Nuisance-free multi-element solid mixed fertilizer and its application method
A technology of solid mixing and application method, applied in the direction of fertilizer mixture, application, fertilization device, etc., can solve the problems of transportation, storage, inconvenient use, increased environmental humidity, and utilization rate of less than 10%, and achieve the reduction of nitrate accumulation, pesticides, etc. The effect of reducing the dosage and effectively controlling the dosage
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example 1
[0039] The solid fertilizer composition and content (gram) of this example:
[0040] Ferrous sulfate 7 water 5, manganese sulfate 4 water 2, zinc sulfate 7 water 0.3, copper sulfate 5 water 0.07, ammonium molybdate 4 water 0.09, boric acid 2, potassium nitrate 820, ammonium hydrogen phosphate 83, ammonium hydrogen phosphate 70 , Ammonium sulfate 60, calcium nitrate 4 water 615, magnesium sulfate 7 water 290.
[0041] The element weight percent content of the solid fertilizer after preparation is as follows:
[0042] Nitrogen 11.51, phosphorus 1.99, potassium 16.26, sulfur 2.68, calcium 5.36, magnesium 1.47, iron 0.052, manganese 0.025, boron 0.018, zinc 0.004, copper 0.001, molybdenum 0.003.
[0043] In 1993, the fertilizer of this example achieved good results in cultivating tomatoes in the cultivation tanks in Xicheng, Beijing, and the yield per plant reached 20kg. The matrix in the tank is a mixture of sand, perlite and vermiculite. The fertilizer is dissolved in 500 tim...
example 2
[0045] The solid fertilizer composition and content (gram) of this example:
[0046] Ferrous sulfate 7 water 6, manganese sulfate 4 water 2.5, zinc sulfate 7 water 0.3, copper sulfate 5 water 0.07, boric acid 2.5, potassium nitrate 820, potassium sulfate 50, ammonium hydrogen phosphate 83, ammonium hydrogen phosphate 100, ammonium sulfate 60, calcium nitrate 4 water 700, magnesium sulfate 7 water 300.
[0047] The weight percent content of each element prepared:
[0048] Nitrogen 11.33, phosphorus 2.16, potassium 15.96, sulfur 2.96, calcium 5.60, magnesium 1.39, iron 0.057, manganese 0.029, boron 0.021, zinc 0.003, copper 0.001.
[0049] The fertilizer of this example achieved good results in cultivating 1 hectare of lily and anthurium in a cultivation tank in Changzhou, Jiangsu in 1996, and the substrate was perlite. Fertilizer is dissolved as 500 times the aqueous solution for irrigation, the ion concentration ratio is stable during the cultivation process, and the pH valu...
example 3
[0051] The solid fertilizer composition and content (gram) of this example:
[0052]7 water ferrous sulfate 10, 4 water manganese sulfate 2, 7 water zinc sulfate 0.3, 5 water copper sulfate 0.07, 4 water ammonium molybdate 0.1, boric acid 3, potassium nitrate 1000, potassium chloride 100, ammonium dihydrogen phosphate 100, Ammonium hydrogen phosphate 2 50, ammonium sulfate 100, calcium nitrate 4 hydrate 700, magnesium sulfate 7 hydrate 240.
[0053] The weight percent content of each element prepared:
[0054] Nitrogen 11.52, phosphorus 1.68, potassium 19.02, sulfur 2.41, calcium 5.16, magnesium 1.03, iron 0.087, manganese 0.021, boron 0.023, zinc 0.003, copper 0.001, molybdenum 0.002.
[0055] This example fertilizer was cultivated 4 mu of colored sweet peppers in Shenzhen cultivation tank in 1996, and the yield per mu reached 8000 jin, and the substrate was soil. The fertilizer is dissolved in 600 times the water for irrigation, the ion concentration ratio is stable during...
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