Production of n-butanol from the Hydrogenation of Butanal - Saeid, Mohammed Faraj;Chin, Sim Yee
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Butanol is one of the most promising biofuels with many advantages over bioethanol, and it has been used in large-scale processes over the last decades. Butanol plant using technology of butanal hydrogenation by using three reactors in the series. This study was aimed to simulate butanol production from hydrogenation of butanal by using Aspen Plus. The simulation was performed to evaluate the impact of by-passing the second liquid phase reactor in the series due to the catalyst blockage problem leading to the plant shutdown. The attested model was subsequently used to simulate butanal…mehr

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Produktbeschreibung
Butanol is one of the most promising biofuels with many advantages over bioethanol, and it has been used in large-scale processes over the last decades. Butanol plant using technology of butanal hydrogenation by using three reactors in the series. This study was aimed to simulate butanol production from hydrogenation of butanal by using Aspen Plus. The simulation was performed to evaluate the impact of by-passing the second liquid phase reactor in the series due to the catalyst blockage problem leading to the plant shutdown. The attested model was subsequently used to simulate butanal hydrogenation at different reactor configuration, reactor operating conditions and reactor size.
Autorenporträt
Faraj was born on March 2, 1993 in Tobruk, Libya. He works as a lecturer at University of Tobruk and Civil Aviation Higher institute (CAHI), Tobruk, Libya, he also works as an operator at Brega Petroleum Marketing Company. His research study focuses on process simulation and risk assessment of the hazards associated with the industrial processes.