Your Mobile Spectroscopy Partner

i-Raman® Prime for Process Analytical Technology Raman spectroscopy used for rapid off-line, at-line, on-line or in-line analysis has the benefit of:

• Faster (real-time or near real-time) analysis

• Data collected more often

• High precision data

• Providing the pulse of a process

Process analytical technology (PAT) for real-time analysis in the pharmaceutical, petrochemical, chemical and food industries can be used for controlling processes including:

• Chemical reactions

• Crystallization processes

• Blending operations

• Coating processes

• Polymorphic transitions

• And many more

Examples of the real-time trends of processes including epoxy curing, and a polymorphic

transition measured using Raman spectroscopy are illustrated in the plots shown here.

Key Advantages of the i-Raman Prime:

1. Multiple laser excitation options available to best fit your needs 2. Small size and portable high-throughput system for ease of use, from development lab to process 3. Industry-certified enclosure for harsh working environments 4. Customizable industrial-grade Raman probe options for various sampling conditions 5. Regulatory compliant software/SDK package for real-time monitoring, from simple peak trending to qualitative identification or quantitative prediction of components 6. Comprehensive project support, including feasibility analysis and chemometric model development





Your Mobile Spectroscopy Partner

i-Raman® Prime Set-Up for Process Analytical Technology Applications To perform high quality measurements for these applications, we offer:

• High-throughput i-Raman Prime

• Real-time monitoring and chemometric software: BWIQ, BWID, BWQT, and other 3rd party process monitoring platforms

• Flow cells and other optional accessories, including long-working distance probes, to measure through glass reactor walls

• Raman spectral libraries for easy identification (optional) Contact your local B&W Tek representative today or visit us at bwtek.com Doc-Rev: 400000112-C (5/18/2018)