the soil.As base fertilizer, fertilizer efficiency is decomposed slowly lasting, can reduce the number of times that topdresses, time saving and energy saving, can alleviate peasant's labour intensity, especially reduce the import of diammonium phosphate, vitriolate of tartar and Nitrogen, Phosphorus and Potassium, save foreign exchange, not only have significantly and economic benefit, the more important thing is social benefit widely.
Method equipment used of the present invention is simple, make easily, in stirring tank, react and promptly can be made in 60～90 minutes (but also continuous production), the raw material of making adds microbiobacterial agent can produce bio-organic fertilizer, mix with mineral manure and just can produce an organic inorganic composite fertilizer, this raw material itself is exactly a kind of special efficacy fertilizer, is full nutritive element fertilizer, often use, be of value to activity and the breeding of soil microorganisms, can increase the soil organism, culture fertility, increase soil water-reataining fertilizer-keeping ability and permeability, improve soil physical and chemical property and structure, eliminate soil compaction, preserve the ecological environment, improve Land capability, well developed root system; Strengthen dietetic alimentation ability and the plant growing way of crop, thereby strengthened the disease resistance of crop, reduce and prevent and treat the spraying times and the formulation rate of disease, therefore, can alleviate soil and environmental pollution, help improving quality of agricultural product.
The report of high-performance bio organic fungi-manure field test
The high-performance bio organic fungi-manure that Siping City, Jilin Province red mouth agricultural science and technology company limited produces carries out field test by Shouguang City, Shandong Province agricultural skill master station tissue, and its test-results is reported as follows:
1, trial crops: tomato, frame beans, cucumber.
2, test peasant household: Ma Zhai village, rice field town, horse principal column (cucumber).
Inn with a stable home town Hu Cun, Liu Huanwu (tomato, frame beans).
3, test area: each 2 mu.
4, execute a quantity: each 800 kilograms (base fertilizer).
5, test-results:
1. plant is sturdy, blade black thick (being) from green, and completely filled fruit, the appearance color is from green, and mouthfeel is good, no malformed fruit.
2. the ripening stage shifts to an earlier date, and three kinds of crops all shift to an earlier date 7～10 days maturations respectively.
3. vegetative period is long: same plantation, and same time field planting, the fruit and vegetable collecting period prolongs, and can prolong more than the week.
4. the effect of increasing income is obvious, surveys through reality and produces, and tomato can increase production 20～26%, and cucumber production promoting is more than 30%, and the frame beans can increase production more than 20%.Generally, the comparable vegetables oversold per jin with chemical fertilizers production of the vegetables that produce with bio-fertilizer is 0.1～0.2 yuan.On average pluck 3.4 ten thousand kilograms of cucumber for every mu before the Ma Jinzhujia fertilising, the mu income is 27200 yuan.Use the number of times that topdresses behind the bio-fertilizer and reduce by 4 times (each 100 kilograms), every mu of fertilizer reduces cost 720 yuan, adds up to 1440 yuan, and pluck cucumber is 4.2 ten thousand kilograms/mu, volume increase 26%, income is 37800 yuan, mu increases income 38.3%, adding apply fertilizer drops into less, actually increase income 42%, and the whole cucumber growth phase there is not disease and pest, 4.56 ten thousand kilograms of average yield per mu cucumber, and use chemical fertilizer on average only pluck 3.2 ten thousand kilograms, and fertilising (topdressing) is Duoed more than 40% than bio-fertilizer.
Tomato was plucked 9600 kilograms before Liu Huanwu used bio-fertilizer, and income is 19200 yuan.Use behind the bio-fertilizer 11600 kilograms of average yield per mus, the number of times that topdresses reduces by 50% (twice) average per kilogram than 0.30 yuan of the oversold of last chemical fertilizer, and 22270 yuan/mu of real revenues increase production 37%.
Kidney bean is plucked 7300 kilograms/mu before using bio-fertilizer, and income is 17520 yuan.Use behind the bio-fertilizer 8670 kilograms of average yield per mus, volume increase 18.7% (minimizing is topdressed three times), income is 20900 yuan, increases income 19%.
