Carbon-based fertilizer special for Chinese pulsatilla and preparation method and application of fertilizer
A technology of pulsatilla and special fertilizer, applied in the direction of fertilization method, application, nitrogen fertilizer, etc., can solve the problems of scientific guidance of excessive fertilization, slow growth of pulsatilla, and poor root development, so as to improve the phosphorus supply capacity of the soil, promote a virtuous cycle, and reduce planting cost effect
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Embodiment 1
[0028] Example 1 Exemplary Production Method of Corncob Granular Carbon
[0029] This example exemplarily describes the method of producing corn cob granular carbon using the semi-closed granular carbonization furnace described in the Chinese invention patent No. ZL200710086505.4, including material selection, material processing, furnace charging carbonization, cooling out of the furnace, Steps such as metering and packing, but not limited thereto.
[0030] Material selection: Naturally air-dry the corncobs of agricultural and sideline products to reduce the water content to below 20%.
[0031] Material processing: use any crushing method in the prior art to process and crush the above-mentioned qualified corncobs, and the diameter of the crushed corncobs is 2-10mm. The crushed corn cob particles can be sieved, and the corn cob particles that do not meet the requirements can be reprocessed.
[0032] Furnace charging and carbonization: put the processed corncob particles int...
Embodiment 2
[0036] Example 2 Production process of charcoal-based Pulsatilla special fertilizer
[0037] 60 kg of urea (containing N46%, preferably large grain urea), monoammonium phosphate (containing N12%, P 2 o 5 50%) 20 kg, potassium silicate (containing SiO 2 24%, K 2 O16%) 60 kg, potassium sulfate (containing K 2 O50%) 60 kg, sodium nitrophenolate 40 kg, fulvic acid 80 kg, magnesium sulfate 1 kg, zinc sulfate 1 kg, manganese sulfate 1 kg, borax (11% boron, also known as boron fertilizer, is an agricultural Boron fertilizer commonly used in the world) 5 kg, ammonium molybdate 2 kg, biomass granular carbon particles (preferably 80-100 mesh) 620 kg, diatomaceous earth 50 kg, mixed with ZLC-300 type mixer and KP-300 type organic fertilizer The granulator is used for pressure granulation, and other types of mixers and granulators can also be used for mixed granulation to make charcoal-based pulsatilla special fertilizer.
[0038] Recommended dosage of carbon-based pulsatilla special...
Embodiment 3
[0039] Example 3 Production process of charcoal-based Pulsatilla special fertilizer
[0040] 70 kg of urea (containing N46%), monoammonium phosphate (containing N12%, P 2 o 5 50%) 30 kg, potassium silicate (containing SiO 2 24%, K 2 O16%) 70 kg, potassium sulfate (containing K 2 O50%) 70 kg, sodium nitrophenolate 50 kg, fulvic acid 90 kg, magnesium sulfate 2 kg, zinc sulfate 2 kg, manganese sulfate 2 kg, borax (11% boron) 6 kg, ammonium molybdate 3 kg, Mix 545 kg of biomass granular carbon particles (preferably 80-100 mesh) and 60 kg of diatomaceous earth, and use ZLC-300 type mixer and KP-300 type organic fertilizer granulator for pressure granulation, and other types of mixers can also be used Mix and granulate with a granulator to make charcoal-based Pulsatilla special fertilizer.
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