CN102050652A - SODM (Superoxide Dismutase Mimics) fruit tree compound special fertilizer - Google Patents
SODM (Superoxide Dismutase Mimics) fruit tree compound special fertilizer Download PDFInfo
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- CN102050652A CN102050652A CN2010102697089A CN201010269708A CN102050652A CN 102050652 A CN102050652 A CN 102050652A CN 2010102697089 A CN2010102697089 A CN 2010102697089A CN 201010269708 A CN201010269708 A CN 201010269708A CN 102050652 A CN102050652 A CN 102050652A
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- sodm
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Abstract
The invention relates to an SODM (Superoxide Dismutase Mimics) fruit tree compound special fertilizer which comprises fruit tree compound special serial fertilizers of nitrogen fertilizers containing SODM urea, phosphorus and potassium. In terms of the total weight of the SODM fruit tree compound special fertilizer as 100 percent, (1) an SODM apricot tree compound special fertilizer comprises 20 percent of N, 8 percent of P2O5, 17 percent of K2O and 0.06 percent of SODM; or (2) an SODM almond tree compound special fertilizer comprises 25 percent of N, 10 percent of P2O5, 10 percent of K2O and 0.06 percent of SODM; or (3) an SODM red date fruit tree compound special fertilizer comprises 18 percent of N, 9 percent of P2O5, 18.0 percent of K2O and 0.06 percent of SODM. The SODM fruit tree compound special fertilizer has the advantage of strong pertinency and can be used for improving the crop output, reducing the fertilizer dosage, improving the fertilizer utilization rate, lightening the environmental pollution and improving the social and economic benefits.
Description
Technical field:
The special-purpose series of fruit tree compound of nitrogenous fertilizer, phosphorus element, potassium element that the present invention relates to a kind of SODM of including urea is fertile.
Background technology:
Kashi area and the management of adjoining area fruit tree nutrient are gone up and are had very big randomness, blindness, unicity, habituation and empirical.Fertilizer variety is not suitable for, Application Ratio is inharmonious, fertilizer structure is unreasonable.The fertilizer that the fertilizer of using land for growing field crops commonly used farm crop are used, that is: urea, diammonium phosphate, monoammonium phosphate, ammonium nitrate etc.In nutrient kind, nutrient regulation and control periods, arbitrarily go on the nutrient regulate and control method, thereby cause singly execute, execute partially, scarce execute and become blind execute, applying fruit trees with fertilizer is unreasonable, science not, utilization rate of fertilizer is low, not only causes the wasting of resources, has also caused environmental pollution.At present, on Kaxgar Prefecture and the adjoining area production of fruit trees also not at this area's fruit variety produce, the nutrient of processing is not comprehensive, ratio is reasonable, stay-in-grade fruit tree compound is special-purpose fertile.
Summary of the invention:
It is fertile to the purpose of this invention is to provide the special-purpose series of a kind of SODM fruit tree compound, helps promoting the fruit tree reproductive growth and nourishes and grows promotion fruit tree tree body stalwartness, reduce the generation of disease and pest, reduce fertilizer amount, improve utilization rate of fertilizer, improve fruit tree fruit output and quality.
SODM fruit tree compound of the present invention is special-purpose fertile.
1. SODM apricot compound is special-purpose fertile: by the special-purpose fertile gross weight 100% of SODM fruit tree compound,
Include N 20%, P
2O
58%, K
2O 17% and SODM 0.06%.
Join fertile case:
Sources of nitrogen is in the urea (N-46%) that contains 0.06% SODM, and its weight ratio in patent formulation is 38%; Phosphorus usually comes from diammonium phosphate (N18%-P
2O
546%), its weight ratio in patent formulation is 18%; Potassium usually comes from vitriolate of tartar (K
2O-40%), its weight ratio in patent formulation is 44%.
