Real-time FT-IR monitoring of reaction kinetics for drug design

FT-NIR spectroscopy performs a fast and non-destructive determination of NCO% in polyurethanes.

FT-NIR spectroscopy offers a fast and non-destructive technique to determine the transesterification degree during polyvinyl alcohol synthesis.

Determining polycarbonate production reaction status through real-time monitoring of triethylamine catalyst concentration.

Fast nitrogen solubility index analysis of soy protein extract for quality control of food processing operations.

Oil content analysis of soapstock and spent bleaching earth using FT-NIR. Improving animal and vegetal oil refining process efficiency through fast and reagent-free analysis of by-products.

Online FT-NIR analysis of propylene oxide during the polyether polyol production process

At-line analysis of polypropylene/polybutene blends using FT-NIR

Determination of carbon monoxide, nitric oxide, and methyl nitrite gas concentration in the gasification of the coal-to-ethylene glycol manufacturing process.

FT-NIR spectroscopy provides reliable and fast quantification of the plasticizer concentration in PVB film manufacturing.

On-line monitoring of styrene, acrylonitrile, and toluene content in a polymerization reactor’s monomer feed and recovery unit.

Given the status of the ongoing initiatives to fight climate change, and the insufficient progress made so far in the decarbonisation challenge, there is a growing need for carbon capture, utilization and storage (CCUS) to help with the energy transition and decarbonization of industrial processes, also considering the growing urgency to address climate change felt by the general public, as well as by policy makers and investors.

Fourier-transform near-infrared technology (FT-NIR) is used to quantify cetane improver and impurities such as residual starting material concentration and moisture level.

FT-NIR technology provides fast analysis for multiple properties in one operation.

FT-NIR technology provides fast analysis for multiple properties in one operation.

FT-NIR technology provides a quicker, cheaper, and simpler alternative for QA/QC product lot certification and release.

Fast and precise FT-NIR assays of hygroscopic powder formulations used for catalytic reduction of diesel NOx emissions.

NIR spectroscopy used to identify optimal lots of powdered gelatin agar.

FT-NIR spectroscopy is used to monitor OHv in surfactant materials during a continuous process.

Identify raw materials through plastic packaging by using FT-NIR spectroscopy.

FT-NIR spectroscopy performs a fast and non-destructive determination of NCO% in polyurethanes.

FT-NIR spectroscopy to monitor blending processes and to establish when blends become homogeneous.

FT-NIR spectroscopy to monitor blending processes and to establish when blends become homogeneous.

Fourier transform near-infrared technology (FT-NIR) used for quantitative analysis of citric acid.

Fourier transform infrared technology (FT-IR) used for real-time detection of HN3 concentration in air to ensure personnel safety.