5. rate of fertilizer application reduces, and cost descends, and average mu fertilising can reduce cost 600 yuan to 800 yuan.
6. good stress resistance can effectively suppress the generation of disease and pest, from the reflection at test family, uses this fertilizer, and crop is not sick substantially.
Using method and consumption
Paddy rice: 60～70 kilograms/mu of amounts of application, be preferably in and in time plough under in the soil after spreading fertilizer over the fields before ploughing, fertilization depth is about 15 centimetres; If before the water rake, execute, note not draining in 5 days, string water, in order to avoid fertilizer loses with current, disposable base fertilizer need not topdress.
Corn: 50～60 kilograms/mu of amounts of application, can make base fertilizer for about 15 centimetres in conjunction with the disposable deep placement of ploughing, need not topdress, avoid fertilizer to contact with kind, seedling, in case fertilizer burns kind, burns seedling, can adopt row replacement, hole to execute, side is executed or ridge between the deep placement method such as execute.
Soybean: 40～50 kilograms/mu of amounts of application (application process is identical with the corn fertilizer application process).
Wheat: 45～55 kilograms/mu of amounts of application (application process is identical with the corn fertilizer application process).
Vegetables: application process: deep placement base fertilizer when ploughing preceding or doing ridge, about 15 centimetres of fertilization depths need topdress, and soil is carried out in the back of spreading manuer in holes.(rate of fertilizer application sees following table for details)
Vegetable crop rate of fertilizer application reference table
| The crop title | Base fertilizer (kilogram/mu) | (kilogram/mu) topdresses | Explanation |
| Cucumber | 90 (canopies) | 60 | Just the melon phase chases after 20～30 kilograms respectively |
| Tomato | 90～110 (canopies) | 70 | When fringe really expands 30 kilograms, all the other impose on the best fruiting period at twice |
| Chinese cabbage | 50～70 | Need not topdress | |
| Muskmelon | 70 | Need not topdress | |
| The potato class | 70～80 | Need not topdress |
Precaution
(1) can adjust fertilization time, consumption and application process according to crop varieties, soil regime.
(2) this product can not mix use with agricultural chemicals and sterilant.
(3) product should be stored in shady and cool dry ventilation, guards against damp, anti-rain, anti-solar exposure, anti-breaking.
(4) this fertilizer is sure not directly to contact with root, stem, the leaf of plant, and the fertilizer of spreading manuer in holes is apart from 6～10 centimetres of plant.
(5) topdress and to shift to an earlier date 7～10 days than routine with chemical fertilizer.
Annotate: amount of application is determined according to central and west regions, Jilin Province usual amounts in this table.Liaoning Province should increase more than 15%; The Heilongjiang Province should reduce about 15%; Northwest, soil, North China ridge approach, and should increase more than 20%; Each department should be determined the increase and decrease of amount of application according to the soil actual fertilizer.Mu refers to normal mu: 667m in this table
2(15 mu of per hectares).
In the present invention, can cultivate bacterial classification, also can cultivate bacterial classification according to following method according to the method for prior art.
Bacterial screening: at first in plant rhizosphere and plant materials, filter out a class and have clear superiority, can work in the soil midium or long term, and do not suppressed with biology department by soil natural, reproduction speed is fast, vitality is strong, microbial ecological colony with multiple function, this ecological flora comprises vinelandii, phosphorus bacteria, silicate bacteria.
Breeding strain: according to the habit and the physiology of various microbial cells, biochemical characteristics are carried out adaptability respectively and are cultivated, according to the above ratio, mix after the cultivation, continue to cultivate, make its symbiosis, harmonic growth, at last by multiple bacterial classification constitute have advantage, microbial ecological group that vitality is strong.
The cultivating technique flow process:
1, earlier brown sugar (sucrose) is put into the high temperature groove;
2, add tap water, with steam-heated cal(l)andria to 100 ℃;
3, with filtration pump brown sugar water is extracted into expansion bacterium pond (or expanding bacterium jar);
When 4, brown sugar water drops to 25 ℃～30 ℃, put into above-mentioned bacterium liquid (generation bacterium liquid);
5, the good back of sealing is cultivated and just can be used in 7 days.