2. SODM Prunus amygdalus fruit tree compound is special-purpose fertile: by the special-purpose fertile gross weight 100% of SODM fruit tree compound, include N25%, P
2O
510%, K
2O 10% and SODM 0.06%.
Join fertile case:
Sources of nitrogen is in the urea (N-46%) that contains 0.06% SODM, and its weight ratio in patent formulation is 49.5%; Phosphorus usually comes from diammonium phosphate (N18%-P
2O
546%), its weight ratio in patent formulation is 23.5%; Potassium usually comes from vitriolate of tartar (K
2O-40%), its weight ratio in patent formulation is 27%.
3. SODM red date fruit tree compound is special-purpose fertile: by the special-purpose fertile gross weight 100% of SODM fruit tree compound, include N 18%, P
2O
59%, K
2O 18.0% and SODM 0.06%.
Join fertile case:
Sources of nitrogen is in the urea (N-46%) that contains 0.06% SODM, and its weight ratio in patent formulation is 32.6%; Phosphorus usually comes from diammonium phosphate (N18%-P
2O
546%), its weight ratio in patent formulation is 20.4%; Potassium usually comes from vitriolate of tartar (K
2O-40%), its weight ratio in patent formulation is 47%.
The effect of invention: by different fruit varieties, different fertilizer proportioning, consumption test, not only output of the fruit tree improves, and quality also improves.1. in the Prunus amygdalus in the nitrogen in the phosphorus potassium district compare with the clear area, output increases 71.5kg, volume increase 84.3%, mu increases income 1430 yuan; Percentage of fertile fruit 2.9% improves 93.3%, hundred heavy 116.2g of nut meat, kernel percent 71.5% than the clear area, improves 13.9% and 5.9% respectively than the clear area; 2. look is bought and is carried in the bright apricot in the nitrogen that the potassium district compares with the clear area in the phosphorus, volume increase 881.1kg, and volume increase 70.2%, mu increases income 1762 yuan; Percentage of fertile fruit improves 44.5% than the clear area, and sugar degree increases by 2.1%, improves 9.9%; 3. 654.8 kilograms of potassium district per mu yields in the phosphorus in the nitrogen in the red date are compared with the clear area, and output increases 218.5kg, volume increase 50.1%, and mu increases income 5462.5 yuan; Percentage of fertile fruit 6.1% improves 60.5% than the clear area.
The special-purpose serial fertilizer product of SODM fruit tree compound satisfies Bulk Blending Fertilizer standard GB 21633-2008 requirement, produce at Kashi area and the design of adjoining area fruit tree soil nutrient status, with strong points, can improve crop yield, reduce fertilizer amount, improve chemical fertilizer utilization ratio, also alleviated environmental pollution simultaneously, improve economic results in society.
Embodiment
Embodiment 1:
The special-purpose serial fertilizer of the SODM fruit tree compound of inventing in the present embodiment-special-purpose fertilizer of SODM apricot compound is produced according to the special-purpose serial fertile preparation method's basic procedure synoptic diagram of SODM fruit tree compound.In in the nitrogen in the phosphorus test of potassium district with the fertile patent fertilizer that we apply for, the total content 45% of being.Wherein contain: N-20.0%, SODM-0.06%, P
2O
5-8.0%, K
2O-17.0%.
In the simultaneous test in the nitrogen stress in potassium district in the phosphorus, the low nitrogen in the phosphorus in potassium district, the high nitrogen in the phosphorus potassium district with fertile preparation method adopt with SODM urea, double superhosphate, vitriolate of tartar according to different proportionings, consumption measure respectively, artificial blended physical method disposes and forms.
