316 VOCの低温プラズマ分解における副生成物の生成機構(大気環境保全・改善技術(1),大気・水環境保全技術)

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概要

• 論文の詳細を見る

• The factors affecting byproduct distributions in the nonthermal plasma chemical processing of VOCs were investigated for methanol, dichloromethane, toluene, and their binary mixtures. The byproduct distribution was greatly affected by the chemical structures of VOCs, background gas composition, and reactor energy density. The reaction modes of byproduct formation from VOCs were classified into three categories depending on reaction conditions: thermal cleavage of covalent bonds, 2) radical recombination, 3) incorporation of nitrogen atoms from gaseous N_2, and 4) oxygenation of VOC fragments. Since they were formed through hemolytic processes, addition of gaseous oxygen drastically decreased numbers and amounts of the organic byproducts. Addition of oxygen and water, and increase of reactor energy density were also effective in decomposing intermediate oxidation byproducts.

• 一般社団法人日本機械学会の論文
• 2007-07-18

著者

• 菅澤 正己

  産総研

• 二タ村 森

  産総研

• 寺澤 知之

  産総研

関連論文

• 2-26.低温プラズマによる炭化水素の改質反応((8)転換利用IV,Session 2 天然ガス・メタンハイドレート等)
• 316 VOCの低温プラズマ分解における副生成物の生成機構(大気環境保全・改善技術(1),大気・水環境保全技術)
• 低音プラズマによるVOC処理(空気浄化を目指した最新の技術開発)
• 2E1000 キトサンからの活性炭の製造

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