Heterotopic treatment method of livestock feces, compound microorganisms using in heterotopic treatment method and heterotopic fermentation bed padding
A technology of compound microorganisms and livestock manure, applied in the field of livestock and poultry breeding, can solve the problems of high cost of livestock manure, change the idea of degrading treatment, etc., and achieve the effect of saving the cost of ex-situ processing, large output and reducing processing cost.
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Embodiment 1
[0085] In parts by weight, the number of effective viable bacteria is 1.30×10 7 10 parts / g of Alcaligenes faecalis agent, the effective number of viable bacteria is 1.95×10 7 15 parts / g of nitrifying and nitrogen-removing bacteria agent, the effective number of viable bacteria is 2.60×10 7 20 parts / g of sulfide bacteria agent, the effective number of viable bacteria is 1.30×10 7 10 parts / g of psychrogenic agent, the effective number of viable bacteria is 2.34×10 7 18 parts / g of thermophilic bacteria, effective number of viable bacteria 2.08×10 7 16 parts / g of cellulolytic bacteria agent, effective number of viable bacteria 6.50×10 6 5 parts of bacillus agent per g and the number of effective viable bacteria 9.10×10 6 7 parts of actinomycetes per g were mixed to obtain composite microorganisms, and the effective number of viable bacteria of the composite microorganisms was 1.31×10 8 pcs / g.
Embodiment 2
[0087] In parts by weight, the number of effective viable bacteria is 1.04×10 7 8 parts / g of Alcaligenes faecalis agent, the effective number of viable bacteria is 1.56×10 7 12 parts / g of nitrifying and nitrogen-removing bacteria agent, the effective number of viable bacteria is 2.34×10 7 18 parts / g of sulfide bacteria agent, the effective number of viable bacteria is 1.17×10 7 9 parts / g of psychrogenic agent, the effective number of viable bacteria is 1.95×10 7 15 parts / g of thermophilic bacteria agent, effective number of viable bacteria 1.95×10 7 15 parts / g of cellulolytic bacteria agent, the effective number of viable bacteria is 1.04×10 7 8 parts / g of bacillus agent and the effective number of viable bacteria 5.20×10 6 4 parts of actinomycetes per g were mixed to obtain mixed bacterial agents;
[0088] Dissolve the mixed bacterial agent with a small amount of water, select volcanic rock with a particle size of 100-200 μm as the porous carrier, and use the mass ratio ...
Embodiment 3
[0090] Mix according to the ratio of mushroom waste and straw volume ratio 1:4 to obtain litter; get the composite microorganisms prepared in Example 1, according to the effective number of viable bacteria in the composite microorganisms and litter volume ratio 10kg:10m 3 Mixing in the ratio to obtain ectopic fermentation mattress material.
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