Fuzzy Combustion Control for Reducing Both CO and NO_x from Flue Gas of Refuse Incineration Furnace

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概要

• 論文の詳細を見る

• NKK developed a new combustion controller that reduces both NO_x and CO concentrations in the exhaust gas of municipal refuse incineration furnaces. We found that the manipulation of the cooling air flow rate is important because it affects the furnace temperature and the O_2, NO_x and CO concentrations in the exhaust gas. The new controller manipulates the cooling air flow rate. The controller monitors the furnace temperature and the O_2, NO_x and CO concentrations as process variables and then operates the cooling air flow rate as a manipulated variable. This multi-input / single-output controller was designed using a fuzzy control algorithm and tested on site at a municipal refuse furnace. The result of the on-site test was quite successful.

• 一般社団法人日本機械学会の論文
• 1997-06-15

著者

• Shirai Masaaki

  Nkk Corporation

• FUJII Satoshi

  NKK Corporation

• TOMIYAMA Shinji

  Department of Systems Engineering, Faculty of Engineering Science, Osaka University

• NOGAMI Yuichi

  NKK Corporation

• ASE Hajime

  NKK Corporation

• YOKOYAMA Takashi

  NKK Corporation

• Tomiyama Shinji

  Department Of Systems Engineering Faculty Of Engineering Science Osaka University

関連論文

• Fuzzy Combustion Control for Reducing Both CO and NO_x from Flue Gas of Refuse Incineration Furnace

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