The invention discloses a slow-acting multifunctional compound
microorganism fertilizer and a process for producing the same. The slow-acting multifunctional compound
microorganism fertilizer comprises, by weight, 15-25 parts of
nitrogen,
phosphorus and
potassium compound fertilizers, 5-10 parts of peony seed cake, 10-20 parts of peony shells / leaves, 10-20 parts of feculae bombycis, 5-10 parts ofmineral
palygorskite, 5-10 parts of
potassium fulvic acid, 2-5 parts of
disease and
insect resistant components extracted from traditional Chinese medicinal materials, 1-3 parts of trace elements and5-8 parts of EM (
effective microorganism)
bacteria. The contents of N+P2O5+K2O in the slow-acting multifunctional compound
microorganism fertilizer are higher than or equal to 15-25%, the effective viable bacterial count of the slow-acting multifunctional compound microorganism fertilizer is higher than or equal to 300 hundred million / kg, the
moisture content of the slow-acting multifunctional compound microorganism fertilizer is lower than or equal to 30%, and the
organic matter content of the slow-acting multifunctional compound microorganism fertilizer is higher than or equal to 20%. The slow-acting multifunctional compound microorganism fertilizer and the process have the advantages that the slow-acting multifunctional compound microorganism fertilizer is in a scientific formula, contains complete nutrients, is lasting in fertilizer efficiency, high in fertilizer
utilization rate and free of
pollution or public hazards and is antibacterial, green and ecological, multiple effects can be realized by the single slow-acting multifunctional compound microorganism fertilizer, insects can be prevented by the slow-acting multifunctional compound microorganism fertilizer, obvious effects of improving soil environments can be realized by the slow-acting multifunctional compound microorganism fertilizer, the yield of crops can be increased by the slow-acting multifunctional compound microorganism fertilizer, and the quality of the crops can be improved by the slow-acting multifunctional compound microorganism fertilizer.