TSHR exhibits at PEFTEC 2022

On 8th and 9th of June we will be present at the live event of PEFTEC 2022 in Ahoy Rotterdam. We are looking forward to meet you again after two years of absence and will be presenting our new NEXIS and NEXIS VP analyzers. If you are looking to empower your combustion analysis, visit us […]

PEFTEC | Petroleum & Refining Technologies

TSHR will exhibit at PEFTEC 2022 on 8th and 9th of June. PEFTEC is a focused industry event for professionals specialising in Laboratory and process analysis within the Petroleum, Petrochemical, Chemical and Refining Industries.This two day event focus on Regulation, Policy and Compliance, Applications, Industrial Case Studies, New and Emerging Technologies and Products. Learn More […]

Carry-over Effect Performance for TN/TS analysis with NEXIS VP

The oxidative combustion analysis of a wide range of petroleum samples which may contain high sulfur and/or nitrogen content may result into potential carry-over effect issues that can result in downtime for this analysis. The TSHR NEXIS VP model with AS120 liquid autosampler uses a direct injection technique combined with a high efficiency combustion tube […]

Ultra-low level Total Nitrogen performance with and without DSP Technology (TM)

Total Chlorine Analysis in Bio-feedstock oils is essential for quality control and indicate the presence of chlorinated compounds in these sample types, which may negatively affect the lifespan and effectiveness of catalyst material used in the biodiesel production process. TSHR has developed an Application with the NEXIS Total Chlorine analyzer for delivering fast and accurate […]

NEW: NEXIS and NEXIS VP

TSHR is excited to launch the NEXIS and NEXIS VP, to empower your combustion analysis with remarkable performance. Both horizontal and vertical based models have outstanding precision, accuracy and excellent reliability for trace level sulfur/nitrogen/chlorine analysis. You can contact us at sales.tshr@estanalytical.com or your local distributor to receive further information. Learn More > >