The special-purpose serial fertilizer of the SODM fruit tree compound that the present invention produces-special-purpose fertilizer of SODM apricot compound is checked colors to buy and is proposed the apricot manure trial, and test design is that incomplete testing program is an example in nitrogen, phosphorus, 14 processing of potassium three factors, four levels.Be example now with potassium district in the phosphorus in potassium district (best fertilization area), the high nitrogen in the phosphorus in potassium district, the middle nitrogen in the phosphorus in potassium district, the low nitrogen in the phosphorus in 14 processing hollow white areas (not applying fertilizer), the nitrogen stress.1, clear area: fertilise district not; 2, potassium district in the phosphorus in the nitrogen stress: do not execute SODM urea, double superhosphate 9.8kg, vitriolate of tartar 23.5kg; 3, potassium district in the phosphorus in the low nitrogen: mu is executed SODM urea 12.2kg, double superhosphate 9.8kg, vitriolate of tartar 23.5kg; 4, potassium district in the phosphorus in the middle nitrogen: mu is executed urea 24.3kg, double superhosphate 9.8kg, vitriolate of tartar 23.5kg; 5, potassium district in the phosphorus in the high nitrogen: mu is executed urea 36.5kg, double superhosphate 9.8kg, vitriolate of tartar 23.5kg; The different treatment test-results is as follows:
Table 1 different fertilizer proportioning is to the influence of apricot output, quality
By multiple spot fruit tree fertilizer test, the different fertilizer consumption proportion, test-results shows below.
Output: 1254.8 kilograms of the bright apricots of clear area per mu yield.In the nitrogen stress in the phosphorus potassium district compare with the clear area, the volume increase 143.4kg, the volume increase 11.4%, mu increase income 286.8 yuan; In the low nitrogen in the phosphorus potassium district compare with the clear area, volume increase 767.9kg, volume increase 61.2% mu increases income 1535.8 yuan; In in the nitrogen in the phosphorus potassium district compare with the clear area, volume increase 881.1kg, volume increase 70.2% mu increases income 1762 yuan; In the high nitrogen in the phosphorus potassium district compare with the clear area, the volume increase 750.1kg, the volume increase 59.8%, mu increase income 1500.2 yuan; In in the nitrogen in the phosphorus in potassium district and the nitrogen stress in the phosphorus potassium district compare, volume increase 737.7kg, volume increase 52.8% mu increases income 1475.4 yuan; Compare with potassium district in the phosphorus in the low nitrogen, volume increase 113.2kg, volume increase 5.6%, mu increases income 226.4 yuan; Compare with potassium district in the phosphorus in the high nitrogen, increased production 131kg, volume increase 6.5%, mu increases income 262 yuan.
Percentage of fertile fruit: clear area apricot percentage of fertile fruit 2.11%.In the nitrogen stress in the phosphorus potassium district compare with the clear area, percentage of fertile fruit improves 10.4%; In the low nitrogen in the phosphorus potassium district compare raising 6.2% with the clear area; In the high nitrogen in the phosphorus potassium district compare with the clear area, improve 2.8%.
In in the nitrogen in the phosphorus potassium district improve 44.5% than the clear area, improve 30.9% than potassium district in the phosphorus in the nitrogen stress, in the low nitrogen in the phosphorus potassium district improve 336.2%, in the higher nitrogen in the phosphorus potassium district improve 48.8%.
Sugar degree: clear area apricot sugar degree 21.2%.In in the nitrogen in the phosphorus potassium district increase by 2.1% than clear area apricot sugar degree, improve 9.9%; Increase by 0.4% than potassium district in the phosphorus in the nitrogen stress, improve 1.7%; Potassium district increase by 0.3% in the phosphorus improves 1.3% in the low nitrogen; Potassium district increase raising 1.2% in the phosphorus improves 5.4% in the higher nitrogen.
Embodiment 2:
The special-purpose serial fertilizer of the SODM fruit tree compound of inventing in the present embodiment-special-purpose fertilizer of SODM Prunus amygdalus tree compound is produced according to the special-purpose serial fertile preparation method's basic procedure synoptic diagram of SODM fruit tree compound.In in the nitrogen in the phosphorus test of potassium district with the fertile patent fertilizer that we apply for, the total content 45% of being.Wherein contain: N-25.0%, SODM-0.06%, P
2O
5-10.0%, K
2O-10.0%.
