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What is Raman spectroscopy, and how does it relate to carbon capture processes? Raman spectroscopy is a non-destructive analytical technique used to study molecular vibrations in various substances. It is employed in carbon capture processes to analyze and monitor the chemical changes and...

The production of sustainable aviation fuel (SAF) is benefited in multiple ways from Raman spectroscopy’s powerful analytical technique. By using light to study molecular vibrations and rotations in materials, it can produce a unique fingerprint-like spectrum that can identify and characterize...

Raman spectroscopy has emerged as a valuable tool in various industries, including the cultivated meat industry. Its capabilities for measuring analytes, monitoring processes, and ensuring product quality make it an indispensable technology. In this context, the following questions explore the...

Atline Raman spectroscopy involves collecting Raman spectra of samples at a location near the production process but not directly in the process stream. This offers a flexible and efficient real-time analysis and decision-making method while minimizing the need for extensive sample preparation...

Inline Raman measurement is a powerful tool for analyzing natural gas composition in real-time, specifically for the identification and quantification of hydrocarbons and other components. Here are the general steps to use Raman measurement in natural gas analysis: 1. Choose the appropriate...

The Energy industry has relied on analytical equipment such as knock engines, vapor pressure analyzers, and gas chromatography to ensure product quality. A solid-state Raman system like the MarqMetrix All-In-One can speed up analysis, offer flexibility by measuring liquids and gases, and...