ORGANIC VAPOR RECOVERY USING ACTIVATED CARBON FIBER CLOTH ELECTROTHERMAL-SWING ADSORPTION

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概要

• 論文の詳細を見る

• There were 10<SUP>9</SUP> kg of hazardous chemicals emitted to the atmosphere from United States during 2000. Reduction in these emissions can occur by capture and recovery of these chemicals with an electrothermal-swing adsorption system using activated carbon fiber cloth (ACFC). This system treated an air stream containing 73 ppmv to 1, 006 ppmv methyl ethyl ketone at 1.7 sm<SUP>3</SUP>/min. Throughput ratio, length of unused bed, equilibrium adsorption capacity, removal and liquid recovery efficiencies, and energy efficiency were used to characterize the system.

• 日本マクロエンジニアリング学会の論文

著者

• ROOD M.

  Department of Civil & Environmental Engineering, University

• RAMIREZ D.

  Department of Civil & Environmental Engineering, University

• VIDAL E.

  Department of Civil & Environmental Engineering, University

• HASHISHO Z.

  Department of Civil & Environmental Engineering, University

• EMAMIPOUR H.

  Department of Civil & Environmental Engineering, University

• SULLIVAN P.

  Department of Civil & Environmental Engineering, University

• HAY K.

  Construction Engineering Research Lab, U.S. Army Corps of Engineers, Interstate Research Park

• SULLIVAN P.

  Department of Civil & Environmental Engineering, University

• VIDAL E.

  Department of Civil & Environmental Engineering, University

• Rood Mark

  Department of Civil & Environmental Engineering, University

• ROOD M.

  Department of Civil & Environmental Engineering, University

• RAMIREZ D.

  Department of Civil & Environmental Engineering, University

• EMAMIPOUR H.

  Department of Civil & Environmental Engineering, University

関連論文

• ORGANIC VAPOR RECOVERY USING ACTIVATED CARBON FIBER CLOTH ELECTROTHERMAL-SWING ADSORPTION

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