In the simultaneous test in the nitrogen stress in potassium district in the phosphorus, the low nitrogen in the phosphorus in potassium district, the high nitrogen in the phosphorus potassium district with fertile preparation method adopt with SODM urea, double superhosphate, vitriolate of tartar according to different proportionings, consumption measure respectively, artificial blended physical method disposes and forms.
The special-purpose serial fertilizer of the SODM fruit tree compound that the present invention produces-SODM Prunus amygdalus tree compound is special-purpose fertile in the Prunus amygdalus manure trial, and test design is that incomplete testing program is an example in nitrogen, phosphorus, 14 processing of potassium three factors, four levels.Now with potassium district (do not execute SODM urea, mu is executed double superhosphate 12.4kg, vitriolate of tartar 14.3kg) in the phosphorus in 14 processing hollow white areas (not applying fertilizer), the nitrogen stress; , (mu is executed SODM urea 15.4kg in the potassium district in the phosphorus in the low nitrogen, double superhosphate 12.4kg, vitriolate of tartar 14.3kg), (mu is executed SODM urea 31.1kg potassium district in the phosphorus in the middle nitrogen, double superhosphate 12.4kg, vitriolate of tartar 14.3kg), (mu is executed SODM urea 46.5kg potassium district in the phosphorus in the high nitrogen, double superhosphate 12.4kg, vitriolate of tartar 14.3kg) be example.The different treatment test-results is as follows:
Table 2 different fertilizer proportioning is to the influence of Prunus amygdalus output, quality
By multiple spot fruit tree fertilizer test, the different fertilizer consumption proportion, test-results shows below.
Output: 84.8 kilograms of clear area Prunus amygdalus per mu yields.In the nitrogen stress in the phosphorus potassium district compare with the clear area, output increases 54.6kg, volume increase 64.4%, mu increases income 1092 yuan; In the low nitrogen in the phosphorus potassium district compare with the clear area, output increases 50.3kg, volume increase 59.3% mu increases income 1005 yuan; In in the nitrogen in the phosphorus potassium district compare with the clear area, output increases 71.5kg, volume increase 84.3% mu increases income 1430 yuan; In the high nitrogen in the phosphorus potassium district compare with the clear area, output increases 65.5kg, volume increase 77.2%, mu increases income 1030 yuan.In in the nitrogen in the phosphorus in potassium district and the nitrogen stress in the phosphorus potassium district compare, output increases 16.9kg, volume increase 12.1% mu increases income 338 yuan; Compare with potassium district in the phosphorus in the low nitrogen, output increases 31.3kg, volume increase 25%, and mu increases income 626 yuan; Compare with potassium district in the phosphorus in the high nitrogen, output has increased 6kg, volume increase 4.0%, and mu increases income 120 yuan.
Percentage of fertile fruit: clear area Prunus amygdalus percentage of fertile fruit 1.5%.In the nitrogen stress in the phosphorus potassium district compare with the clear area, percentage of fertile fruit improves 20%; In the low nitrogen in the phosphorus potassium district compare raising 46.7% with the clear area; In the high nitrogen in the phosphorus potassium district compare with the clear area, improve 86.7%.
Potassium district percentage of fertile fruit 2.9% in the phosphorus than clear area raising 93.3%, improves 61.1% than potassium district in the phosphorus in the nitrogen stress in the middle nitrogen, potassium district raising 31.8% in the phosphorus in the low nitrogen, potassium district raising 3.6% in the phosphorus in the higher nitrogen.
Hundred heavy and kernel percents of nut meat: the heavy 102.0g of hundred nut meats in clear area, kernel percent 67.5%.In the nitrogen stress in the phosphorus potassium district compare with the clear area, it is high by 4.6% that hundred nut meats are brought up again, kernel percent improves 3.2%; In the low nitrogen in the phosphorus potassium district compare with the clear area, hundred nut meats heavily reduce by 2.7%, kernel percent raising 3.6%; In the high nitrogen in the phosphorus potassium district compare with the clear area, hundred nut meats heavily reduce by 0.6%, kernel percent improves 1.6%.
