The polymerization of PMMA can occur through various methods, including in liquid-phase solution, in a bulk extrusion process, and via casting. ACOMP is an online, smart manufacturing system that continuously monitors polymer properties in real time. This technical note illustrates how ACOMP can successfully monitor and characterize the solution polymerization of PMMA in the presence...Read More
In these experiments, ARGEN was used to characterize the thermal and chemical stability of a monoclonal antibody and subsequently establish quantitative and qualitative properties such as pH and temperature dependence on aggregation kinetics. Additionally, SEC elution profiles were superimposed onto Mw/Mo output, providing a robust comparison and identification of the stability landscape for the mAb....Read More
Understanding the thermal, chemical and mechanical stability and physical properties of polymers is essential for development success. The case studies below outline the experimental methodologies and data analysis using ARGEN™ to monitor polymer degradation and to characterize molecular weight as well as the effects of temperature, shear stress and solution conditions on the stability of...Read More
ACOMP was used to monitor the free radical polymerization of vinyl pyrrolidone using UV Absorption (UV), capillary viscometry and multi-angle light scattering (MALS). This technical note describes how ACOMP is used to monitor the polymerization of vinyl pyrrolidone under small changes in initiator concentrations.Read More
(New Orleans, LA, U.S.) ‒ Advanced Polymer Monitoring Technologies (APMT) has released its first technical note, detailing the features, benefits and functionality of the ACOMP smart manufacturing system. The technical note describes the evolution of the ACOMP technology honed through R&D efforts over the past 20 years by scientists and engineers at Tulane University and...Read More
