Three-microbialactivity multi-enzyme plant nutrient solution and production process thereof

Abstract

The invention relates to three-microbialactivity multi-enzyme plant nutrient solution and a production process thereof, belonging to the field of fertilizers. The invention is characterized in that microorganism conversion solution, multielement organic nutrient solution and microfauna enzyme nutrient solution are compounded into the 'three-microbialactivity multi-enzyme plant nutrient solution'. The microorganism conversion solution is compounded from photosynthetic bacteria, bacillus and lactic acid bacteria; the multielement organic nutrient solution is compounded from five main life nutrient elements, namely selenium, germanium, chromium, zinc and calcium; and the microfauna enzyme nutrient solution is composed of maggot wormcast nutrient solution and is catalyzed by a '863 nano catalyst'. The comprehensive effects of promoting root growth, strengthening seedlings, resisting stress, preventing disease, resisting lodging, promoting precocity, realizing no residue, preventing pollution, realizing high yield and improving quality can be achieved. On the basis of the average yield peak of the traditional fertilizer or compound fertilizer which is applied sufficiently, the three-microbialactivity multi-enzyme plant nutrient solution can further improve the yield, particularly improves the yield of grain by 15-20%, the yield of vegetable by 40-80%, and the yield of fruit by 20-40%, thus the nutrient solution provided by the invention can be widely applied to planting of crops or plants.

Description

1. Technical field: [0001] The invention relates to the field of fertilizers, in particular to a "plant nutrient solution with three microbial activities and multi-enzymes" and a production process. 2. Background technology: [0002] After a large amount of inquiries and investigations, it is found that there are many disadvantages in the prior art compared with the present invention. Existing foliar fertilizers, nutrient solutions, and nutrients can increase the yield of crops to varying degrees, but the rate of increase is very low. One is that no biological agents are used for cracking, and excessive application will cause damage to crops; the other is that turtle mixtures cannot really convert the toxic mineral inorganic selenium into non-toxic organic selenium, so that the crops can only absorb 1 / 2 of organic selenium. / 10 or less; third, there is no special biological agent used, which cannot dissolve the chemical pesticide residues on the leaves of crops and in the w...

AI Technical Summary

Problems solved by technology

Though this method is improved to some extent than the patent of coated nutritious rice or powder grain nutritious rice, the soft-shelled turtle mixture that its chemical reaction method is made can not make inorganic complete conversion into organic safety level, and has caused secondary pollution;