Microbial fertilizer for reducing residues of pesticides and heavy metals and preparation method of microbial fertilizer
A microbial fertilizer and heavy metal technology, applied in fertilizer mixture, agriculture, fertilization equipment, etc., can solve the problems of secondary environmental pollution and high cost
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[0015] A microbial fertilizer for reducing pesticide and heavy metal residues. The raw materials of the microbial fertilizer include the following proportions by weight: 50 kg of carboxymethyl starch, 80 kg of Flavobacterium oryzae fermentation broth, 100 kg of Aspergillus grisea fermentation broth, 100 kg of subtilis Bacillus fermentation broth, 3 kg of chitin, 2 kg of nucleotides, 20 kg of potassium nitrate, 20 kg of dipotassium hydrogen phosphate, 50 kg of potassium fulvic acid, 1500 kg of water.
[0016] The number of viable bacteria in the fermentation liquid of Flavobacterium oryzae is 4 billion / g, and the cell concentration of the fermentation liquid of Aspergillus aeruginosa is 20%.
[0017] The Bacillus subtilis is fermented by using 10% concentration of soybean meal as raw material, and the number of live bacteria is 8 billion / g.
[0018] The preparation method of described a kind of microbial fertilizer that reduces pesticide and heavy metal residue comprises the fo...
experiment example
[0022] Experimental objects: Two tea gardens with the same soil quality in Enshi, Hubei and two rice fields with the same soil quality in Raohe, Heilongjiang, divided into control tea gardens without using microbial fertilizers that reduce pesticide and heavy metal residues, and using microbial fertilizers that reduce pesticides and heavy metal residues. Tea garden, control paddy field without pesticide and heavy metal residue reduction microbial fertilizer and experimental field with pesticide and heavy metal residue reduction microbial fertilizer.
[0023] Experimental method and time: The traditional fertilization habits were used in the control tea garden and rice field, and the microbial fertilizer for reducing pesticide and heavy metal residues of the present invention was used in the experimental tea garden and experimental field. After harvesting, the heavy metals and pesticide residues in tea leaves and rice were detected. and record the results.
[0024] How to use: ...
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