Maximally Improving FCC Diesel Cetane Number Technology
- Introduction
- Technical Characteristics
Introduction
FCC light cycle oil (LCO) are characterized by its high content of sulfur, nitrogen and aromatics, high density, poor color, low cetane number (CN) or cetane index (CI) and low stability. In order to upgrade this LCO to high quality clean diesel, SINOPEC has successfully developed MCI technology for maximally improving cetane number of LCO.
Through the removal of sulfur and nitrogen in LCO, partially saturation of aromatics, and selectively the ring-opening reaction, MIC process produce high-quality clean diesel with low sulfur and nitrogen, and condensed aromatics contents, low density, high cetane number.
Click for More Information
Maximally Improving FCC Diesel Cetane Number TechnologyContact Us
For More Information,Contact Us
Relevant Solutions
RMC Hydrocracking TechnologyRHC-U Hydrocracking TechnologyHydro-upgrading Technology of Low Temperature FT Syncrude/Synthetic Oil (CFHL)Medium-Pressure Hydro-upgrading Technology (MHUG)Maximally Improving FCC Diesel Cetane Number TechnologyHC for Flexibly Producing Middle Distillates and Petrochemical Materials (FHC)Hydrocracking Technology for Maximum Middle Distillates (FMD1/RHC-M)Hydrocracking Technology for Maximum Petrochemical Materials (FMC1)Single-Stage Hydrocracking for Producing Middle Distillates (FDC)Single-stage Hydrocracking Technology (SHC)