Straw coal processing equipment

Abstract

The invention discloses straw coal processing equipment, which comprises a frame. A pressurization part is arranged inside the frame. A lifting chamber is arranged below the pressurization part inside the frame. A top groove which extends left and right is arranged inside the internal top surface of the pressurization part. A slide block is disposed inside the top groove. The front end face of the slide block is fixedly equipped with a pressurization drive unit, the bottom of which is provided with a pressurization end which extends into the pressurization part and is connected in a rotary matching manner. Left and right inner walls of the pressurization part are respectively provided with a first guided groove and a second guided groove which is arranged above the first guided groove. A first guide rod which extends up and down is arranged inside the first guided groove. The inner top surface of the second guided groove is provided with a first groove part. A second guide rod which extends downwards is arranged inside the first groove part. A lifting platform with left and right sides respectively extending into the first guided groove at left and right sides and connected in a slide matching manner with the first guide rod is arranged inside the pressurization part. The equipment of the invention has a simple structure, good dustproof effect, high work efficiency, and low manufacture cost and maintenance cost.

Description

technical field [0001] The invention relates to the technical field of new energy, in particular to straw coal processing equipment. Background technique [0002] Straw is a good clean and renewable energy source. All combustible biomass such as crop straws, leaves, dead branches, sawdust, and weeds can be used as raw materials for straw coal. The cost of making straw coal is low, and straw coal is used Convenient and good combustion effect, especially a must for biomass power plants. In the production process of straw coal, it needs to be pulverized, pressurized, and densified to form. Traditional pressurization machines have single molding specifications, poor molding effect, and a large amount of straw ash will be raised during the pressurization process, which will affect the health of workers. In addition, the existing pressurization equipment is expensive, large in size, and narrow in scope of application. . Contents of the invention [0003] The technical problem...

AI Technical Summary

Problems solved by technology

Traditional pressurization machines have single molding specifications, poor molding effect, and a large amount of straw ash will be raised during the pressurization process, which will affect the health of workers. In addition, the existing pressurization equipment is expensive, large in size, and narrow in scope of application.

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