Methanol synthesis from syngas produced via gasification of municipal solid waste

Jong Ki Jeon; Gwan Hyung Lee; Jong Wan Lim; Sung Hoon Park; Jae Hoi Gu; Sang Chai Kim; Jong In Dong; Young Kwon Park

doi:10.2174/1573413709666131111234400

Methanol synthesis from syngas produced via gasification of municipal solid waste

Jong Ki Jeon, Gwan Hyung Lee, Jong Wan Lim, Sung Hoon Park, Jae Hoi Gu, Sang Chai Kim, Jong In Dong, Young Kwon Park

School of Environmental Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

A model gas that mimics the syngas produced from gasification of municipal solid waste was applied, for the first time, to the synthesis of methanol over commercial Cu-based catalysts. The effects of various operation conditions, such as temperature, pressure, contact time (W/F), and H₂/COx and CO/COx ratios, on the methanol yield were investigated. The Cu-based catalysts containing a small amount of Mg showed a higher activity than that without Mg. The catalysts were characterized by Brunaure-Emmett-Teller, X-ray diffraction, and temperature-programmed reduction. The methanol yield was the highest under the following operational condition: temperature 230-250°C, pressure 60 bar, W/F 0.05 g·l/min, H₂/COx ratio 2, and CO/COx ratio 0.8.

Original language	English
Pages (from-to)	78-80
Number of pages	3
Journal	Current Nanoscience
Volume	10
Issue number	1
DOIs	https://doi.org/10.2174/1573413709666131111234400
State	Published - 2014

Keywords

Cu catalyst
Methanol synthesis
Syngas
Waste gasification

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

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10.2174/1573413709666131111234400

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title = "Methanol synthesis from syngas produced via gasification of municipal solid waste",

abstract = "A model gas that mimics the syngas produced from gasification of municipal solid waste was applied, for the first time, to the synthesis of methanol over commercial Cu-based catalysts. The effects of various operation conditions, such as temperature, pressure, contact time (W/F), and H2/COx and CO/COx ratios, on the methanol yield were investigated. The Cu-based catalysts containing a small amount of Mg showed a higher activity than that without Mg. The catalysts were characterized by Brunaure-Emmett-Teller, X-ray diffraction, and temperature-programmed reduction. The methanol yield was the highest under the following operational condition: temperature 230-250°C, pressure 60 bar, W/F 0.05 g·l/min, H2/COx ratio 2, and CO/COx ratio 0.8.",

keywords = "Cu catalyst, Methanol synthesis, Syngas, Waste gasification",

author = "Jeon, {Jong Ki} and Lee, {Gwan Hyung} and Lim, {Jong Wan} and Park, {Sung Hoon} and Gu, {Jae Hoi} and Kim, {Sang Chai} and Dong, {Jong In} and Park, {Young Kwon}",

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doi = "10.2174/1573413709666131111234400",

language = "English",

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T1 - Methanol synthesis from syngas produced via gasification of municipal solid waste

AU - Jeon, Jong Ki

AU - Lee, Gwan Hyung

AU - Lim, Jong Wan

AU - Park, Sung Hoon

AU - Gu, Jae Hoi

AU - Kim, Sang Chai

AU - Dong, Jong In

AU - Park, Young Kwon

PY - 2014

Y1 - 2014

N2 - A model gas that mimics the syngas produced from gasification of municipal solid waste was applied, for the first time, to the synthesis of methanol over commercial Cu-based catalysts. The effects of various operation conditions, such as temperature, pressure, contact time (W/F), and H2/COx and CO/COx ratios, on the methanol yield were investigated. The Cu-based catalysts containing a small amount of Mg showed a higher activity than that without Mg. The catalysts were characterized by Brunaure-Emmett-Teller, X-ray diffraction, and temperature-programmed reduction. The methanol yield was the highest under the following operational condition: temperature 230-250°C, pressure 60 bar, W/F 0.05 g·l/min, H2/COx ratio 2, and CO/COx ratio 0.8.

AB - A model gas that mimics the syngas produced from gasification of municipal solid waste was applied, for the first time, to the synthesis of methanol over commercial Cu-based catalysts. The effects of various operation conditions, such as temperature, pressure, contact time (W/F), and H2/COx and CO/COx ratios, on the methanol yield were investigated. The Cu-based catalysts containing a small amount of Mg showed a higher activity than that without Mg. The catalysts were characterized by Brunaure-Emmett-Teller, X-ray diffraction, and temperature-programmed reduction. The methanol yield was the highest under the following operational condition: temperature 230-250°C, pressure 60 bar, W/F 0.05 g·l/min, H2/COx ratio 2, and CO/COx ratio 0.8.

KW - Cu catalyst

KW - Methanol synthesis

KW - Syngas

KW - Waste gasification

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EP - 80

JO - Current Nanoscience

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ER -

Methanol synthesis from syngas produced via gasification of municipal solid waste

Abstract

Keywords

UN SDGs

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