Radiological Carbon/Sulfur Analysis
Carbon and/or sulfur concentrations can be measured in metal, ceramic, or other inorganic materials for applications such as steam generator sludge deposits and metal alloys.
Trace Elemental Analysis
Specialized in detection and quantification of chemical species from percent to parts per trillion concentrations. These techniques are performed on full spectrum of sample types ranging from non-radiological to highly radioactive.
Thermogravimetric Analysis
The ability to monitor material mass change and chemical phenomena under various process gases and including steam over a wide temperature range.
Ion Chromatography Analysis
Low ppb detection of common anions (F-, Cl-, Br-, SO42-, NO2-, NO3-, PO43-, etc.), polyatomic cations, alkali & alkaline earth metals and some transition metals.
FTIR (Fourier Transform Infrared Spectroscopy)
Identification and confirmation of organic materials (rubbers, polymers, oils, lubricants etc.). It is frequently used for foreign material evaluation and composition mapping using the integrated IR microscope.
Benchtop Analysis
Analytical equipment contained in the chemistry laboratories including: benchtop wet chemistry techniques (auto-titration, pH and conductivity), UV-VIS, particle size analysis (laser diffraction & DLS), inert atmosphere glovebox, and Zeta potential.
1920 and up
1440 and up
1280 and up
Desktop
Tablet
Mobile Landscape
Mobile Portrait
