Neorius | Advanced Refining and Chemical Technologies

The semi-regenerative reforming catalyst technology and catalysts we provide facilitate the renovation and upgrading of reforming catalytic units.

If you are seeking a solution for a continuous reforming unit, our experts are ready to assist you.

With our proprietary catalyst at its core, this technology enables the high-value utilization of propylene.

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. 

A complete set of chemical synthesis technology for 1,3-propanediol has been formed through technological integration.

In response to the demand for environmentally friendly plasticizer alcohols and the need for the efficient use of C4 olefins, an innovative technology for producing 2 propylheptanol (2-PH) from butene has been developed. 

To address the challenge of high-value utilization of olefins, this olefin hydroformylationtechnology integrates innovations in catalytic systems and process engineering. 

This specialized adsorbent is designed to target aromatic components in diesel fractions. 

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

This is an innovative technology developed for the high-value utilization of α-olefins derived from Fischer-Tropsch synthetic oil.

 The use of a proprietary high-carbon alcohol adsorbent greatly improves the purity and yield of high-carbon alcohol products.