Edible fungi waste fungi bag constant-pressure combustion furnace

Abstract

The invention discloses an edible fungi waste fungi bag constant-pressure combustion furnace. A second-stage combustion chamber A is arranged on the lower portion of the inside of a combustion furnace body, a second-stage combustion chamber B is communicated with the upper portion of the second-stage combustion chamber A, the upper portion of the second-stage combustion chamber B is longitudinally provided with furnace container inner fire tubes in a communicated mode, the outside each furnace container inner fire tube is filled with water, and the water outside the furnace container inner fire tubes is communicated with water in a furnace body inner water jacket to form a furnace container inner water jacket together; an upper push plate covers the furnace container inner fire tubes, and a second-stage preheating water tank is arranged on the upper push plate; the water level in the combustion furnace body is controlled through an intelligent water level controller; the combustion furnace body is communicated with an external induced draft fan. Compared with the prior art, waste fungi bags are quickly combusted and generate heat through two-side reverse burning and multi-stage combustion, the combustion furnace body generates steam, the waste fungi bags turn to be valuable, the generated steam can be used for steam sterilization and recycled, and operation is convenient to achieve.

Description

Technical field [0001] The invention relates to a combustion furnace, in particular to a high-efficiency, energy-saving, environmentally-friendly and intelligent operation of an atmospheric combustion furnace for waste fungus bags of edible fungi. Background technique [0002] China is a large country producing edible fungi. However, a large number of edible fungi waste fungi packs are currently produced in the production of edible fungi. Because these waste fungi contain high water content and low combustion value, even if the waste fungi packs are dried for a long time, The waste fungus bag is also prone to mildew during the drying process. If the waste fungus bag is burned, it will also pollute the atmosphere. Moreover, the waste fungus bag has low fertility and low utilization value, so many people keep the waste fungus bag in the lake. Long-term soaking has caused environmental pollution, resulting in the proliferation of pests and diseases and the spread of diseases, which ...

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Problems solved by technology

[0002] my country is a big country in the production of edible fungi, but at present, a large amount of waste edible fungus bags are produced in the production of edible fungi. Because these waste fungi contain high water content and low combustion value, even if the waste fungus bags are dried in the sun for a long time, The waste bacteria bag is also prone to mildew during the drying process. If the waste bacteria bag is incinerated, it will also pollute the atmosphere. Moreover, the waste bacteria bag has low fertility and low use value, so many people still leave the waste bag in the lake. Long-term immersion has caused environmental pollution, resulting in a large number of pests and diseases and the spread of diseases, which has seriously affected the living environment of nearby residents and caused great harm to the edible fungus production industry.

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