Thermal Analysis of Petrochemicals
On Demand Webinar

Webinar – Thermal Analysis of Petrochemicals

On Demand Webinar

"Thermal Analysis of Petrochemicals" Describes Methods Used to Characterize Petrochemical Materials

Thermal Analysis of Petrochemicals
Thermal Analysis of Petrochemicals

Thermal analysis methods help you to address issues directly related to the quality and processing of oil and oil-based products in the petrochemical industry.
The methods can be used to measure the properties of materials as a function of temperature or time over a wide temperature range, starting at –150 °C in compliance with many international standards.

In this Webinar, we will show how thermal analysis is used to analyze materials in the petrochemical industry and present some typical examples of samples measured by DSC, HP DSC, TGA, TOA, and DP techniques.

40:49 min

The Webinar covers the following topics:

  • Introduction
  • Petrochemicals
  • Industries and Applications
  • International Standards
  • Thermal Analysis
  • Effects and Applications for:
    - Differential Scanning Calorimetry (DSC and HP DSC)
    - Thermogravimetric Analysis (TGA)
    - Thermo-optical Analysis (TOA)
    - Dropping and Softening Points (DP)
  • Summary

In the webinar titled "Thermal Analysis of Petrochemicals", we describe a number of examples that illustrate how thermal analysis can be used to investigate the physical properties and behavior of petrochemicals.

Industrial applications of Petrochemicals

Petrochemical compounds are derived from crude oil, making this raw material the starting point and basis for very many products. The products include fuels, different kinds of chemicals and practically everything made of plastics. This is why the analysis of petrochemical compounds is so important.

Crude oil production currently amounts to about 1000 million tons per year and is still growing. Approximately 90% is used as fuel and gasoline, while about 10% is converted to chemicals and plastic materials.


Thermal analysis of petrochemicals

The most important effects that can be analyzed by DSC are the glass transition, melting and crystallization behavior, transition and reaction enthalpies, and thermal stability.

TGA is normally used to study compositional analysis, thermal stability and decomposition, evaporation and desorption behavior.

TOA is the method of choice for characterizing optical properties such as changes in morphology and cloud point effects.

The main applications of DP are the dropping and softening points for material characterization.

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