In hundred the heavy 116.2g of nut meat in potassium district, kernel percent 71.5% in the phosphorus in the nitrogen.Improve 13.9% and 5.9% respectively than the clear area; , kernel percent heavy than hundred nut meats in potassium district in the phosphorus in the nitrogen stress improves 8.9% and 2.6% respectively; , kernel percent heavy than hundred nut meats in potassium district in the phosphorus in the low nitrogen improves 17.1% and 2.3% respectively; In the higher nitrogen in the phosphorus heavy, the kernel percent of hundred nut meats in potassium district improve 14.7% and 4.2% respectively.
Embodiment 3:
The special-purpose serial fertilizer of the SODM fruit tree compound of inventing in the present embodiment-special-purpose fertilizer of SODM red jujube tree compound is produced according to the special-purpose serial fertile preparation method's basic procedure synoptic diagram of SODM fruit tree compound.In in the nitrogen in the phosphorus test of potassium district with the fertile patent fertilizer that we apply for, the total content 45% of being.Wherein contain: N-18.0%, SODM-0.06%, P
2O
5-9.0%, K
2O-18.0%.
In the simultaneous test in the nitrogen stress in potassium district in the phosphorus, the low nitrogen in the phosphorus in potassium district, the high nitrogen in the phosphorus potassium district with fertile preparation method adopt with SODM urea, double superhosphate, vitriolate of tartar according to different proportionings, consumption measure respectively, artificial blended physical method disposes and forms.
The special-purpose serial fertilizer of the SODM fruit tree compound that the present invention produces-SODM red jujube tree compound is special-purpose fertile in the red date manure trial, and test design is that incomplete testing program is an example in nitrogen, phosphorus, 14 processing of potassium three factors, four levels.Be example now with potassium district in the phosphorus in potassium district (best fertilization area), the high nitrogen in the phosphorus in potassium district, the middle nitrogen in the phosphorus in potassium district, the low nitrogen in the phosphorus in 14 processing hollow white areas (not applying fertilizer), the nitrogen stress.The different treatment test-results is as follows:
Table 3 different fertilizer proportioning is to the red date yield effect
By multiple spot fruit tree fertilizer test, the different fertilizer consumption proportion, test-results shows below.
Output: 436.3 kilograms of clear area red date per mu yields.493.1 kilograms of potassium district red date per mu yields in the phosphorus are compared with the clear area in the nitrogen stress, mu volume increase 56.8kg, and volume increase 13.0%, mu increases income 1420 yuan; 620.8 kilograms of potassium district red date per mu yields in the phosphorus are compared with the clear area in the low nitrogen, and output increases 184.5kg, volume increase 42.3%, and mu increases income 4612.5 yuan; 648.0 kilograms of potassium district red date per mu yields in the phosphorus are compared with the clear area in the high nitrogen, and output increases 211.7kg, volume increase 48.5%, and mu increases income 5292.5 yuan;
In 654.8 kilograms of potassium district per mu yield red dates in the phosphorus in the nitrogen, compare with the clear area, output increases 218.5kg, volume increase 50.1%, mu increases income 5462.5 yuan; Compare with potassium district in the phosphorus in the nitrogen stress, output increases 161.7kg, volume increase 32.8%, and mu increases income 4042.5 yuan; Compare with potassium district in the phosphorus in the low nitrogen, output increases 34kg, volume increase 5.5%, and mu increases income 850 yuan; Compare with potassium district in the phosphorus in the high nitrogen, output has increased 6.8kg, volume increase 1.1%, and mu increases income 170 yuan.
