MarqMetrix All-In-One Process Raman Analyzer Resources

Discover how Process Raman spectroscopy works, why it’s used across industries – from chemicals and biopharma/pharmaceuticals to energy- and the key advantages it brings to businesses. This non-destructive analytical technique enables the continuous monitoring of chemical composition, helping teams improve product quality, reduce waste, and optimize processes. Learn how Raman spectroscopy delivers speed, specificity, and stability at every stage of production.

Upstream bioprocess manufacturing encompasses the initial stages of biopharmaceutical production, focusing on cell culture and fermentation processes. Process monitoring during this phase is crucial for optimizing cell growth conditions to ensure high-quality and efficient production of biological products.

Downstream bioprocess manufacturing involves the purification and recovery of biological products following upstream processing. Real-time monitoring at this stage is critical for ensuring final product purity, potency, and quality through various techniques.

Explore how Process Raman spectroscopy transforms pharmaceutical manufacturing. Monitor crystallization, analyze powdered APIs and finished products in real-time, and obtain insights into critical quality attributes. Process Raman supports better process control, faster scale-up, and compliance with regulatory standards. Read how Raman helps ensure consistency, purity, and performance in every batch.

Polymers are large molecules made up of repeating subunits, and these compounds are essential to numerous industries such as packaging, automotive, and healthcare due to their versatile properties. Research and development efforts in polymer science focus on enhancing their performance, sustainability, and application potential through innovative synthesis and processing techniques. Learn how process Raman spectroscopy can improve workflows and provide insights into critical parameters. 

Process Raman helps the downstream oil and gas industry measure key properties like RON, MON, API gravity, and freeze point without delays or sample prep. This non-invasive technique supports faster decision-making, improved product quality, and greater process efficiency. Explore our resources to lean how Raman adds value to downstream processes.

From pipelines to LNG terminals, Process Raman Spectroscopy provides the midstream oil & gas industry real-time, accurate analysis of natural gas and NGL streams. It measures key components—like methane, ethane, and propane—without carrier gases, consumables, or frequent maintenance. Discover how Raman improves safety, compliance and operational efficiency across midstream operations.

Raman spectroscopy plays a pivotal role in the production of sustainable aviation fuel (SAF) by providing valuable insights into the composition and quality of biofuels derived from renewable sources. Process improvements can drive efficiencies in the production of biofuels across areas like compositional analysis, specification testing, custody transfer and stability assessment.

Producers of sustainable fuels can also benefit from process Raman spectroscopy. The MarqMetrix All-In-One analyzer can be used in processes for quality control and monitoring, contaminant detection, carbon footprint assessment, and research and development.

See resources for sustainable aviation fuel

Process Raman spectroscopy can help unlock the full potential of hydrogen technology. It provides precise, real-time analysis of production, storage, and fuel cell processes. This cutting-edge, noninvasive technique can enhance efficiency, ensure quality, and drive innovation in sustainable energy solutions.

The processes of capturing, utilizing and storing of carbon dioxide can be optimized through process Raman technology. The non-destructive, cutting-edge analytical technique of Raman spectroscopy ensures quality and drives innovation in the field of sustainable energy.

Raman spectroscopy is utilized in battery technology for real-time monitoring and non-invasive analysis of materials and chemical reactions within batteries. Process Raman spectroscopy helps optimize performance, monitor degradation, and enhance the development of more efficient and durable energy storage technologies.

Process Raman spectroscopy enables real-time, non-destructive analysis without sample preparation, which makes it ideal for analyzing perishable products like foods and beverages. Raman spectroscopy can monitor key food quality attributes such as fatty acid profiles, freshness, moisture content, protein levels, and adulterants. This ensures product consistency, improves safety, and extends shelf-life. 

Every MarqMetrix All-In-One Process Raman System leaves our facility factory calibrated, ensuring continuous and precise process Raman analysis. Since March 2019, we have been conducting a calibration study on All-In-One spectrometer to demonstrate the stability and performance of our Raman instruments without ranecalibration.