Storage and transportation device for carbonized rice husk production

Abstract

The invention provides a storage and transportation device for carbonized rice husk production, and belongs to the technical field of storage and transportation. The storage and transportation devicecomprises a storage barrel, universal wheels, a closing cover, a handle, a sealing plug, a fixing frame, a carbon dioxide gas storage bottle, a gas guide pipe, a valve, limiting frames, heat absorption boxes, a storage barrel and a cooling plate. When the device makes contact with carbonized rice husks, moisture in the carbonized rice husks and water vapor in a storage cavity can be absorbed, it is avoided that the carbonized rice husks are subjected to a biological reaction and generate heat when stored, and thus storage is safer; moisture is evaporated through the heat-conducting heat absorption boxes to absorb heat, the heat accumulated by friction during rice husk transportation is absorbed, and potential safety hazards of carbonized rice husk transportation are eliminated from the inside; and carbon dioxide gas enters the storage barrel through the gas guide pipe and can eliminate air, reduce the oxygen concentration in the storage cavity and generate a suffocation effect, it is avoided that fresh air enters and provides a combustion-supporting substance, and the probability of spontaneous combustion is eliminated.

Description

technical field [0001] The invention relates to the technical field of storage and transportation, in particular to a storage and transportation device for carbonized rice husk production. Background technique [0002] In port cargo transportation, cases of spontaneous combustion of goods are not uncommon. The spontaneous combustion tendency of carbonized shells is a natural attribute of the substance, because it is an incomplete combustion product and contains a large amount of flammable intermediate products. It is very easy to cause disasters after heat. At the same time, factors such as the water absorption, ash content, particle size, porosity, thermal conductivity of the "carbonized rice husk" itself, the degree of compaction of the cargo, and the ambient temperature all affect the spontaneous combustion of the "carbonized rice husk". Factors. We know that the finer the particle size of the substance, the larger the specific surface area, the more intense the oxidation...

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Problems solved by technology

[0003] The existing carbonized rice husks are stored in ordinary plastic barrels or metal barrels, and the structure is relatively common, but the carbonized rice husks themselves are water-absorbent, and the goods may absorb water in various links, and biological reactions may occur in long-term storage, resulting in certain The heat of the carbonized rice husk "in the process of transportation, the internal particles are constantly rubbing against each other, and part of the heat is accumulated. In addition, during storage and transportation, the air is easy to enter the storage device, and fresh air enters, providing combustion-supporting substances, so that storage Transportation provides the possibility for spontaneous combustion and affects the transportation safety of carbonized rice husk;

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