Method for producing functional organic fertilizer by using trilobe wedelia
A functional technology of Wedelia three-lobed, applied in the field of agricultural fertilizers, can solve the problems of crowding out plants, encroaching on grasslands and wetlands, and obvious inhibitory effects, and achieve the effects of reducing hazards, realizing resource utilization, and alleviating ecological pressure
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Embodiment 1
[0035] Collect Wedelia three-crack in the field, remove mud, then chop with a shredder, control the length of the chopped material within 5cm, and obtain raw material A;
[0036] Select sugar factory filter mud with nitrogen content not exceeding 2% and organic matter greater than 60% as raw material B. In terms of dry substrate, raw material B accounts for 80% of the total mass, and raw material A accounts for 20%. After mixing A and B, it is compost;
[0037] Select three powdery strains of Saccharomyces cerevisiae, Bacillus licheniformis, and Aspergillus niger, and mix them according to the ratio of 40:50:10 to form a composite fermentation bacteria, mix evenly with rice bran with similar fineness as the carrier of the composite fermentation bacteria, and dilute the bacteria 20 times The last is raw material C, adding raw material C to increase the concentration of newly added bacteria in the compost by 1 million / gram;
[0038] According to the amount of compost per cubic m...
Embodiment 2
[0043] Collect Wedelia three-crack in the field, remove mud, then chop with a shredder, control the length of the chopped material within 5cm, and obtain raw material A;
[0044] Select sugar factory filter mud with nitrogen content not exceeding 2% and organic matter greater than 60% as raw material B. In terms of dry substrate, raw material B accounts for 60% of the total mass, and raw material A accounts for 40%. After mixing A and B, it is compost;
[0045]Select three powdery strains of Saccharomyces cerevisiae, Bacillus licheniformis, and Aspergillus niger, and mix them according to the ratio of 10:10:1 to form a composite fermentation bacteria. Mix evenly with rice bran of similar fineness as the carrier of the composite fermentation bacteria, and dilute the bacteria 10 times. The last is raw material C, adding raw material C to increase the concentration of newly added bacteria in the compost by 1 million / gram;
[0046] According to the amount of compost per cubic mete...
Embodiment 3
[0051] Collect Wedelia three-crack in the field, remove mud, then chop with a shredder, control the length of the chopped material within 5cm, and obtain raw material A;
[0052] Select sugar factory filter mud with nitrogen content not exceeding 2% and organic matter greater than 60% as raw material B. In terms of dry substrate, raw material B accounts for 95% of the total mass, and raw material A accounts for 5%. After mixing A and B, it is compost;
[0053] Select three powdery strains of Saccharomyces cerevisiae, Bacillus licheniformis, and Aspergillus niger, and mix them according to the ratio of 20:30:5 to form a composite fermentation bacteria. Mix evenly with rice bran of similar fineness as the carrier of the composite fermentation bacteria, and dilute the bacteria 100 times. The last is raw material C, adding raw material C to increase the concentration of newly added bacteria in the compost by 1 million / gram;
[0054] According to the amount of compost per cubic met...
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