The breeding strain technical recipe:
1 ton of bio-feritlizer of every production, cultivate the expansion bacterial classification by following technical recipe:
15 kilograms in brown sugar (sucrose);
150 kilograms in 100 ℃ of boiling water;
Generation bacterium liquid 250 grams;
Room temp keeps 25 ℃～30 ℃ to cultivate 7 days.
The main raw material that the present invention adopts mostly is the renewable source of manure; with low cost; the effective component content height generally contains organic material 40～50%, and contains tens kinds of nutritive elements such as nitrogen, phosphorus, potassium, calcium, magnesium, sulphur, molybdenum; total effective ingredient reaches about 45%; its resource can be gathered materials on the spot, and infinite loop is recycled; be one and open up the source of manure and protect the effective measure of environment, meet the ecological agriculture development direction.And owing to be added with active reodorant, course of processing stink is little, and the finished product that makes is an odorless fertilizer, but long storage is never degenerated, not smelly.And the polymkeric substance in the reodorant also has good fertilizer efficiency with the organic compound that organism composition reaction in the raw material generates.
Sulfuric acid is a kind of active two no strong acid in the present invention, can generate the needed solubility nutritive element of corresponding plant-growth with part metals or the metal oxide effect in the raw material, sulfuric acid has the absorptive oxidisability effect of intensive, can promote organic fertilizer process, sulfuric acid is to the combination fiercely of the moisture content in the raw material, emit a large amount of heat simultaneously, quickened the decomposition of organic substance on the one hand, can also play sterilization functions on the other hand raw material.Oxygen uptake effect when utilizing ferrous sulfate to change ferric iron into by ferrous iron, make the ferrous sulfate of divalence form chromic salts with the oxygen in the organism, thereby performance promotes the effect of organic substance decomposition, the ferrous sulfate that adds can also make the corresponding molysite of generation such as the difficult xylogen that decomposes, tannin in the organism, thereby improve the activity of microorganism to polyose, ferrous sulfate as reductive agent, is mainly used to decompose organic matter and deodorizing in the present invention.With organic acid and polyose, the fermentation powder that accelerates the ripening is ferrous iron retention agent and buffer reagent, can make ferrous sulfate often keep stable, when only being attached to object-immature organism, could passing on to trivalent and move, the performance activation, in addition, by the fermentation magnesium ion that powder provides that accelerates the ripening, can activate the reaction of many enzymes, just strengthen as the effect of nitrogenase because of the existence of magnesium ion.
The raw material of handling through method of the present invention can directly be used as fertilizer, can promote microbial activities and breeding and then promote organic decomposition, produces a large amount of carbonic acid gas and organic acid, helps the dissolving of difficultly soluble nutrient in the soil, supplies with crop and absorbs.Carbonic acid gas can increase the carbon nutrition of crop, improves photosynthetic efficiency, promptly decomposes after the of short duration death of microbial life to discharge nutrient, is made for the thing utilization.Contained trace element in the fertilizer in addition, many are the indispensable elements of microbial life activity as: copper, ferro element are the moietys of nitrogenase.Chemurgy studies confirm that, trace element is the moiety of enzyme or coenzyme in plant materials, to proteinic synthetic, the photosynthesis of plant chlorophyll, to nutrient absorbing with utilize the aspect, play and promote and the conciliation effect, adding trace element is in order to guarantee microorganism better growth and breeding, also is the supply that directly increases plant.
Technology equipment used of the present invention is simple, make easily, reacts in stirring tank 60～90 minutes, both can be made into (but also continuous production).The raw material made adds microbiobacterial agent and can produce bio-organic fertilizer and mix just with mineral manure and can generate organic-inorganic composite fertilizer, this raw material itself is exactly a kind of special efficacy fertilizer, for full nutritive element fertilizer, often use, be of value to activity and the breeding of soil microorganisms, can increase the soil organism, culture fertility increases the soil water-reataining fertilizer-keeping ability, improves soil physical chemistry shape and structure, make loosing soil, well developed root system; Strengthen dietetic alimentation ability and the plant growing way of crop, thereby strengthened the disease resistance of crop, can reduce spraying times and formulation rate, therefore can alleviate soil and environmental pollution.
