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webinar

Digital Transformation in Polymer Production

During the Digital Transformation in Polymer Production webinar, Fluence Analytics Co-founder & President, Alex Reed, joined the South Texas Section of AIChE to provide an introduction to the polymer industry, an overview of autonomous polymer operations, and some examples of technologies enabling digital transformation in polymer production, including ACOMP. Alex highlights the main differences between...
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Biosimilar – Protein Aggregation and Stability Analysis

Fluence Analytics participated in a biosimilar webinar discussing the use and advantages of ARGEN  to analyze the aggregation and stability of proteins. The webinar dives into Simultaneous Multiple Sample Light Scattering (SMSLS) which is a technology utilized by ARGEN.
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Forced Degradation of Proteins through Mechanical Stress

Dr. Curt Jarand, a Research Scientist at Tulane University’s PolyRMC, will explore the benefits of applying mechanical stress and material interactions while collecting kinetic aggregation data. The webinar will present data collected on ARGEN, a static light scattering instrument by Fluence Analytics.
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Optimizing Polymer Manufacturing

The exciting Optimizing Polymer Manufacturing webinar reviews customer benefits derived from the realtime monitoring of polymerizations with ACOMP, a smart manufacturing system that continuously analyzes polymers during production. Discussed benefits include reduced cycle times, improved product quality, enhanced yield, and dynamic measurements of critical polymer properties. Alex Reed, CEO of Fluence Analytics, presents case studies...
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Benefits of In Situ Aggregation Kinetics with ARGEN

Explore the advantages of In Situ Aggregation Kinetics with ARGEN! Chris Roberts, a Professor at the University of Delaware (UD), explores the benefits of using in situ aggregation kinetics during this webinar which includes data collected on an ARGEN, a static light scattering instrument. The webinar also incorporates the presentation of two case studies where...
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Polymer Characterization 101 – The Fundamentals

Expand your knowledge of polymer characterization! The latest webinar by Dr. Wayne Reed delves into the fundamentals of polymer characterization, including techniques and detectors used for analysis and the measurements they generate. Dr. Reed is considered a leading expert in polymer analysis. During this webinar, he also discusses the evolution of polymer analysis from discrete,...
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ACOMP Detectors by Michael Drenski

The perfect opportunity to learn all there is to know about ACOMP! This webinar by Fluence Analytics overviews the range of detectors incorporated into ACOMP that enable real-time monitoring and characterization of polymerization reactions. Michael Drenski, CTO of Fluence Analytics, discusses the ACOMP detectors that are available today and the value they provide. During the...
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Fluence Analytics Summer Webinar Series

Just in time for summer, Fluence Analytics is hosting a lineup of three new webinars! Topics include: 1) ACOMP Detectors – Mike Drenski 2) Polymer Characterization 101: The Fundamentals – Dr. Wayne Reed 3) Benefits of In Situ Aggregation Kinetics – Dr. Chris Roberts
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Introduction to ARGEN

Rapid Analysis of Protein Formulation Stability ARGEN, by Fluence Analytics, adds another powerful tool to the protein scientist’s arsenal. ARGEN is a light scattering instrument with 16 independent sample cells that can test for protein aggregation while stressing samples under multiple conditions including chemical, mechanical and thermal…all in real time and accelerating protein formulation stability!...
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Introduction to ACOMP

Realtime Monitoring for Polymerization Reactions ACOMP is a smart manufacturing system that provides realtime monitoring of polymerizations during production. This automated monitoring solution produces real-time insight into reaction kinetics and polymer properties such as residual monomer, monomer conversion, polymer composition, molecular weight, and intrinsic viscosity. ACOMP enables optimized process control, resulting in increased polymer yield,...
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