Manufacturing method of non-ground stereo greening organic composite substrate
A three-dimensional greening and composite matrix technology, applied in the preparation of organic fertilizers, planting substrates, organic fertilizers, etc., can solve the problems of reduced production costs, low acidity of vinegar residue, difficult handling, etc. The effect of reducing environmental pollution
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Embodiment 1
[0039] A method for making an organic composite matrix for non-ground three-dimensional greening. The matrix is composed of biosynthetic peat, rice husk charcoal residue, and mixed material particles of potato grains and agricultural organic waste that have undergone biological fermentation and decomposing treatment, and coconut bran shreds. In this method, the agricultural organic waste is first dried and crushed into filaments with a diameter of ≤2mm and a length of ≤25mm or particles with a particle size of less than 5mm, and then mixed with potato grains and then processed with a high-temperature decomposing bacterial agent containing beneficial microorganisms. Composting, decomposing and fermenting treatment to prepare mixture particles of potato grains and agricultural organic waste; then preparing biosynthetic peat and chaff charcoal residue; adding shredded coconut bran and compound fertilizer, and finally fully stirring and evenly mixing these raw and auxiliary materi...
Embodiment 2
[0061] A method for making an organic composite matrix for non-ground three-dimensional greening. The matrix is composed of biosynthetic peat, rice husk charcoal residue, and mixed material particles of potato grains and agricultural organic waste that have undergone biological fermentation and decomposing treatment, and coconut bran shreds. In this method, the agricultural organic waste is first dried and crushed into filaments with a diameter of ≤2mm and a length of ≤25mm or particles with a particle size of less than 5mm, and then mixed with potato grains and then processed with a high-temperature decomposing bacterial agent containing beneficial microorganisms. Composting, decomposing and fermenting to prepare mixture particles of potato grains and agricultural organic waste; then preparing biosynthetic peat and chaff charcoal residue; adding shredded coconut bran and compound fertilizer, and finally fully stirring and evenly mixing these raw and auxiliary materials , and...
Embodiment 3
[0079] A method for making an organic composite matrix for non-ground three-dimensional greening. The matrix is composed of biosynthetic peat, rice husk charcoal residue, and mixed material particles of potato grains and agricultural organic waste that have undergone biological fermentation and decomposing treatment, and coconut bran shreds. In this method, the agricultural organic waste is first dried and crushed into filaments with a diameter of ≤2mm and a length of ≤25mm or particles with a particle size of less than 5mm, and then mixed with potato grains and then processed with a high-temperature decomposing bacterial agent containing beneficial microorganisms. Composting, decomposing and fermenting treatment to prepare mixture particles of potato grains and agricultural organic waste; then preparing biosynthetic peat and chaff charcoal residue; adding shredded coconut bran and compound fertilizer, and finally fully stirring and evenly mixing these raw and auxiliary materi...
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