Microbial rooting agent prepared from biogas slurry and preparation method thereof
A technology of microorganisms and rooting agents, applied in the field of microbial rooting agents and its preparation, can solve problems such as environmental pollution, achieve the effects of increasing nutrients, promoting root development and plant growth, and improving the microbial environment
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Example Embodiment
[0029] Example one
[0030] The preparation process of the microbial bobility in this embodiment includes the following steps:
[0031] 1) Preparation of composite microbial formulations. The composite microbial formulation used in this example is compounded from 10 kg of Bacillobacillus liquid, 20 kg of Youth bifidobacterium, 21kg long bifidobacterium liquid, 50 kg of black pneumacterial solution. The inventors have prepared four single bacteriobacteria fluids, first separately of the Bacillus bispococcus, Youth Bifidobacterium bacteria, the bifidobacterium strains, and the black pneumacterium, and then prepared into liquid seeds. The liquid is further accessed to carry out high density culture in a corresponding fermentation medium, resulting in four single bacteriobacterial liquid, and finally adding the four bacteria solutions to the proportion to prepare a composite microorganism formulation. The content of the tetrafi liquid is: the volume of Bacillus undergarment is ≥3.0 × ...
Example Embodiment
[0034] Example 2
[0035] The preparation process of the microbial bobility in this embodiment includes the following steps:
[0036] 1) Preparation of composite microbial formulations. The composite microorganisms used in this example are compounded from 13 kg of Bacillobacillus liquid, 10 kg of Youth bifidobacterium liquid, 25 kg long bifidobacterium liquid, 43kg black spherot bacteria solution. The preparation process of the four single bacteria fluids in this embodiment is the same as the examples.
[0037] 2) Adjust the nutrient ratio of the biogas. Sugar honey 4kg, fish powder 4kg, phosphoric acid dihydrogen phosphate 3 kg and calcium phosphate 6kg, then molasses, fish powder, phosphate dihydrogen calcium, phosphate and calcium phosphate addition 950L biogas, stir The mixture was mixed and mixed. The main water quality indicators in the biogas solution were: COD1450 mg / L, ammonia nitrogen 550 mg / L, total phosphorus 130 mg / L, pH 8.0.
[0038] 3) Fermentation. In the mix...
Example Embodiment
[0039] Example three
[0040] The preparation process of the microbial bobility in this embodiment includes the following steps:
[0041] 1) Preparation of composite microbial formulations. The composite microbial formulations used in this example are compounded from 15 kg of bisuth bacterial liquid, 15 kg of Youth Differential bacteria, 15kg long bifidobacterium hydrazine, 30 kg black spherot bacteria solution. The preparation process of the four single bacteria fluids in this embodiment is the same as the examples.
[0042] 2) Adjust the nutrient ratio of the biogas. 5kg, fish powder 5kg, phosphoric acid dihydrogen, 5kg, phosphoric acid dihydrogen phosphate, 5kg of phosphate, and calcium phosphate, pelium phosphate, pelium phosphate, and calcium phosphate, stir The mixture was mixed and mixed. The main water quality index in the biogasic fluid is: COD1450 mg / L, ammonia nitrogen 550 mg / L, total phosphorus 130 mg / L, pH 8.0.
[0043] 3) Fermentation. In the mixed liquid prepa...
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