Movable automatic system and method for making curing formed product

Abstract

The invention relates to a movable automatic system for making a curing formed product. The movable automatic system comprises a raw material groove, a pretreatment device, a screening machine, a storing and supplying machine, a curing forming machine, a plurality of conveying machines and a controller, wherein the raw material groove is used for placing raw materials; the pretreatment device is used for cutting, drying and crushing the raw materials; the screening machine is used for screening the pretreated raw materials; the storing and supplying machine is used for storing the screened raw materials and quantitatively distributing and feeding the materials; the curing forming machine is used for extruding to make a raw curing material and is provided with an embeddable mobile container; the conveying machines are used for conveying the raw materials among the pretreatment device, the screening machine, the storing and supplying machine and the curing forming machine from the raw material groove; and the controller is used for controlling the conveying operations among the pretreatment device, the storing and supplying machine, the curing forming machine and the conveying units, and carrying out automatic control of different conditions on different raw materials. The invention also provides a method for making the curing formed product.

Description

technical field [0001] The present invention relates to a movable automated system and method for making biomass solids. The biomass solidified moldings can be used as industrial or general household heating, steam, power generation fuel, or agricultural and industrial raw materials. Background technique [0002] In modern times where energy is increasingly scarce, agricultural wastes are not only used as compost or incinerated landfills on farmland, but now many people are also committed to transforming these huge agricultural wastes into more valuable biomass energy or agricultural industry. raw material. For example, the "rice husk gasification power plant" plan approved by the Energy Bureau uses rice husks to generate electricity after gasification. Through a 4,000-kilowatt generator set, it can generate about 30 million kilowatt-hours of electricity per year and handle 60,000 tons of agricultural output. Waste and ashes can also be used as high-value-added raw material...

AI Technical Summary

Problems solved by technology

If the water content is too high, it is easy to mold and not easy to store, and if the water content is too high, it is not easy to burn, and it takes energy to evaporate the water

However, if the water content is too low, it will not be easy to form, and it is easy to be crushed due to shaking during transportation, and the general additives are chemical organic polymers (such as paraffin or polyethylene, etc.) to provide better bonding effect, but this When chemical organic polymers are burned, they will produce toxic gases, which will harm the environment and organisms

[0004] The reasons why general biomass fuels have not been fully applied are: 1. It is widely dispersed and difficult to be transported and processed locally; 2. It has to match the harvesting period of crops; 3. The raw materials are complex in nature and there is no flexible process that is fully energy-saving to choose from; 4. . Biomass raw materials are not easy to store and are prone to fire; 5. Before industrial processing, they are prone to qualitative changes, and the combustion efficiency of energy applications is low, and there is a risk of air pollution; 6. After centralization, grinding and making ingots require huge investment and waste energy

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