TRACE S-1000™

Description

TOTAL SULFUR-NITROGEN ANALYZERS

For Reliable Trace Sulfur Measurements

Our ATOM INSTRUMENT™ Trace S-1000™ Trace Sulfur Analyzer is an online process analyzer utilizing patented Excimer UV Fluorescence (EUVF) Technology to measure Total Sulfur in a variety of refinery process applications. The Trace S-1000 with patented Excimer UV fluorescence technology is a field proven technology that utilizes an excitation wavelength that achieves high detection sensitivity and detector stability.

The Trace S-1000 Trace Sulfur Analyzer is an excellent fit for applications in the 0-1ppm range and is exceptionally stable, even at concentrations less than 1 ppm. The Trace S-1000 is designed for outdoor installation and use in harsh environments as may be required by the refining (LPG), gas processing (NGL) and natural gas industries.

Trace S-1000 Trace Sulfur Analyzer provides complete analysis of all sulfur compounds potentially present in process gas streams and not just a few selected sulfur compounds as with some GC/TDL applications. Calibration and validation are seamlessly incorporated with an optional calibration switching configuration and associated software for easy compliance or verification testing.

Low concentration total sulfur analysis (100 PPB – 1 PPM)
High speed analysis and response time
User defined data averaging
Low utility consumption
Compact instrument footprint
Does not require installation in shelter

INDUSTRIES

The Trace S-1000 Trace Sulfur Analyzer is used in a variety of industries where trace-level analysis of elements is required. Some examples of industries that use the Trace S-1000 analyzer include:

Environmental monitoring: Can be used to analyze trace elements in environmental samples, such as water or soil, to monitor pollution or contamination.
Petrochemicals and refineries: Can be used to analyze trace elements in crude oil, natural gas, and other petrochemical products to monitor impurities and ensure product quality.
Semiconductor manufacturing: Can be used to analyze trace impurities in semiconductor materials, such as silicon wafers, to ensure product quality and performance.
Pharmaceutical manufacturing: Can be used to analyze trace elements in pharmaceutical products, such as drug formulations and raw materials, to ensure purity and quality.

APPLICATIONS

The Trace S-1000 Trace Sulfur Analyzer is used in a variety of applications where trace-level analysis of elements is required. Some examples of applications that use the Trace S-1000 analyzer include:

Elemental analysis of environmental samples: Can be used to analyze trace elements in water, soil, air, and other environmental samples to monitor pollution and contamination.
Quality control in petrochemicals and refineries: Can be used to analyze trace elements in crude oil, natural gas, and other petrochemical products to monitor impurities and ensure product quality.
Analysis of semiconductor materials: Used to analyze trace impurities in semiconductor materials, such as silicon wafers, to ensure product quality and performance.
Quality control in pharmaceuticals: Used to analyze trace elements in pharmaceutical products, such as drug formulations and raw materials, to ensure purity and quality.
Food and beverage analysis: Can be used to analyze trace elements in food and beverage products to ensure quality and safety.

APPLICATIONS

LPG
Natural Gas
Reforming and Isomerization
Catalyst Protection
Blending Operations
Flare and Stack Gas
Refinery Grade Fuels

EASY TO INSTALL & USE

The Trace S-1000 Trace Sulfur Analyzer with EUVF is a field-proven technology that utilizes an excitation wavelength that achieves high detection sensitivity and detector stability. The Trace S-1000 is an excellent fit for applications in the 0-100 ppm range and is exceptionally stable, even at concentrations less than 1 ppm. The Trace S-1000 is designed for outdoor installation and use in harsh environments as may be required by the refining (LPG), gas processing (NGL) and natural gas industries. The Trace S-1000 allows stable and accurate analysis at both high and low sulfur concentrations below 1 PPM. Taking advantage of the standard 100 second analysis cycle time, any number of standard analyses up to 10 sequential results can be seamlessly averaged to provide a more consistent and reliable concentration measurement, allowing optimization of low range detection performance and analyzer response time depending on application requirements.