Neorius | Advanced Refining and Chemical Technologies

This technology improves technical and economic benefits through the co-production of ethanol.

The technology for producing acrylic acid through gas-phase oxidation of propylene was developed on the basis of research into composite oxide catalytic materials and olefin oxidation reaction technology. 

Chlorinated phthalic anhydride is a key raw material for synthesizing many polyimide dianhydride monomers.

Aromatic Deolefin Catalyst is an environmentally friendly solution developed to address the efficient removal of olefins in reforming oil production units.

This hydrotreating catalyst is suitable for removing olefins from reformate, raffinate, and BTX fraction oil.

Optimize heavy oil processing with our Alkali Catalytic Catalysts. Ideal for vacuum residue and atmospheric residue.

Hydrocracking catalysts are highly effective across a wide range of distillate oil hydrocracking processes.

The Hydrorefining Catalyst Series is developed through advanced controllable pore size alumina synthesis, active phase construction, and green preparation technologies.

The Hydrogenation Pretreatment Catalyst Series delivers high hydrogenation and denitrification activity, is specifically designed for hydrocracking pretreatment.

The Reforming Pre-hydrogenation Catalyst Series is independently developed based on advanced design concepts and transition metal functional compound preparation technology. 

This specialized adsorbent is designed for refined distillate oils.

Naphtha isomerization adsorption separation is an innovative technology designed for the high-value utilisation of naphtha derived from petroleum, coal, or other sources.