Below further specify the present invention by specific embodiment, but embodiment only be used for the explanation, can not limit the scope of the invention.
In the present invention, if not refer in particular to, all parts, amount are the weight unit based on gross weight, and all raw materials all can be buied from market, and substratum, cultural method etc. can be consulted Chinese patent application 89107342.
Example 1: preparing product according to the following steps:
A, employing Chinese patent application 89107342 described methods, substratum, in rihizobium japonicum, cowpea rhizobium, vinelandii and silicate bacteria 0.2: 0.3: 0.2: 0.3 ratio prepared biological bacteria, after I and II is cultivated 2 kilograms of bacterial classification water is mixed with 20 kilograms of turfy soils;
B, with 60 kilograms of chicken manures, residue from beans after making, straw mixture forced fermentation, oven dry, be crushed to below 60 orders then, add 2 kilograms of reodorant, mix;
C, with 10 kilograms of inorganic ore powders, 4 kilograms of sulfuric acid, 1 kilogram of ferrous sulfate, 2 kilograms of mixing such as powder of accelerating the ripening of turning sour;
D, the product of A, B, C step gained mixed stir, granulation, metering packing get finished product.
Example 2: preparing product according to the following steps:
A, employing Chinese patent application 89107342 described methods, substratum, in rihizobium japonicum, cowpea rhizobium, vinelandii and silicate bacteria 0.3: 0.3: 0.4: 0.3 ratio prepared biological bacteria, after I and II is cultivated 1.5 kilograms of bacterial classification water is mixed with 20 kilograms of turfy soils;
B, with 30 kilograms of chicken manures, residue from beans after making, straw mixture forced fermentation, oven dry, be crushed to below 60 orders then, add 1 kilogram of reodorant, mix;
C, with 15 kilograms of inorganic ore powders, 6 kilograms of sulfuric acid, 1 kilogram of ferrous sulfate, 1 kilogram of mixing such as powder of accelerating the ripening of turning sour;
D, the product of A, B, C step gained mixed stir, granulation, metering packing get finished product.
Example 3: preparing product according to the following steps:
A, employing Chinese patent application 89107342 described methods, substratum, in rihizobium japonicum, cowpea rhizobium, vinelandii and silicate bacteria 0.2: 0.3: 0.4: 0.4 ratio prepared biological bacteria, after I and II is cultivated 1.0 kilograms of bacterial classification water is mixed with 10 kilograms of turfy soils;
B, with 20 kilograms of chicken manures, residue from beans after making, straw mixture forced fermentation, oven dry, be crushed to below 60 orders then, add 1 kilogram of reodorant, mix;
C, with 10 kilograms of inorganic ore powders, 5 kilograms of sulfuric acid, 1 kilogram of ferrous sulfate, 1 kilogram of mixing such as powder of accelerating the ripening of turning sour;
D, the product of A, B, C step gained mixed stir, granulation, metering packing get finished product.
Example 4: adopt following prescription:
The peat composed of rotten mosses 40%, chicken manure 20%, phosphorus bone meal 5%, soya-bean cake (rapeseed cake), cotton cake etc. 15%, bacterium liquid 20%.
Example 5: adopt following prescription:
The peat composed of rotten mosses 35%, chicken manure 20%, phosphorus bone meal 5%, vinasse 20%, blood meal 5%, bacterium liquid 15%.
Example 6: adopt following prescription (effective component content 32% is used for field crop and is advisable):
Nitrogenous fertilizer 8%, P
2O
510%, K
2O 8%, and little fertile 1%, organic 5%.
Example 7: adopt following prescription (effective component content 38% is used for field crop and is benefit):
Nitrogenous fertilizer 8%, P
2O
513%, K
2O 10%, and little fertile 1%, organic 6%.
Example 7: adopt following prescription (effective component content 49% is used for field crop and is benefit)
Nitrogenous fertilizer 10%, P
2O
516%, K
2O 13%, and little fertile 4%, organic 5%.
