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- W4319460061 abstract "Syngas is mostly composed of carbon monoxide and hydrogen, with a trace of hydrocarbon molecules. This gas has a high calorific value and hence produces a lot of energy, which is utilized to power some huge and complex facilities. Syngas can be utilized as a source of hydrogen in refining operations to create ammonia, methanol, and hydrogenation, as well as a fuel. Meanwhile, micro-channel reactors are the most recent advancement in FT (Fischer–Tropsch) reactor technology. Parallel arrays of channels ranging in diameter from 0.1 to 5.0 mm comprise these reactors. Thousands of channels on micron-sized holding catalysts are entangled with channels filled with hot water to cool them. This relationship improves the process's heat transfer efficiency, allowing for the maintenance of a steady temperature, a high rate of activity, and a long catalyst life. If this heat dissipation is not done efficiently, it will have a detrimental effect on the device's life and other electronic equipment, resulting in decreased efficiency. Numerous researchers have examined the micro-channel’s behavior, fluid flow visualizations within the micro-channel, and their uses both theoretically and empirically in nature. This chapter talks about the rigid behavior of micro-channels, how they make syngas, and how they can be used in many different industries." @default.
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- W4319460061 date "2023-01-01" @default.
- W4319460061 modified "2023-09-27" @default.
- W4319460061 title "Micro-channel reactor technology for syngas production" @default.
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