High pressure calorimetry is a widespread technique for the characterization of materials and their reactions under process-like conditions for many applications. For example, the energy industry use it for gas hydrates formation / dissociation studies in the context of flow assurance or energy storage. The process safety field use it to produce thermodynamic data...
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Calorimetry and thermal methods are interesting characterization techniques as they allow porous materials users to have access to data like sorption capacity and sorption kinetics, which are related to the efficiency of the material. Additionally, they can provide key information about the energetics of interaction between a porous material and a test gas or...
The emission of volatile organic compounds (VOC) has become one of the main concerns of numerous industries (transport, aerospace..) Due to their major impact on the environment and human health, international policies have become more and more restrictive with regard to VOC emissions.
Thermogravimetry is a key technique to...
Thermal analysis techniques are typically applied to the study of polymers and plastics whether they are applied to their thermal, structural or compositional characterization.The webinar will introduce examples of application of DSC (differential scanning calorimetry), TGA(thermogravimetric analysis), EGA (evolved gas analysis), microcalorimetry and manometry...
There is a growing interest for molten salts in different fields, including thermal energy storage, heat transfer, catalysis or chemistry. High temperature thermogravimetry and calorimetry can bring key information on the thermal properties of pure or blends of salts, like melting / crystallization and heat, heat capacity, or thermal stability.
Thermogravimetric analysis (TGA) is a well-established experimental method to study the growth of oxide layers on metallic alloys and can be employed to study gaseous, high temperature corrosion processes. Similarly, it can be employed to study many types of gas-solid reactions involving oxides, metals, or other advanced materials.
WORKSHOP This one day seminar aims at introducing the available technologies, including thermogravimetric...
This webinar series in two parts will concerns nuclear measurements. The first topic will focus on Thermal Analysis and Calorimetry.
They provide solutions for the research and thermal characterization of nuclear materials, and for the quantification of radioactive elements throughout the civil nuclear energy sector: extraction...
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This webinar series in two parts concerns nuclear measurements. The second session will focus on Large Volume Calorimetry as a direct, non-destructive, and very accurate method for the quantification of nuclear matter.
We will also introduce its combination with techniques such as gamma spectrometry as it can be implemented in...
This webinar series in two parts concerns the characterization of gas sorption processes. This first session will focus more particularly on Manometry, the Sievert’s technique, and how it is applied by the instrument PCTPro. Details about the instrument, including the types of sample holders and possible measurements will be introduced. Examples of use of sorption...
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