| 摘要 |
The present depicts a process that transforms organic garbage into two fertilizers, one of them liquid and the other solid, with the following analysis: LIQUID: nitrogen 0.27%, phosphorous (P) 0.056%, potassium 0.344% phosphorous (P205) 0.12%; methodology: total nitrogen. - Chemical analysis of soils. Jackson M:L: 1970. Phosphorous. - Spectrophotometric method. 965.01, Subcap. 2.3.02. Potasium. - AOAC 160. Ed. 1996, method 965.09. SOLID: nitrogen 2.54%, phosphorous (P) 0.32%, potassium .626% phosphorous (P205) 0.73% protein. - 15.87% raw fiber 16.42% fat (acid hydrolysis) 6.23% ashes 20.24%; methodology: total nitrogen. - Chemical analysis of soils. Jackson M:L: 1970. Phosphorous. - Spectrophotometric method. 958.01, Subcap. 2.3.02. Potassium. - AOAC 160. Ed. 1996, method 965.09. Protein. - NMX-Y-118-A-1982. Raw fiber. - AOAC 962.09, Animal food, Cap. 4, Subcap. 4.6.01. pag. 28,16o. Ed. Calcination ashes. - AOAC - 942.05, Animal Food Cap. 4, Subcap. 4.6.01. pag. 25,16o. Ed. The method describes a baking of all the mass in steel equipment added carbon specific reactive, then squeezing until obtaining the maximum liquid which will be chemically preserved, for a 90-days duration, obtaining as well a solid material passed through a dryer, and then through a cooler and finally through a mill and hammers to obtain a powder material functioning both as fertilizers.
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