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- W2522969712 abstract "A rise in CO2 and other greenhouse gases’ concentration from gas refinery flares and furnaces in the atmosphere causes environmental problems. In this work, a new process was designed to use waste gas (flue gas and flare gas) of a domestic gas refinery to produce pure hydrogen in a membrane reactor. In particular, the process foresees that the energy and CO2 content of flue gas can provide the heat of the mixed reforming reaction to convert flare gas into hydrogen. Furthermore, the characteristics of the feed stream were obtained via simulation. Then, an experimental setup was built up to investigate the performance of a membrane reactor allocating an unsupported dense Pd-Ag membrane at the mentioned conditions. In this regard, a Ni/CeO2 catalyst was loaded in the membrane reformer for mixed reforming reaction, operating at 450 °C, in a pressure range between 100 and 350 kPa and a gas hourly space velocity of around 1000 h−1. The experimental results in terms of methane conversion, hydrogen recovery and yield, as well as products’ compositions are reported. The best results of this work were observed at 350 kPa, where the MR was able to achieve about 64%, 52% and 50% for methane conversion, hydrogen yield and recovery, respectively. Furthermore, with the assistance of the experimental tests, the proposed process was simulated in the scaling up to calculate the needed surface area for MR in the domestic gas refinery." @default.
- W2522969712 created "2016-09-30" @default.
- W2522969712 creator A5010819894 @default.
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- W2522969712 date "2016-09-20" @default.
- W2522969712 modified "2023-10-01" @default.
- W2522969712 title "Pure Hydrogen Production in Membrane Reactor with Mixed Reforming Reaction by Utilizing Waste Gas: A Case Study" @default.
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- W2522969712 cites W1973723017 @default.
- W2522969712 cites W1975627590 @default.
- W2522969712 cites W1978045593 @default.
- W2522969712 cites W1978970995 @default.
- W2522969712 cites W1981746809 @default.
- W2522969712 cites W1982484810 @default.
- W2522969712 cites W1982860138 @default.
- W2522969712 cites W1983328374 @default.
- W2522969712 cites W1984447033 @default.
- W2522969712 cites W1985577928 @default.
- W2522969712 cites W1993304573 @default.
- W2522969712 cites W2000173076 @default.
- W2522969712 cites W2008315443 @default.
- W2522969712 cites W2013449860 @default.
- W2522969712 cites W2016242543 @default.
- W2522969712 cites W2017885297 @default.
- W2522969712 cites W2020251669 @default.
- W2522969712 cites W2021396371 @default.
- W2522969712 cites W2023857831 @default.
- W2522969712 cites W2028578168 @default.
- W2522969712 cites W2030030156 @default.
- W2522969712 cites W2032896694 @default.
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- W2522969712 cites W2038788033 @default.
- W2522969712 cites W2042685204 @default.
- W2522969712 cites W2042823395 @default.
- W2522969712 cites W2044296272 @default.
- W2522969712 cites W2050841597 @default.
- W2522969712 cites W2051313979 @default.
- W2522969712 cites W2061920248 @default.
- W2522969712 cites W2066899979 @default.
- W2522969712 cites W2068135386 @default.
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- W2522969712 cites W2072589205 @default.
- W2522969712 cites W2081227193 @default.
- W2522969712 cites W2081903586 @default.
- W2522969712 cites W2083030556 @default.
- W2522969712 cites W2083717051 @default.
- W2522969712 cites W2087236552 @default.
- W2522969712 cites W2087932605 @default.
- W2522969712 cites W2088232936 @default.
- W2522969712 cites W2088807889 @default.
- W2522969712 cites W2093435972 @default.
- W2522969712 cites W2095403516 @default.
- W2522969712 cites W2096476381 @default.
- W2522969712 cites W2105634030 @default.
- W2522969712 cites W2105946564 @default.
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- W2522969712 cites W2109506152 @default.
- W2522969712 cites W2109992454 @default.
- W2522969712 cites W2114536622 @default.
- W2522969712 cites W2124264989 @default.
- W2522969712 cites W2153502737 @default.
- W2522969712 cites W2161304068 @default.
- W2522969712 cites W2235120241 @default.
- W2522969712 cites W2239745560 @default.
- W2522969712 cites W2317560390 @default.
- W2522969712 cites W2324463533 @default.
- W2522969712 cites W2794894712 @default.
- W2522969712 cites W2950314960 @default.
- W2522969712 cites W311733613 @default.
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- W2522969712 doi "https://doi.org/10.3390/pr4030033" @default.
- W2522969712 hasPublicationYear "2016" @default.
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