Boosting the Selectivity of Higher Alcohols in Upgrading of Aqueous Bioethanol Over Amphiphilic Nisn@C-Mgo Catalyst

Xueying Cai,Xiyin Li,Minyang Dang,Huanxin Huang,Ailin Liu,Qian Zhang,Yunhong Pi,Qingwei Meng,Xiaoping Wu,Tiejun Wang

SSRN Electronic Journal（2022）

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Abstract

•One-pot synthesize of phase-separable higher alcohols biofuel components.•Direct hydrothermal coupling of 50 wt% aqueous bio-ethanol.•An efficient strategy for modulating the amphipathicity of catalysts was demonstrated.•The NiSn@C-MgO displays C6+ and C8+ alcohols yield of 36.0 % and 19.2 %, respectively.

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Key words

Aqueous ethanol upgrading,Blending bio-fuel,Higher alcohols,Amphiphilic,NiSn@C-MgO,Carbonization temperature

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