Example 8: adopt following prescription (being used for gourd, fruit and vegetable is advisable)
Produce 1 ton of fertilizer, press column weight amount proportioning:
400 kilograms of the peats composed of rotten mosses, 300 kilograms in vinasse, 184 kilograms of chicken manures, 50 kilograms of blood meals, 50 kilograms of bone meal, 5 kilograms in nitrogen, P
2O
56 kilograms, K
27 kilograms of O, 0.5 kilogram of manganous sulfate, 1 kilogram in sal epsom, 0.5 kilogram in zinc sulfate, 0.3 kilogram in copper sulfate, 0.5 kilogram in ferrous sulfate, 0.5 kilogram of boric acid, a beans plant can add 0.025 kilogram of ammonium molybdate.
Example 9: adopt following prescription:
The peat composed of rotten mosses 30%, soya-bean cake 10%, chicken manure 20%, diamino 10%, urea 30%.
Example 10: adopt following prescription:
The peat composed of rotten mosses 30%, chicken manure 10%, bone white powder 6%, N 18%, P
2O
59%, K
2O20%, bacterium liquid 10%.
Claims (9)
1, a kind of efficient biologic-organic fertilizer is characterized in that having used biological bacteria liquid and all cpds, and it comprises: 20～80 weight part fertilizer type organism, the inorganic ore powder of 5～30 weight parts and 5～25 weight part biological bacteria liquid.
2, efficient biologic-organic fertilizer as claimed in claim 1 is characterized in that having used biological bacteria liquid and all cpds, and it contains:
20～80 weight part fertilizer type organism, the inorganic ore powder of 5～30 weight parts,
4～10 weight part sulfuric acid, 1～2 parts by weight of ferrous sulfate,
1～2 weight part powder that accelerates the ripening that turns sour, 1～2 weight part reodorant,
5～25 weight part biological bacteria liquid.
3, efficient biologic-organic fertilizer as claimed in claim 1 is characterized in that having used biological bacteria liquid and all cpds, and it contains:
30～60 weight part fertilizer type organism, the inorganic ore powder of 5～25 weight parts,
5～10 weight part sulfuric acid, 1～2 parts by weight of ferrous sulfate,
1～2 weight part powder that accelerates the ripening that turns sour, 1～2 weight part reodorant,
10～20 weight part biological bacteria liquid.
4, efficient biologic-organic fertilizer as claimed in claim 1 is characterized in that having used biological bacteria liquid and all cpds, and it contains:
30～45 weight part fertilizer type organism, the inorganic ore powder of 5～30 weight parts,
5～10 weight part sulfuric acid, 1～2 parts by weight of ferrous sulfate,
1～2 weight part powder that accelerates the ripening that turns sour, 1～2 weight part reodorant,
15～20 weight part biological bacteria.
5, as the described efficient biologic-organic fertilizer of claim 1～4, it is characterized in that described fertilizer type organism can be the waste of agricultural waste material, feces of livestock and poultry, industrial fermentation, the peat composed of rotten mosses, phosphorus bone meal, bone meal etc., can be single, also can be their mixture.
6, as the described efficient biologic-organic fertilizer of claim 1～4, it is characterized in that described inorganic ore powder can be phosphorus oxide, potassium oxide, manganous sulfate, sal epsom, zinc sulfate, copper sulfate, ferrous sulfate, boric acid and ammonium molybdate etc., can be single, also can be their mixture.
7,, it is characterized in that described biological bacteria liquid can be the nutrient solution of one of rihizobium japonicum, cowpea rhizobium, vinelandii and silicate bacteria or their mixture as the described efficient biologic-organic fertilizer of claim 1～4.
8, as the described efficient biologic-organic fertilizer of claim 1～4, it is characterized in that product nitrogen, phosphorus, potassium summation greater than 10%, contain useful viable bacteria amount greater than 300,000,000/gram, organic content is greater than 30%, and contain multiple in amount, trace element and organic compound.
