| 摘要 |
The present invention relates to a complex fertilizer composition including ion activation materials and a method for manufacturing the same, and more particularly, to a complex fertilizer composition including ion activation materials and a method for manufacturing the same, characterized by comprising: ion activation materials which contain mineral extracts obtained by inserting nitric acid into vermiculite and biotite and performing acid treatment and is obtained by sequentially dissolving at least one among magnesium sulfate, manganese sulfate, copper sulfate, and molybdenum ammonium in water to be ionized; and ion activation materials which contain a complex fertilizer composition which is sequentially dissolved in water and includes at least one among potassium monophosphate, magnesium sulfate, calcium nitrate, ammonium nitrate, urea, and borax. The present invention selects nitric acid to dissolve mineral source materials, and thereby, having a high ratio of nitrogen source and high content of a cation as a fertilizer source so as to have advantages of not only enhancing fertilization effects by remarkably promoting plant growth when fertilization is applied, but also being environmentally-friendly to be helpful in soil reforming. [Reference numerals] (AA) Step for preparing ion activation materials;(BB) Step for ionizing potassium dihydrogen phosphate;(CC) Step for preparing a mineral extract;(DD) Step for ionizing magnesium sulfate;(EE) Step for dissolving magnesium sulfate;(FF) Step for mixing and crushing mineral source materials;(GG) Step for ionizing potassium nitrate;(HH) Step for dissolving manganese sulfate;(II) Step for first acid decomposition;(JJ) Step for ionizing ammonium nitrate;(KK) Step for dissolving copper sulfate;(LL) Step for stabilizing the first acid decomposition;(MM) Step for ionizing urea;(NN) Step for dissolving molybdenum ammonium;(OO) Step for second acid decomposition;(PP) Step for ionizing borax;(QQ) Step for mixing the mineral extract;(RR) Step for stabilizing the second acid decomposition;(SS) Step for ionizing zinc sulfate;(TT) Step for stabilizing;(UU) Step for separating and collecting supernatant;(VV) Step for mixing the ion activation materials;(WW) Step for aging;(XX) Ion activation material;(YY) Mineral extract;(ZZ) Complex fertilizer composition |
