petroleum processing plant

Petroleum & Petrochemical

Biofuels can be analyzed by Raman spectroscopy (characterizing the feedstock and composition), as can gasoline, for which octane number and presence of sulfur additives are key parameters. Raman can also rapidly identify various fuels, as well as characterize diesel fuel composition, and identify the presence of additives, oxygenates, and taggants (which are important in identifying the source and utility of fuel for particular applications). Gasoline blending processes can be monitored in real-time, removing the need for costly and time-consuming measurements made with knock engines (which also require large amounts of product!). The mixtures of hydrocarbons and aromatics in petroleum streams can be quantified by Raman spectroscopy.


i-Raman® Prime

High throughput, Highly Sensitive, High Resolution Raman System

i-Raman® EX

1064nm Fiber Optic Raman System

i-Raman® Plus

Highly Sensitive, High Resolution Fiber Optic Raman System

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Application Notes

Raman spectroscopy is a nondestructive and highly versatile technique for analysis of chemicals, both organic and inorganic. It is used in industry, bioscience, medical diagnosis, forensics, and many other areas.
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Raman is a well-developed spectroscopic tool for molecular identification and is widely accepted for qualitative analysis where it can provide rapid identification of materials, often at their point of use or delivery. Due to the high resolution that Raman can provide, it is also used for structural elucidation as well as quantitative analysis
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Optical spectral measurements have been used for decades for the identification, characterization and quality assessment of oils and lubricants. The most common spectroscopic method, which has been well documented since the 1960s, is infrared spectroscopy, today used in the form of FTIR. In this application note, the i-Spec system is considered as a complementary tool to FTIR for condition monitoring of fluids outside of the traditional laboratory environment.
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Raman spectroscopy is a well-suited spectroscopic technique for process development and control within development laboratories in chemical, pharmaceutical and other industries. This article demonstrates the utility of portable Raman spectroscopy as a simple and versatile tool for process analytical technology (PAT) in regards to raw material identification, in-situ monitoring of reactions in developing active pharmaceutical ingredients (APIs), and for real-time process monitoring.
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