Fast Group Type Analysis of Gasoline Made Easy

In today’s competitive market, refiners and petrochemical plants can gain a competitive advantage by accurately and quickly analyzing product composition. The type of hydrocarbon group in naphtha and gasoline is an important parameter for product quality and process control.

To establish the group type composition, laboratories all around the world utilize a variety of methodologies, commonly referred to as PIONA analysis. Due to the vast diversity and complexity of sample types, this is a very difficult process.

The only technology that can produce precise and dependable group type composition is the AC Reformulyzer.

Highly accurate findings are produced regardless of sample matrix utilizing a patented, multi-dimensional separation method that is unrivaled in the industry, combined with easy and robust detection technology. Analysts and operators may start the analysis with only a few clicks and create accurate data 24/7, courtesy of specialized Reformulyzer software.

Image Credit: PAC L.P.

Increase Revenue with Increased Daily Sample Capacity

The fast analysis time of the Reformulyzer M4 allows laboratories to analyze up to 100% more samples per day and to meet the considerable in-tank and in-ship blending time limits associated with key-point analysis.

Reduce Operational Cost with Robust Design and Advanced Technology

The sophisticated technology of the Reformulyzer M4 dramatically lowers maintenance and system downtime. The entire operational cost per sample is reduced by 50% when combined with the increased sample capacity.

Image Credit: PAC L.P.

Top Reasons to Choose AC Reformulyzer^® M4

Regardless of the sample matrix, component group separation allows for accurate results

Outstanding results with a high return on investment

Many fuel specifications are met because of the industry-standard technology

The dedicated reformulyzer software is simple to use and allows for 24/7 operation

Testing Methods: EN ISO 22854, ASTM D6839, ASTM D5443, IP566, SH/T 0741, GB/T 28768-2012

Application Notes

Source: PAC L.P.