Heating forming machine for honeycomb biomass cured fuel

Abstract

The invention discloses a heating forming machine for a honeycomb biomass cured fuel. The heating forming machine for the honeycomb biomass cured fuel comprises a charge device, a box body, a formingdevice, a stamping chipping-sweeping device, a finished product conveying device and a power transmission device, wherein the charge device comprises a charge hopper and a material barrel; the material barrel is arranged below the charge hopper; the forming device is arranged below the material barrel; a piston rod is arranged at the inner side of the material barrel and at the lower end of the box body; and the forming device comprises a forming die, a tray, a spiral heating wire and a power connector. The heating forming machine for the honeycomb biomass cured fuel has the following beneficial effects: the biomass cured fuel produced by the cured fuel forming machine is honeycomb, and high in burn-off rate and calorific value; the cured fuel forming machine is simple in structure, stablein mechanism running, reliable in working, low in noise in a production process, and capable of meeting the environmental protection requirement; the overall system is high in adaptive capacity, andcapable of meeting different process requirements; wearing parts are easy to install, detach and change; and equipment parts are simple to machine.

Description

Technical field [0001] The invention relates to the technical field of biomass solidified fuel molding machines, in particular to a heating honeycomb-shaped biomass solidified fuel molding machine. Background technique [0002] Biomass solidified molding fuel, also known as solid molding fuel, is crushed crop straws, rice husks, wood chips and other agricultural and forestry wastes, then sent to molding equipment, compressed into the required shape under external force, and burned directly as fuel , It can also be further processed to form biochar; or the agricultural and forestry wastes are carbonized and then glued into fuels, in the shape of blocks, rods or granules; after solidification, it is conducive to the storage, transportation, treatment and processing of the fuel, which is consistent with the traditional Compared with direct combustion, solidified fuel can increase the energy utilization rate by 57%-79%, and the pollutants emitted by combustion are lower than coal. It...

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Problems solved by technology

[0003] However, at present, the biomass solidified fuel molding technologies that are widely used in production include block molding, rod molding and granular molding. According to the combustion characteristics experiment, since the block, rod and granular biomass solidified fuels are all solid, resulting in their burning The effective contact area with oxygen is reduced during the process, so there are problems such as low burnout rate and low heat utilization rate

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