Biomass particle processing equipment in new energy field

Abstract

The invention discloses biomass particle processing equipment in the new energy field. The biomass particle processing equipment comprises a bottom plate. L-shaped supporting frames are symmetricallyfixed to the top face of the bottom plate. A box body is fixed to the top faces of the L-shaped supporting frames. A through hole A is formed in the center of the bottom face of the box body. A motoris fixed to the top face of the box body. The driving end of the motor penetrates into the box body. A barrel is fixedly connected with the driving end of the motor. The bottom of the barrel is slidably connected with the through hole A. A cavity A is formed in the barrel. A plurality of through holes B are evenly formed in the barrel. Filtering screens A are fixed in the through holes B. An annular groove is formed in the top face of the inner wall of the box body. An annular rod matched with the annular groove is slidably arranged in the annular groove. A sleeve A is fixed to the top face ofthe barrel. The top face of the sleeve A is fixed to the bottom face of the annular rod. Through the biomass particle processing equipment, biomass particles can be dedusted, in addition, the dedusting efficiency is high, the dedusting quality is good, dust in the particles can be screened out, the using efficiency of the biomass particles is improved, the material collection speed is high, and the biomass particle processing equipment is quite practical and reliable.

Description

technical field [0001] The invention relates to the field of new energy, in particular to biomass particle processing equipment in the field of new energy. Background technique [0002] Biomass energy refers to the use of natural plants, manure, and urban and rural organic waste to convert photosynthetic energy into photosynthesis, which is a very good renewable energy source. Generally speaking, biomass is added to biomass particles before use, but in the process of biomass production or in the process of transportation and storage, the formed biomass particles will be contaminated with dust, which seriously affects the use of biomass particles Effect. Most of the existing biomass particle processing equipment removes dust by scraping with brushes over and over again, which not only has poor dust removal effect, but also has low dust removal efficiency. During the dust removal process, not only will the biomass particles be severely scratched, affecting the use of biomass...

AI Technical Summary

Problems solved by technology

Generally speaking, biomass is added to biomass particles before use, but in the process of biomass production or in the process of transportation and storage, the formed biomass particles will be contaminated with dust, which seriously affects the use of biomass particles Effect

Most of the existing biomass particle processing equipment removes dust by scraping with brushes over and over again, which not only has poor dust removal effect, but also has low dust removal efficiency

During the dust removal process, not only will the biomass particles be severely scratched, affecting the use of biomass, but also the quality of dust removal is low

And after the dust removal, the dust in the biomass particles is not effectively screened out. When collecting materials, not only the dust storms, but also affect the working environment and pollute the air environment

Moreover, effective screening cannot be carried out, and other equipment is needed to assist in screening. The use efficiency is low, and it is very impractical and unreliable.

Images