IFPAC continues to set precedence as a forum for insightful discussions bringing you the latest trends and real-life applications in the fields of Quality by Design, Process Analytical Technology, Emerging Technologies, Quality Metrics, Continuous Manufacturing and Process Control applications.
Bruker delivers advanced solutions tailored for the biopharmaceutical industry that enhances process understanding, monitoring, and control. Process Analytical Technology (PAT) helps to ensure efficiency, consistency, and compliance for bioprocesses, raw material verification, and quality control by enabling precise in-line, on-line and at-line process monitoring.
Bruker’s Fourier PAT benchtop NMR reduces tedious calibrations and improves (bio)process understanding and control, thus further reducing downstream risks and cost. Bruker’s Raman systems, equipped with proprietary HTVS technology, provide a 10x to 30x higher Raman signal than the next best unit on the market, providing unmatched sensitivity for real-time process monitoring. For FT-NIR and FT-IR, Bruker’s RockSolid™ interferometer delivers unparalleled stability and reliability, even in demanding environments.
Topic | Stream | Date | Time | Location | Presenter |
Advanced Benchtop NMR Technology for Enhanced Continuous (bio)Process Understanding and Optimization | 9A TUES AM - Spectroscopic Solutions for Complex Systems/Portable, Handheld & Small Footprint Instrumentation | Tuesday, March 04 |
7:50 AM - 12:00 PM | Linden Oak Conference Room | Matteo Pennestri |
CREST: A Robust Empirical Methodology for Quantifying Spectral Data Quality | 9B - TUES AM - Sampling and Process Sensor Developments to Incorporate PAT and QbD in Process Optimization | Tuesday, March 04 | 7:50 AM - 12:00 PM | Brookside B | Bradford Behr |
PIPAc project: Intelligent Production of Active Pharmaceutical Ingredients | 9A WED PM - Advanced Technologies from Concept to Reality: Problem(s) Solved Implementation and Integration | Wednesday, March 05 | 1:05 PM - 5:40 PM | Linden Oak Conference Room | Alejandro Bara-Estaun |