Neorius | Advanced Refining and Chemical Technologies

We have advanced catalytic cracking technology to help you upgrade your industry.

Explore our advanced adsorption separation technologies, including solutions for diesel aromatics, naphtha isomers, ethylbenzene, α-olefins, and high carbon alcohols. Engineered for high efficiency, flexibility, and energy savings in petrochemical applications.

Diesel Aromatic Adsorption and Separation Technology leverages differences in oil components to develop innovative adsorbent materials that maximize the value of hydrocarbons molecules in oil products.

This innovative technology is developed for the high-value utilization of naphtha from various sources.

This technology utilizes a proprietary high-efficiency adsorbent in conjunction with a simulated moving bed (SMB) process to selectively separate and purify ethylbenzene from mixed C8 aromatics. 

This advanced technology is developed for the efficient separation of α-olefins and consists of two process units: deoxygenation and alkene separation. 

This technology is specifically developed for the high-value utilization of high carbon alcohols in hydrocarbon streams.

Light hydrocarbon aromatization technology uses light hydrocarbon resources, through cracking, aromatisation and other reaction processes, it produces high-octane gasoline blending components or high-purity BTX. 

Catalytic Dealkylation Technology utilizes toluene as a feedstock to produce benzene through a catalytic hydrodealkylation process.

Focusing on the efficient conversion of C10+ heavy aromatics, coupled with a proprietary process intensification technology, this led to the formation of a C10+ heavy aromatics cracking process

To address the limitations of conventional physical methods for durene production, a novel C9 aromatics alkylation technology has been developed and industrialized. 

To address the issues of equipment corrosion and difficult waste acid treatment in traditional HF-based processes for producing linear alkylbenzene, a Solid Acid Alkylation Technology was developed.