国家/地区 中国（5）
IPC部 C（5）
IPC大类 C10（5） B01（4）
IPC小类 C10G（5） B01J（4）
IPC C10G025/00（5）
发明人 ZHANG B（5）
公开年 2018（4）
申请年 2018（4） 
专利权人 UNIV ZHEJIAN.（5）

Removing thiophene sulfide in fuel oil comprises e.g. taking silicon dioxide- triethoxymethoxysilane-graphene oxide composite aerogel, filling into fixed bed adsorption device, introducing simulated gasoline and carrying out adsorption.

ZHANG B, CHEN F, LU Y, YIN L

Adsorbing thiophene sulfur in fuel oil by composite aerogel comprises taking silver oxide/silicon dioxide-titanium dioxide-graphene oxide adsorbent, filling into adsorption device, passing gasoline containing thiophene sulfur and adsorbing.

ZHANG B, ZHOU J, LIU S, CHEN F, LU Y, PAN F, CAI W

Method for removing thiophene sulfide in fuel oil, involves using copper oxide/silicon dioxide-aluminum oxide-graphene oxide composite aerogel and filling adsorbent into adsorption device, followed by introducing fixed bed adsorption device.

LIU S, ZHANG B, ZHOU J, CHEN F, LU Y, PAN F, CAI W

Removal of thiophene sulfur from fuel oil, involves filling silver(I) oxide/silicon dioxide-graphene oxide composite aerogel as adsorbent into fixed bed absorption device, passing simulated gasoline containing thiophene sulfur and adsorbing.

ZHANG B, PAN F, CAI W, LIU S, ZHOU J

Removal of thiophenic or benzothiophenic sulfur in gasoline involves filling silver oxide/silica-alumina-graphene oxide composite aerogel as adsorbent into fixed-bed adsorption device, and introducing simulated gasoline containing sulfur.

ZHANG B, CAI W, PAN F, LIU S, ZHOU J