Petrochemicals – Multimedia

Download this listicle to discover the need for petrochemical analysis and how safety and quality standards are maintained using different analysis techniques.

Petrochemicals have diverse applications that touch many areas of our everyday lives. However, with many steps along the extraction and production process, it is imperative that the quality and purity of petrochemicals can be accurately monitored throughout, ensuring required standards are met.

A number of pollutants found in the air we breathe are known to have harmful effects on human health and the environment. Consequently, correct monitoring of air quality is of great importance.

This listicle provides an overview of the analytical technique, inductively coupled plasma-optical emission spectroscopy and outlines how it can be used at all stages of the oil production, refining, and commercialization process.

Download this guide to learn more about hyphenated technology and how they can be used to aid scientists with their understanding of the degradation of materials.

Access this guide to discover how hyphenated technology can provide a complete picture of materials characterization, improve product performance, reduce costs and improve recyclability.

This list will give an overview of the key features and benefits of GC-MS along with examples of where and how it is applied in the modern petrochemical industry.

Both inductively coupled plasma optical emission spectroscopy (ICP-OES) and inductively coupled plasma mass spectrometry (ICP-MS) are analytical techniques important for the analysis of trace elements in a host of mediums. Download this infographic to learn more about these techniques and their uses.

This article highlights some of the wide range of applications which can be achieved using mass spectrometry.

The shift toward increasing use of heavy crude oils in the petroleum industry makes it necessary for the capabilities of instrumental analysis to follow suit.