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E-mail:service@ding-hui.com.tw ADD:11F, No.42, Sec. 4, Cheng-gong Rd., Taipei, Taiwan, R.O.C. |
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Carbonization furnace profile |
Organic waste can be quickly
and efficiently recycled.
Carbonization technology is the organic waste, organic compound (wood, dry sludge, vegetable crumbs, rice husk, etc.), in anoxic conditions for heating, when the temperature of 450 ~ 600 ℃, organic compound can be thermally decomposed, while releasing water And volatile organic compounds (VOC), and finally get rich carbon content of organic matter.
When the temperature at 450-600 ℃, the organic compound can be thermal decomposition, separation of carbides, liquid and gas-like and so on. The resulting material can be used as a substitute for lignite, coking coal, soil improver, organic materials, the implementation of zero waste recycling. Organic waste can be reduced by about 90% after treatment.
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Operating costs are very low, lost
heat energy can be recycled. ◎ Organic sludge carbonization, reduce more than 90% of volume.
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The harmless carbonized products ,
with a wide range of application. ◎ Simple operation , short processing time, small footprint.
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E-mail:service@ding-hui.com.tw ADD:11F, No.42, Sec. 4, Cheng-gong Rd., Taipei, Taiwan, R.O.C. |
Copyright © 2014 Ding Hui International Co., Ltd. All rights reserved.
Continuous carbonization furnace Working principle: The system is equipped with gasifier, fan, burner, carbonization furnace, exhaust gas treatment unit and other equipment. Carbonization furnace using carbonization retort, take full advantage of carbonation in the process of carbon monoxide, methane, hydrogen and other combustible gases, and carbonization process system separation of wood tar, wood acid and other high temperature volatile combustible gas through the burner full Burning, heating carbonization furnace (temperature is generally controlled at about 400 to 600 ℃). Carbonization furnace with a separate exhaust pipe to discharge water vapor, and can use the furnace waste heat on the material for drying. Carbonization furnace carbonization of materials at high temperatures, decomposition of carbon monoxide, methane, hydrogen and other combustible gases, through the recovery pipelines, flue gas purification system, into the combustion of the burner carbonization furnace heating to achieve reciprocating heating carbonization effect, in an ideal situation, In addition to starting the initial operation, the carbonation process can no longer use auxiliary fuel.