20 entries
Found 54 of 54
ArticlesThermoplastic composites, biopolymers, Deep-UV Raman in sorting, and deep learning-based chemometrics — four directions that will advance polymer measurements in 2026…
ArticlesRaman, NIR, and FT-IR measure bond vibrations, but each technique has a different physics and probe geometry. We demonstrate when, under reactor conditions…
ArticlesReview 2026: 1D-CNN, Transformers, Diffusion Augmentation, and LoRA-CT in Raman Spectroscopy — What Works in Process Chemistry and What Does Not.
ArticlesProcess Raman measures nitrates, phosphates, and hydrocarbons in industrial wastewater within 5 seconds. Diagnostic bands, system architecture, typical ROI, and implementation timeline.
ArticlesInline Raman spectroscopy delivers the highest return on investment among all PAT techniques for silicones, reactive adhesives, and MS-polymer sealants. A practical implementation guide without…
ArticlesRaman spectroscopy in explosive atmospheres — how to read ATEX and IECEx requirements, why fiber-optic Raman architecture has a natural advantage in EX zones…
ArticlesThe new UWWTD Directive (2024/3019) and IED 2.0 (2024/1785) change the requirements for industrial wastewater monitoring — fourth treatment stage, EPR, and mandatory EMS. We show,…
ArticlesMatrix fluorescence overwhelms the Raman spectrum and can invalidate measurements in a reactor. Five practical suppression methods — from wavelength selection to algorithms…
ArticlesUrea, biuret, UAN and AdBlue share one chemical core CO–NH₂. How process Raman measures all four from a single analyzer — diagnostic bands,…
ArticlesHow to Integrate a Process Raman Analyzer with DCS, MES, and SCADA — Protocols (PROFIBUS, PROFINET, OPC UA), IT/OT Boundary, and a Realistic Acceptance Checklist.
ArticlesComparison of 785 nm and 1064 nm as excitation wavelengths in Raman spectroscopy — signal, fluorescence, detector, and cost. Practical selection criteria…
ArticlesHow inline Raman measurement stabilizes the production of SLES, glycerin, and surfactant blends in cosmetics and detergents — from the sulfate band to the PLS model…
ArticlesPAT (Process Analytical Technology) originated in pharmaceuticals, but today its largest field of application is specialty chemicals. A guide to the layers of the PAT stack, technique selection,…
ArticlesPITTCON, IFPAC, ICORS, SCIX, ACHEMA — an overview of the key Raman and PAT conferences in 2026 from a process engineer's perspective.
ArticlesGuide to multi-probe architectures in process Raman — when it is worthwhile, what options are available (time-division multiplexing, spatial multiplexing, distributed configuration), and what to consider when…
ArticlesThe first quarter of 2026 brought an agreement on the EU Pharma Package, joint FDA/EMA guidelines for AI in medicines, the finalization of Annex 22, and a year of full…
ArticlesWhat realistically distinguishes a laboratory Raman spectrometer from a process one: architecture, measurement accessibility, calibration, integration with DCS, and financial model. A comparison from the manufacturer's perspective…
ArticlesOverview of new Raman publications from AGH, UJ/UJ CM, UW, PG and PW: MXene in Small 2026, Bi2Se3 in Photonics 2026, SERS in…
ArticlesContinuous monitoring of free phenol and formaldehyde in a PF resin reactor by inline Raman spectroscopy — how it eliminates analytical delay, reduces operator exposure…
ArticlesInline process analyzers — comparison of types (Raman, NIR, FT-IR, UV-Vis), measurement architectures, technical parameters, and selection criteria for the process.
No resultsTry another phrase, or switch a content type or tag back on.
We use cookies to ensure the site functions properly, measure traffic, and personalize marketing only with your consent.