9,, it is characterized in that comprising the steps: as the preparation method of the described efficient biologic-organic fertilizer of claim 1～4
A, adopt known method, substratum, prepare biological bacteria by the ratio of rihizobium japonicum, cowpea rhizobium, vinelandii and silicate bacteria 1: 0.5～1.5: 0.4～2: 0.3～2, must biological bacteria liquid after I and II is cultivated;
B, with fertilizer type organism (nitrogenous, carbon) forced fermentation, oven dry, be crushed to below 60 orders then;
C, with inorganic ore powder, sulfuric acid, ferrous sulfate, the mixing such as powder of accelerating the ripening of turning sour;
D, the product of A, B, C step gained mixed stir, granulation, metering packing get finished product.
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| CNB991271289A CN1163445C (en) | 1999-06-16 | 1999-12-29 | Efficient biological organic fertilizer and its preparing process |
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| CN99109116.7 | 1999-06-16 | ||
| CN 99109116 CN1235139A (en) | 1999-06-16 | 1999-06-16 | High effective biological organic fertilizer and preparation thereof |
| CNB991271289A CN1163445C (en) | 1999-06-16 | 1999-12-29 | Efficient biological organic fertilizer and its preparing process |
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Cited By (7)
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| CN1332911C (en) * | 2002-01-11 | 2007-08-22 | 孙玉良 | Biological composite bacterial manure for ginseng |
| CN104030785A (en) * | 2014-05-13 | 2014-09-10 | 马鞍山市心洲葡萄专业合作社 | Cattle-gall-powder-containing active sustained-release composite fertilizer |
| CN104725149A (en) * | 2015-03-02 | 2015-06-24 | 湖南润丰达生态环境科技有限公司 | Special microbalance ecological fertilizer for grape and preparation method of fertilizer |
| CN105110983A (en) * | 2015-09-21 | 2015-12-02 | 张日龙 | Biological organic compost and preparation method thereof |
| CN105859390A (en) * | 2016-03-31 | 2016-08-17 | 太仓市新进农场专业合作社 | A pest-injury-resisting liquid fertilizer containing a soybean fermentation extract product |
| CN106831263A (en) * | 2017-03-23 | 2017-06-13 | 李培峰 | The preparation method of lignin organic fertilizer |
| CN112592228A (en) * | 2020-12-16 | 2021-04-02 | 孙洪峰 | Multifunctional biological organic fertilizer and preparation method thereof |
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1999
- 1999-12-29 CN CNB991271289A patent/CN1163445C/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1332911C (en) * | 2002-01-11 | 2007-08-22 | 孙玉良 | Biological composite bacterial manure for ginseng |
| CN104030785A (en) * | 2014-05-13 | 2014-09-10 | 马鞍山市心洲葡萄专业合作社 | Cattle-gall-powder-containing active sustained-release composite fertilizer |
| CN104030785B (en) * | 2014-05-13 | 2015-12-02 | 马鞍山市心洲葡萄专业合作社 | A kind of active Synergistic slow release compound manure containing bilein |
| CN104725149A (en) * | 2015-03-02 | 2015-06-24 | 湖南润丰达生态环境科技有限公司 | Special microbalance ecological fertilizer for grape and preparation method of fertilizer |
| CN104725149B (en) * | 2015-03-02 | 2017-07-14 | 湖南润丰达生态环境科技有限公司 | A kind of special micro-balance ecological fertilizer of grape and preparation method thereof |
| CN105110983A (en) * | 2015-09-21 | 2015-12-02 | 张日龙 | Biological organic compost and preparation method thereof |
| CN105859390A (en) * | 2016-03-31 | 2016-08-17 | 太仓市新进农场专业合作社 | A pest-injury-resisting liquid fertilizer containing a soybean fermentation extract product |
| CN106831263A (en) * | 2017-03-23 | 2017-06-13 | 李培峰 | The preparation method of lignin organic fertilizer |
| CN112592228A (en) * | 2020-12-16 | 2021-04-02 | 孙洪峰 | Multifunctional biological organic fertilizer and preparation method thereof |
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|---|---|
| CN1163445C (en) | 2004-08-25 |
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