Percentage of fertile fruit: the clear area percentage of fertile fruit is 3.8%.In the nitrogen stress in the phosphorus potassium district compare with the clear area, percentage of fertile fruit improves 26.3%; In the low nitrogen in the phosphorus potassium district compare raising 36.8% with the clear area; In the high nitrogen in the phosphorus potassium district compare with the clear area, improve 34.2%.
Potassium district percentage of fertile fruit 6.1% in the phosphorus improves 60.5% than the clear area percentage of fertile fruit in the middle nitrogen; Improve 27.1% than potassium district percentage of fertile fruit in the phosphorus in the nitrogen stress; Potassium district percentage of fertile fruit raising 17.3% in the phosphorus in the low nitrogen; Potassium district percentage of fertile fruit raising 8.9% in the phosphorus in the higher nitrogen.
Claims (1)
1. a SODM fruit tree compound is special-purpose fertile, it is characterized in that: it is that the special-purpose series of fruit tree compound of the nitrogenous fertilizer that includes SODM urea, phosphorus element, potassium element is fertile, by the special-purpose fertile gross weight 100% of SODM fruit tree compound:
1), SODM apricot compound is special-purpose fertile:
Include N 20%, P
2O
58%, K
2O 17% and SODM 0.06%;
Or 2), SODM Prunus amygdalus fruit tree compound is special-purpose fertile:
Include N25%, P
2O
510%, K
2O 10% and SODM 0.06%;
Or 3), SODM red date fruit tree compound is special-purpose fertile:
Include N 18%, P
2O
59%, K
2O 18.0% and SODM 0.06%.
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|---|---|---|---|
| CN 201010269708 CN102050652B (en) | 2010-09-01 | 2010-09-01 | SODM (Superoxide Dismutase Mimics) fruit tree compound special fertilizer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010269708 CN102050652B (en) | 2010-09-01 | 2010-09-01 | SODM (Superoxide Dismutase Mimics) fruit tree compound special fertilizer |
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| Publication Number | Publication Date |
|---|---|
| CN102050652A true CN102050652A (en) | 2011-05-11 |
| CN102050652B CN102050652B (en) | 2013-10-16 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102557798A (en) * | 2011-12-31 | 2012-07-11 | 山东宝源生物有限公司 | Organic-inorganic compound fertilizer added with SOD (Super Oxygen Dehydrogenise) analogue and production method thereof |
| CN104150971A (en) * | 2014-08-27 | 2014-11-19 | 石家庄开发区德赛化工有限公司 | Calcium-reinforced SOD urea fertilizer, preparation method and application thereof |
| CN104250176A (en) * | 2013-06-28 | 2014-12-31 | 中国石油天然气股份有限公司 | Method for improving sand soil by using multi-element compound fertilizer |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1837154A (en) * | 2006-01-25 | 2006-09-27 | 北京华美天意科技开发有限公司 | SODM urea and its preparing process and application |
-
2010
- 2010-09-01 CN CN 201010269708 patent/CN102050652B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1837154A (en) * | 2006-01-25 | 2006-09-27 | 北京华美天意科技开发有限公司 | SODM urea and its preparing process and application |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102557798A (en) * | 2011-12-31 | 2012-07-11 | 山东宝源生物有限公司 | Organic-inorganic compound fertilizer added with SOD (Super Oxygen Dehydrogenise) analogue and production method thereof |
| CN104250176A (en) * | 2013-06-28 | 2014-12-31 | 中国石油天然气股份有限公司 | Method for improving sand soil by using multi-element compound fertilizer |
| CN104250176B (en) * | 2013-06-28 | 2016-08-10 | 中国石油天然气股份有限公司 | A kind of method utilizing multi-element compound fertilizer improvement dust storm soil |
| CN104150971A (en) * | 2014-08-27 | 2014-11-19 | 石家庄开发区德赛化工有限公司 | Calcium-reinforced SOD urea fertilizer, preparation method and application thereof |
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| Publication number | Publication date |
|---|---|
| CN102050652B (en) | 2013-10-16 |
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