Anti-condensation steel silo for grain storage

Abstract

An anti-condensation steel silo for grain storage comprises a steel silo body and a support. The steel silo body is provided with a top opening at the top end and a discharge opening at the bottom end. A top cover is disposed at the top opening. A discharge opening seal cover is disposed at the discharge opening. The steel silo body is in a hollow rotary structure made up of steel plates. The anti-condensation steel silo is characterized in that an inner barrier layer made of an enclosing lining net is also in a hollow rotary structure and is fixed in the steel silo body, an area surrounded by the inner barrier layer serves as a grain storage area, and an area between the inner barrier layer and the inner wall of the steel silo body is an air area. Direct contact of grain with the steel plates is isolated by the lining net, voids between meshes of the lining net and the steel plates rapidly exchange external high heat to lower interior local temperature, and accordingly condensate of the grain is avoided dispersing. Therefore, storage state of the grain is maintained.

Description

technical field [0001] The invention relates to a device for storing grain, in particular to a steel silo for storing grain. Background technique [0002] At present, the steel silos used for grain storage include integral and combined small silos, as well as integral larger silos. The basic method used is to directly process steel plates into silos for grain storage. The requirements for drying in the early stage are relatively high, and there are certain requirements for the storage location of the storage bin. It cannot be placed in a place with high light intensity, or a place where the ambient temperature difference between day and night changes greatly, because the place with high light intensity will affect the storage. The place where the grain is close to the steel plate produces a higher baking effect, which will bake out part of the bound water of the grain, and the lost water will be distributed into the warehouse. After the temperature drops, water droplets will...

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Problems solved by technology

[0002] At present, the steel silos used for grain storage include integral and combined small silos, as well as integral larger silos. The basic method used is to directly process steel plates into silos for grain storage. The requirements for drying in the early stage are relatively high, and there are certain requirements for the storage location of the storage bin. It cannot be placed in a place with high light intensity, or a place where the ambient temperature difference between day and night changes greatly, because the place with high light intensity will affect the storage. The place where the grain is close to the steel plate produces a higher baking effect, which will bake out part of the bound water of the grain, and the lost water will be distributed into the warehouse. After the temperature drops, water droplets will be formed on the inner surface of the steel warehouse, which will be adhered by other grain grains. It causes local humidity to rise. If it cannot be baked and lost again, the accumulated water vapor may cause mildew of some grains, thus causing mildew of grains.

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