Organic-fertilizer storage equipment capable of improving storage capacity,

Abstract

The invention discloses organic-fertilizer storage equipment capable of improving the storage capacity. The equipment comprises a house; a plurality of compost covers are arranged in the house; each compost cover is a sealed conical cover of which an upper end and a lower end are pointed ends; the diameter of the cross section of each compost cover is gradually reduced from the middle position totwo ends; two sides of each compost cover are both connected with horizontally arranged rotating shafts; the rotating shafts are both connected and fixed with the inner wall of the house; a pluralityof uniformly distributed ventilation holes are formed in each compost cover; a through hole for inserting a thermometer is formed in each compost cover; a plurality of atomizing spraying heads are arranged over the top of the compost cover; the nozzle of each atomizing spraying head faces downwards, and each atomizing spraying head communicates with a water source. The organic-fertilizer storage equipment provided by the invention is used for cooling the compost covers, so that the problem that a large amount of water in a fertilizer is evaporated at a high temperature is solved in temperature.

Description

technical field [0001] The invention relates to a fertilizer stacking device, in particular to organic fertilizer storage equipment capable of increasing storage capacity. Background technique [0002] Compost is a kind of organic fertilizer made by using animal and plant remains and excrement containing fertilizer components, plus soil and minerals to be mixed and piled up, fermented and decomposed, and microbially decomposed under high temperature and humid conditions. Compost is an ancient fertilizer. To make compost, you must first collect appropriate materials, such as straw, vines, weeds, fallen leaves of trees, or poultry manure, etc., and then mix them properly, and add an appropriate amount of calcium cyanamide to promote It is fermented and then covered with broken mats, rags, straw or plastic sheeting to prevent loss of fertilizer. [0003] Generally, 3-5 days after composting, organic matter begins to be decomposed by microorganisms to release heat, and the temp...

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Problems solved by technology

[0004] The technical problem to be solved by the present invention is that the high temperature of the compost causes the moisture loss of the fertilizer, which affects the fertilizer efficiency.

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