Presentation Information
[1A11]Optimization of post-processing for conversion of FT synthetic naphtha fraction to gasoline fuel.
○Natsuki Hamada1, Kazuhito Sato1, Yoshihiro Iitsuka1, Kenichi Okamoto2, Noriaki Ohmori2, Hiroshi Kisai2, Akio Imai2, Seiya Suzuki2 (1. Cosmo Oil Co., Ltd., 2. Japan Petroleum and Carbon Neutral Fuels Energy Center)
Keywords:
e-fuel(synthetic fuel),fischer-tropsch,post-processing
FT synthesis technology is much attracting attention as one of the technologies for producing synthetic fuels (e-fuels). We
investigated the optimization of the production of fuel base materials by post-processing of FT synthetic crude oil, which is composed of hydrocarbons from light naphtha fractions to heavy wax fractions. In this presentation, we will report on the impact of post-processing conditions and issues found on the catalytic reforming and isomerization for conversion of FT synthetic naphtha fraction to gasoline fuel with an adaptation to the fuel specifications.
investigated the optimization of the production of fuel base materials by post-processing of FT synthetic crude oil, which is composed of hydrocarbons from light naphtha fractions to heavy wax fractions. In this presentation, we will report on the impact of post-processing conditions and issues found on the catalytic reforming and isomerization for conversion of FT synthetic naphtha fraction to gasoline fuel with an adaptation to the fuel specifications.