Carbon Capture in Focus: Why Real-Time Gas Analysis Matters
With carbon capture attracting growing attention across research, policy and industrial decarbonisation programmes, reliable analytical data is becoming essential for moving technologies from concept to application. Hiden Analytical is highlighting the role of real-time gas analysis in helping researchers and engineers understand, optimise and validate CO₂ capture processes as they progress from laboratory research towards pilot-scale…
Hiden User appears on BBC’s Sky at Night
A Hiden mass spectrometer appears on BBC’s Sky at Night in a feature on Open University lunar research, PROSPECT, ProSPA and space science analysis. Read more
Isotopically labelled material – depth profiling to determine ion exchange and fundamental materials research
Secondary Ion Mass Spectrometry is a surface analysis technique known for high sensitivity and excellent depth resolution in the analysis of solid materials. It is frequently used to monitor impurities like dopants in semiconductors and contamination at interfaces in the production of thin films, such as solar cells. In these applications different elements are monitored.
Dual Zone Mass Spectrometry for Fusion Fuel Analysis and Vacuum Diagnostics
Hiden Analytical is highlighting the DLS-2 and DLS-2X as key systems for nuclear fusion gas analysis within its DLS Series. Designed for fusion fuel studies, vacuum diagnostics and leak detection, the systems combine Dual Zone mass spectrometry, high-resolution gas separation and quantitative residual gas analysis in a single platform, while the DLS-2X adds features for reliable operation in harsh environments.
Understanding the Benefits of MS-Based Detection in TPRx
Temperature-Programmed Reaction (TPRx) offers essential insight into how catalysts behave during temperature ramps. By observing the gases released or consumed during controlled heating, researchers can determine activation temperatures, identify reaction pathways, and evaluate material stability. The quality of the information derived from TPRx depends on the performance of the detector used to monitor the evolving gas…
Hiden Analytical technology has been validated for accredited groundwater monitoring in Germany
Aqua Service Schwerin Beratungs- und Betriebsführungsgesellschaft mbH (AQS Schwerin) has achieved accreditation for nitrogen excess (N₂/Ar) groundwater analysis using the Hiden Analytical HPR-40 MIMS (Membrane Inlet Mass Spectrometer). Read more [Picture source: Hiden Analytical on linkedin.com] FOTO:
Resolving Light-Gas Overlaps for Fusion Exhaust Monitoring: ORNL Testing of Hiden HAL 101X
In support of next-generation fusion diagnostics, Oak Ridge National Laboratory has evaluated Hiden’s high-resolution quadrupole RGA approach for the ITER Diagnostic Residual Gas Analyser (DRGA), focusing on fast, selective measurement of light species in exhaust streams. The study shows how enhanced-resolution quadrupole operation can deconvolve closely spaced masses—most notably separating ⁴He from D₂—and explores the implications for quantification when additional gases such…
Key features of the ECL
Series for real-time electrochemical discovery We’re highlighting the core capabilities of the ECL Series—a family of electrochemical accessories (ECL-Static, ECL-Insight and ECL-Probe) designed to support real-time analysis of gases and volatile species in electrochemical research when paired with the HPR-40 DEMS. Read more [Picture source: Hiden Analytical on linkedin.com]
In Conversation: Nuclear Fusion
In this insightful conversation, Colin Robertson, our Sales Director, discusses the recent emergence of nuclear fusion research and how Hiden Analytical’s instrumentation supports fusion research, from tritium breeding to isotope recycling and long-pulse operation. Read more [Picture source: Hiden Analytical on linkedin.com]
Revolutionising Solar Energy: New Flexible Solar Cell Technology with High Dynamic Range and Precision Depth Profiling
Hiden Analytical, a leading innovator in materials and gas analysis, is proud to announce an important development of the SIMS Workstation family of instruments, the Dual Polarity Simultaneous Detector. Read more