Soil improvement fertilizer for promoting absorption of plant trace elements and preparation method of soil improvement fertilizer
A technology of trace elements and soil improvement, applied to fertilizers made of biological waste, nitrogen fertilizers, magnesium fertilizers, etc., can solve the problems of difficult field operations, increased loss speed, and low utilization rate of chemical fertilizers, and achieve rich fertilizer efficiency and soil organic matter. The effect of increasing and decreasing application rate
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Embodiment 1
[0051] 1. Raw material pretreatment:
[0052] Urban greening waste: greening waste is crushed into wood powder and wood chips, with an average of 0.5mm debris, so as to facilitate subsequent semi-suspension fermentation;
[0053] ·Compressed dry slag of discarded vegetable leaves in the vegetable market: use a crusher to crush the dry slag of raw vegetable leaves into 0.5mm debris;
[0054] Half-fermented dry residue of kitchen waste: The remaining semi-fermented dry residue after kitchen waste treatment is crushed into 40-60 mesh pieces, which is convenient for the next step of enzymatic treatment;
[0055] ·The solid slag left after animal harmless treatment: add 1 times the mass of water and stir it into a slurry;
[0056] ·Urban human feces fermented dry residue: crushed into 40-60 mesh powder by a crusher, used as a solid carrier;
[0057] 2. Semi-suspension fermentation: Add green waste debris and vegetable leaf debris to the suspension tank, add solid raw material qua...
Embodiment 2
[0073] 1. Raw material pretreatment:
[0074] ·Urban greening waste: Greening waste is crushed into wood powder and wood chips, with an average of 1mm debris, so as to facilitate subsequent semi-suspension fermentation;
[0075] ·Compressed dry slag of discarded vegetable leaves in the vegetable market: use a crusher to crush the dried slag of vegetable leaves into 1mm debris;
[0076] Dry slag after semi-fermentation of kitchen waste: the dry slag of kitchen waste is crushed and broken into 60 mesh pieces, which is convenient for the next step of enzymatic treatment;
[0077] The solid slag left after animal harmless treatment: mainly bone slag and minced meat, add 1.5 times the mass of water and stir into a slurry;
[0078] ·Urban human feces fermented dry residue: crushed into 40-60 mesh powder by a crusher, used as a solid carrier;
[0079] 2. Semi-suspension fermentation: Add green waste debris and vegetable leaf debris to the suspension tank, add solid raw material qua...
Embodiment 3
[0095] 1. Raw material pretreatment:
[0096] ·Urban greening waste: crush the greening waste into wood powder and wood chips, with an average size of 1.5mm, for subsequent semi-suspension fermentation;
[0097] ·Compressed dry slag of discarded vegetable leaves in the vegetable market: Use a crusher to crush into 1mm debris;
[0098] Dry slag after semi-fermentation of kitchen waste: the dry slag of kitchen waste is crushed and broken into 60 mesh pieces, which is convenient for the next step of enzymatic treatment;
[0099] The solid slag left after animal harmless treatment: mainly bone slag and minced meat, add 1.5 times the mass of water and stir into a slurry;
[0100] ·Urban human feces fermented dry residue: crushed into 40-60 mesh powder by a crusher, used as a solid carrier;
[0101] 2. Semi-suspension fermentation: Add green waste debris and vegetable leaf debris to the suspension tank, add solid raw material quality 0.5% Bacillus subtilis strain mother liquor (1....
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