Sulfur

The EMA 502 is a precise, versatile, and cloud-enabled micro elemental analyzer for simultaneous Carbon, Hydrogen, Nitrogen, Sulfur, and Oxygen determination in organic samples for various industrial sectors. The EMA 502 offers consistent... Read more...

Your entire C/N/S/X lab in one device Read more...

Decades of experience combined with our constant innovation in developing organic elemental analyzers (OEAs) contributed to the design of the Thermo Scientific™ FLASH 2000 CHNS/O Analyzers. This system delivers the ultimate in simplic... Read more...

Measure high levels of SO 2 from a source up to 10,000 ppm with the Thermo Scientific™ Model 43 i -HL SO 2 Analyzer, the first gas analyzer to utilize pulsed fluorescence technology to measure SO 2 . Read more...

Sulfur and Carbon Analysis by Combustion. Read more...

New compliance rules for sulfur in diesel and gasoline are rapidly lowering total sulfur specifications towards sub ppm levels. Many modern catalysts-based de-sulfurization processes require total nitrogen analysis, even at ppb level. Th... Read more...

Easily analyze your wide-range carbon and sulfur content with our CS844 for the determination of carbon and sulfur in primary steels, ores, finished metals, ceramics, and other inorganic materials using the combustion technique. State-of-... Read more...

Radiello™ Cartridge Adsorbents for sampling HF, NO2, and SO2, matrix microporous PE impregnated with wet TEA. Passive or diffusive sampling relies on the diffusion of analytes through a diffusive surface onto an adsorbent. After samplin... Read more...

This method is based on the fluorescence of SO2 due to absorption of ultraviolet (UV) energy. A UV lamp emits ultraviolet radiation that passes through a filter which excites the SO2 molecules and produces light which is measured by a ph... Read more...

FTIR Spectroscopy is an analytical technique which measures the infrared intensity versus wavelength (wave number) of light. The FTIR Spectrometer obtains infrared spectra by collecting an interferogram of a sample signal with an interfer... Read more...

In Photoacoustic Spectroscopy (PAS) the gas to be measured is irradiated by modulated light of a pre-selected wavelength. The gas molecules absorb some of the light energy and convert it into an acoustic signal which is detected by a micr... Read more...

The Thermo Electron Coulometric System: ECS 1200 offers accurate and automatic analysis of Total Chlorine and Total Sulfur in liquids, solids, and gases down to 50 ppb designed for labs with a low sample throughput. Product Detail The... Read more...

The autosampler AS 2000 allows direct injection of a precise volume straight into the combustion reactor and automatically process up to 90 samples Product Details For laboratory requiring analysis of a large number of liquid sa... Read more...

The flexible XVI+ analyzer analyzes low concentrations of Total Sulfur in gaseous and liquid samples. The XVI+ can be configured for direct H2S measurement, straight reductive hydrogenation or oxy-hydro reductive measurement according... Read more...

The TS 3000 offers versatile, reliable and repeatable results at ultra low levels in liquid, solid and gas samples. Product Details Thermo Electron offers an advanced trace sulfur analysis technique, which fully complies the ASTM... Read more...

The benchmark in elemental analysis Read more...

The only macro analyzer worldwide for the simultaneous determination of carbon, hydrogen, nitrogen, sulfur as well as optional oxygen and chlorine. Also suitable for micro samples of a few milligrams of weight. Analysis, e.g. of fossil fue... Read more...

Multifunctionality + ease of use + flexible analysis + stability and precision of performance Read more...

High-throughput N and S analyzer for organic matrices Read more...

Maximum performance with a minimal footprint Read more...

Precise S and N determination at very low concentrations   Read more...

Laboratory-level accuracy in a small & portable package, Wireless communication, Simultaneous measurement of all gases. Read more...