Functional fertilizer for regulating micro-ecological environment of soil
A technology for regulating soil and microecology, applied in the direction of organic fertilizers, inorganic fertilizers, calcium fertilizers, etc., can solve the problems of single active substance effect, low plant absorption and utilization rate, slow nutrient effect, etc., to improve water retention capacity, Easy to be absorbed and utilized by plants, rich in nutrition and comprehensive effect
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[0039] Example 1
[0040] A. Preparation of raw materials:
[0041] In terms of mass ratio, it includes 50% nano-level dolomite powder, nano-level dolomite powder 50%, xylitol 10%, potassium silicate 10%, biochar 15%, and biochemical potassium fulvic acid 15%;
[0042] B. Preparation of nanometer dolomite powder:
[0043] ① Use crushers, pulverizers and grinders to process dolomite into powder with a particle size of ≤0.5mm;
[0044] ②Put the dolomite powder prepared in step ① into a rotary calcining kiln at 760°C and heat it for 15 minutes;
[0045] ③Transfer the dolomite powder heated in step ② to a 20-meter-high cooling tower. The upper layer of the cooling tower is equipped with a water mist cooling device (cooling water temperature ≤20℃). The high-temperature dolomite powder encounters The low-temperature water mist instantly burst into finer powder and settled to cool;
[0046] ④Put the cooled dolomite powder into a nano jet mill, and pulverize to a particle size ≤50nm;
[0047] C. ...
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[0057] Example 2
[0058] The difference from Example 1 is the preparation of raw materials in step A. In terms of mass ratio, it includes 60% dolomite powder, 12% xylitol, 10% potassium silicate, 9% biochar, and potassium fulvic acid 9 %.
Example Embodiment
[0059] Example 3
[0060] The difference from Example 1 is the preparation of raw materials in step A. In terms of mass ratio, it includes nanometer dolomite powder 70%, xylitol 12%, potassium silicate 10%, biochar 4%, and biochemical potassium fulvic acid 4 %.
[0061] In the vegetable base of Bendatang Village, Jinjiang Town, Chengmai County, Hainan Province, the product effect verification test of the present invention was carried out. The experiment set up treatment A without applying fertilizer, treatment B with 100kg / mu of conventional compound fertilizer (N15-P15-K15+TE), treatment C with 100kg / mu of the product of Example 1, treatment D of 100kg / mu of the product of Example 2, Apply 100kg / mu of the product of Example 3 for treatment E (each fertilizer is buried in the soil 5-10cm). Three replicates were set up for each treatment, and each replicate covered an area of 25 square meters, and planted sweet peppers (variety: Oriental Pearl 106F, planting period 90 days). By ...
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