To learn more about Petra MAX, visit https://www.xos.com/PetraMAX and view our application note and product brochure.
Kyle Kuwitzky, Product Manager for XOS, believes this will be a game-changer for refineries and independent labs. “Existing D4294 instruments do not offer simultaneous measurement of sulfur and trace analysis of other critical elements. Petra MAX delivers repeatable sub-ppm measurements of metals like nickel, vanadium, and iron combined with sulfur measurements as low as 5.7ppm.”
Test methods for measuring sulfur content, like ASTM D4294 and ISO 8754, have become critical for assessing the value of crude oil. The blending of crude oils from different sources has become more commonplace within the industry to meet specifications for the classification of sweet crude oil. The introduction of new crudes brings new challenges, like higher concentrations of metals known to rapidly deactivate process catalysts in the catalytic cracker and hydrotreaters, and cause pump and exchanger fouling, and off-specification coke.
Petra MAX is powered by HDXRF, utilizing XOS patented doubly curved crystal optics coupled with a high-performance silicon drift detector and an intense monochromatic excitation beam. This industry-leading technology reduces background noise and increases signal-to-noise output, enabling low detection limits and high precision without the need for consumable helium gas, a vacuum pump, or extensive sample preparation.
XOS is a leading manufacturer of application-specific X-ray analyzers, offering elemental analysis solutions that improve public safety and customer efficiency in industries like petroleum, consumer products, and environmental compliance. For petroleum applications, XOS offers portable, lab, and process analyzers with unrivaled precision at the push of a button. XOS also offers analyzers for the detection of toxic elements in consumer products and in the environment. XOS’s advanced optics and OEM sub-systems can increase precision, speed, and spatial resolution, while decreasing the size, complexity, and cost of the instrument. XOS: better analysis counts<www.xos.com>