Diesel Aromatic Adsorption Separation Technology - Neorius | Advanced Refining and Chemical Technologies

Environmentally Effective Adsorption Separation Technology

Refining Technology

All Services:

» Process Technology

» Equipment

» Catalysts

Access detailed

technical information

by connecting with

our specialists

Diesel Aromatic Adsorption & Separation Technology

This technology utilizes refined gasoline, jet fuel, diesel, and light cycle oil as feedstocks, applying a simulated moving bed (SMB) adsorption process to efficiently separate aromatic and non-aromatic components in distillates. By integrating with ethylene steam cracking, aromatics condensation, and heavy aromatics upgrading technologies, it enables the maximum conversion of surplus distillate oils into high-value olefins, aromatics, and other petrochemical feedstocks. This facilitates the differentiated, value-added, and precise utilization of refined oils, supporting the strategic transformation goals of "oil to chemicals" and "oil to specialties" in refining and petrochemical enterprises.

Key Features & Benefits

High-performance adsorbents
The aromatic-selective adsorbents possess well-developed pore structures and abundant active adsorption sites, delivering high separation efficiency.
Mild operating conditions
Operates under low temperature and pressure, non-hydrogen, resulting in low energy consumption.
Proven commercial maturity
Industrial-scale units have already been commissioned and are in stable operation.