Regulatory agencies around the world have been implementing increasingly stricter fuel emissions guidelines over the past decades to limit air pollution. Regulations such as the American Tier III, European Euro 6 or the Indian Bharat VI set quantitative limits on the permissible amount of specific pollutants that can be released during combustion.

Sulfur and nitrogen are both controlled under these regulations due to the health and environmental impact of their oxides: Sulfur Dioxide (SO₂), Nitrogen Oxide (NO) and Nitrogen Dioxide (NO₂), commonly referred to as NOx.

XT-2000 Analyzer:  Ideal for Total Sulfur and Total Nitrogen in Fuel and Chemical Applications

In order to measure sulfur and nitrogen content in fuels, chemicals and petrochemicals, ATOM designed the XT-2000 laboratory analyzer for both total sulfur (TS) and total nitrogen (TN) measurements. The XT-2000 utilizes patented Excimer UV Fluorescence (EUVF) Technology for TS measurement and proprietary Chemiluminescence (CL) technology for TN measurement offering exceptional sensitivity that does not require a vacuum pump minimizing maintenance requirements and improving analytical stability.

• Provides accurate, precise and fast analysis for a broad range of samples with a typical analysis time of 3 minutes or less.
• Demonstrates outstanding linearity for 0-100 ng/µL TS/TN in isooctane standards with excellent 0.9998 and 0.9995 correlation for both TS and TN measurements.
• Results for various fuels and chemicals presented on the following page show TS and TN content from ppb level to 31.45 ppm/wt (TS) / 12.48 ppm/wt (TN).
• All samples were analyzed 5 times with an RSD of 2% or better for samples above 1 ppm.
• Provides outstanding repeatability, stability and reliability for both total sulfur and total nitrogen measurements.