Biomass quick-combustion synthetic charcoal

Abstract

The invention synthesizing method of biological rapid-combustion charcoal, which comprises the following steps: adopting organic rubbish and biological material as main raw material; squeezing; moulding under 800-1000 deg. c; grinding into semi-charcoal from biological by-product and waste material; carbonating under 400-550 deg. c; grinding into charcoal powder with charcoal proportion at 25%-45% and semi-coal powder at 45%-65%; adding adhesive, water, combustion adjuvant, stabilizer, oxidant and or smoke suppressor.

Description

technical field [0001] The invention relates to fuel, in particular to quick-burning synthetic charcoal prepared from organic garbage and biomass as main raw materials. Background technique [0002] The existing organic waste and a large amount of biomass waste (leaves, straw, etc.) produced by agriculture are all combustible substances, but at present, the organic matter in urban waste is generally treated as garbage, which not only cannot provide energy, but also requires a lot of processing costs , and although agricultural biomass waste can be directly used as fuel, it will cause major environmental problems. Therefore, people began to continuously explore ways to effectively use these energy sources. One of the methods is to generate biogas through anaerobic biochemical treatment. Restricted by factors such as site and investment, another method is to add an appropriate amount to the briquette after treatment, but the amount it can absorb is very limited, and the combu...

AI Technical Summary

Problems solved by technology

[0002] The existing organic waste and a large amount of biomass waste (leaves, straw, etc.) produced by agriculture are all combustible substances, but at present, the organic matter in urban waste is generally treated as garbage, which not only cannot provide energy, but also requires a lot of processing costs , and although agricultural biomass waste can be directly used as fuel, it will cause major environmental problems

Therefore, people began to continuously explore ways to effectively use these energy sources. One of the methods is to generate biogas through anaerobic biochemical treatment. Restricted by factors such as site and investment, another method is to add an appropriate amount to the briquette after treatment, but the amount it can absorb is very limited, and it will also affect the combustion characteristics of the briquette to a certain extent.

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