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Natural gas field analysis is crucial to verify the quality and purity of natural gas. One traditional analytical method often used in the midstream segment is gas chromatography, which can be time-consuming and expensive. However, there is a faster and more cost-effective way to analyze natural gas: process Raman spectroscopy.
Process Raman spectroscopy is a solid-state analytical technique that uses laser light to measure the composition of gases. The technique has become increasingly popular in the energy industry as a means to obtain high-resolution compositional data, with a linear response to concentration and the ability to measure samples in real-time. Process Raman spectroscopy offers several benefits over traditional methods, including reduced operating costs and less wear and tear on lab equipment required by relevant ASTM standards. Solid-state process Raman spectroscopy also enables natural gas field analysis by providing measurement capabilities directly at the point of need.
The MarqMetrix All-In-One Process Raman Analyzer is a reliable choice for C1–C6+ field analysis in the midstream segment. It offers an integrated solution that provides high-quality results with minimal setup and maintenance. By using process Raman spectroscopy, midstream companies can complement their existing analytical technologies in the lab, leading to faster analysis and better quality control.
Learn about several key topics in this case study:
- What process Raman spectroscopy is and how it offers the energy industry high-resolution compositional data, with a linear response to concentration and the ability to measure samples in real-time
- How process Raman spectroscopy can act as a complement to existing laboratory-based analytical technologies
- Why a U.S.-based midstream company chose Raman to monitor for certification and quality assurance
