Manufacturing method of probiotic carbon powder for diced potato seed coating

Abstract

The invention discloses a manufacturing method of probiotic carbon powder for diced potato seed coating, which aims to carry out potato seed dice coating treatment by using probiotic carbon powder. The method comprises the following steps: preparing a probiotic liquid containing 5% of molasses, 5% of EM (effective microorganism) probiotic liquid, 89.7% of water, 0.1% of amino acid, 0.1% of calcium magnesium compound and 0.1% of urea, putting into an anaerobic fermentation tank, and fermenting; probiotic dilute solution preparation: injecting water into the probiotic liquid to prepare a 10-time probiotic dilute solution; immersion: immersing the diced bamboo charcoal or wood charcoal in the probiotic dilute solution for 24 hours; airing: airing the immersed bamboo charcoal dices or wood charcoal dices in a ventilating transparent place until the water content is 20%; and pulverization: pulverizing the probiotic-immersed bamboo charcoal dices or wood charcoal dices by a pulverizer until the particle size of the finished product is 0.1mm, thereby preparing the probiotic carbon powder. The method is suitable for diced potato seed coating treatment.

Description

technical field [0001] The invention belongs to the technical field of potato seed coating treatment, and more specifically relates to a method for manufacturing prebiotic carbon powder used for coating diced seed potatoes. Background technique [0002] Before sowing seed potatoes, they are generally cut into two or several pieces, and a small part of the bottom should be cut off to show the top line of defense for germination. The cut potato pieces need to be dried in the incision, otherwise it is not conducive to wound healing, and it is easy to be infected with germs. Sometimes, the incision is not easy to dry quickly, or it is too dry, which is easy to cause infection, so the rooting is slow, affecting production and yield. If fungicides are used, they will pollute the soil and crops, leading to the enhancement of the resistance of pathogenic bacteria, causing a continuous vicious circle of diseases in potato production. Contents of the invention [0003] The purpose...

AI Technical Summary

Problems solved by technology

Sometimes, the incision is not easy to dry quickly, or it is too dry, which is easy to cause infection, so the rooting is slow, affecting production and yield

If fungicides are used, they will pollute the soil and crops, leading to increased resistance of pathogenic bacteria, causing a vicious cycle of continuous disease in potato production