Method for producing fermented potash fertilizer by bacterium enzymatic treatment of potassium-containing rock

Abstract

The invention provides a method for producing fermented potash fertilizer by bacterium enzymatic treatment of potassium-containing rock and preparing organic-inorganic compound mixed fertilizers, which consists of mixing 80-97% of potassium-containing rock and 3-20% of bones, disintegrating into fermented potassium base material, then mixing 20-50% of zymase base material, 20-50% of auxiliary agent, 20-50% of organic matter, disintegrating into enzymatic leaven, the mixing 50-80% of fermented potassium base material powder, 10-50% of enzymatic leaven, disintegrating and depositing 20-40 days for fermentation, elevating the temperature from normal temperature 14-18 deg. C to 88 deg C, cooling down to 14-18 deg. C, thus preparing potassium fertilizer ,which compresses 50-80% of fermented potassium fertilizer, 4-20% of urea, 5-20% of heavy calcium, 10-30% of organic matter.

Description

technical field [0001] The invention belongs to the technical field of biochemical fertilizers, and in particular relates to a method for producing fermented potassium fertilizers and preparing organic-inorganic compound fertilizers by enzymatically converting potassium-containing rocks with bacteria. Background technique [0002] Potassium-containing rocks such as potassium-feldspar, potassium-containing shale, illite, and mung bean rock that are naturally stored in nature are mineralized potassium, which is difficult to decompose, difficult to dissolve in water, and difficult for plants to absorb. These refractory potash resources are extremely rich, but difficult to be developed and utilized. If industrial methods such as sulfuric acid method and hydrochloric acid method are used to develop and utilize refractory potassium ore, the equipment is easy to corrode, the process is more complicated, the separation rate is low, and the cost is high. Using the sintering method, ...

AI Technical Summary

Problems solved by technology

In the process of preparing the bacterial liquid, equipment such as triangular flasks, large shakers, and fermentation tanks, as well as concentrates such as peptone, yeast, oil, and corn flour, are required. The process requires strict requirements, expensive ingredients, and many equipments. The cost is high

It is difficult to implement if the aseptic solution is prepared

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