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ACOMP

ACOMP Brochure

ACOMP Brochure: Realtime Monitoring of Polymerization Reactions ACOMP is Automatic Continuous On-line Monitoring of Polymerization reactions, a patented solution that continuously extracts, dilutes, and conditions a small stream of reactor contents for analysis by a variety of non-chromatographic and chromatographic methods throughout the entire reaction process. The system can directly measure macromolecular properties during production. This fundamental information...
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Fluence Analytics - New website

Fluence Analytics Brochure

Fluence Analytics Brochure: realtime data. realtime optimization. Fluence Analytics is a manufacturer of industrial and laboratory monitoring solutions that produce continuous data streams. The company has two product lines, ACOMP and ARGEN. Combined with powerful, proprietary analytical tools, the confluence of data from the company’s measurements enable realtime optimization leading to improved process control and faster R&D for polymer and biopharmaceutical manufacturers....
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ARGEN_PEGS Boston 2018

ARGEN Brochure

ARGEN Brochure: Protein Stability Monitoring ARGEN by Fluence Analytics is the right instrument to assess the pharmaceutical stability of therapeutic proteins and general stability of natural polymer products. ARGEN allows for 16 independent experiments to run simultaneously, and each sample is measured continuously throughout the experiment, yielding extremely valuable kinetic sample stability data. ARGEN utilizes 16 completely independent cuvette sample...
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ACOMP

Monitoring EPDM Rubber: ACOMP Application Note 005

Determining Correlations in EPDM Rubber between Compositional Properties, Rheological Properties, and Detectable Trends via ACOMP   Authors: Michael F. Drenski, Dr. Matthew Crosley, Fluence Analytics David G. Ward (Lion Elastomers), Josh Vaughn (formerly with Lion Elastomers)   Abstract Automatic Continuous Online Monitoring of Polymerization reactions (ACOMP) was successfully used to measure the low and high...
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ACOMP

Monitoring Styrene Butadiene Rubber: ACOMP Application Note 004

Online monitoring of styrene butadiene copolymerization, including a final coupling reaction   Authors: Michael F. Drenski, Wayne F. Reed, Fluence Analytics Piotr Kozminski, Terry Hogan, Bridgestone Research Americas (Akron, OH)   Abstract Automatic Continuous Online Monitoring of Polymerization reactions (ACOMP) was used to continuously measure the anionic polymerization of styrene butadiene rubber (SBR) at the 20...
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ACOMP

Monitoring Pressure Sensitive Adhesives: ACOMP Application Note 003

ACOMP Monitors 2-Ethylhexyl Acrylate and its comonomer based reactions Background on Pressure Sensitive Adhesive The history of pressure-sensitive adhesive (PSA) dates back to the 1920s. Since PSAs are critical to the medical, engineering and construction industries, the demand for the adhesive is still growing. As reported by Tom Brown Inc.[4], the demand for pressure sensitive...
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ARGEN_PEGS Boston 2018

Impact of Stirring Stress: ARGEN Technical Note 004

Using ARGEN to Determine the Impact of Stirring and Physical Stress   Curt Jarand, Ph.D. Tulane University Center for Polymer Reaction Monitoring and Characterization (PolyRMC) New Orleans, LA 70118   The Stirring Problem: There is intense interest among therapeutic protein researchers about factors which impact protein aggregation and stability. Aggregation of therapeutic proteins can render...
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ARGEN_PEGS Boston 2018

Using 90° SLS to Determine Mw: ARGEN Technical Note 003

On the limits of 90° static light scattering for determining weight average molar mass Mw – A discussion with Chief Science Officer, Dr. Wayne Reed Technical Note 003 assesses the fractional error in Mw that results when θ=90° detection is used, instead of a full angular extrapolation via MALS.   Question: Can you compare the differences in...
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ARGEN_PEGS Boston 2018

Four Peptide Formulation Solutions: ARGEN Application Note 005

Four Peptide Formulation Solutions in 15 Days Background Custom designed oligopeptides are an increasingly accessible option in peptide-based technologies for pharmaceuticals. Following their synthesis, peptides are often subjected to HPLC purification and synthetic modification, which can require the use of non-aqueous media or salts requiring later removal. During the production of pharmaceutical peptides, spoilage can...
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ARGEN_PEGS Boston 2018

Kinetic Analysis of Peptide Aggregation: ARGEN Application Note 004

Kinetic Analysis of Peptide Aggregation Background Peptide-based pharmaceutical technology requires the delivery of therapeutic oligopeptides as designed in a stable form for effective application. Downstream from therapeutic peptide isolation or synthesis, peptides are often subjected to HPLC purification, synthetic modification, and preparatory treatments for long-term storage. Spoilage in the form of aggregation, degradation or oxidation...
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