High concentration anti-disease compound microbial bacterial fertilizer and production method

Abstract

The invention relates to the field of fertilizers, in particular to a high concentration anti-disease compound microbial bacterial fertilizer and a production method. The effective viable count of thefertilizer is greater than or equal to 5*10<9> (5 billions)/ml, and each of bacteria is not lower than 0.3 billion/ml; the bacterial strain is bailipenicillium, bacillus subtilis, bacillus megatherium, trichoderma sp, Burkholderia cenocepacia and PGRP. The fertilizer has the advantages of improving the soil physical and chemical properties, enhancing soil fertility, assisting plants to absorb nutrients, enhancing the anti-disease and anti-drought abilities of plants, improving the environmental pollution, saving the energy sources, lowering the production cost and the like. The effective viable count of the high concentration anti-disease compound microbial bacterial fertilizer is kept above 5 billions/ml, thereby providing high concentration raw material bacterial liquor to production ofsolid bacterial microbial bacterial fertilizes and compound fertilizers.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps create better quality green products that have improved physiological or biophysic functions like water retention capacity, antioxidant activity, antihypertensive action, enzymes involved in photosynthesis process, etc., resulting from adding certain types of microbes called Bacillus spp.) into organically bound mixtures containing other useful substances (such as amino acids). These compositions help increase their benefits while also promoting healthy crops' ability to uptake these important components through absorption mechanisms. Overall, this new type of composition provides great benefit over existing ones due to its unique combination of various benefiting strains found within them.

Problems solved by technology

Technology Problem addressed in this patented text relates to developing efficient biofertilization agents capable of improving crops without harmful impact or negative consequences such as poor yield performance due to lack of effective antibiotics. Existing methods involve either culturing multiple types of cells together or combining different strains separately before applying each other. These techniques result in decreased efficiency and increased risk from contamination sources like manmade synthetic fertils. Therefore there needs to develop novel compositions called "microbial feeders," including those able to combine two kinds of beneficial bacillus species into synergistic mixtures when applied simultanously.

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