Acid Scavenging Additives for Plastics Processing: From Formulation to Field: Applications, Troubleshooting & Case Studies

"Acid Scavenging Additives for Plastics Processing: From Formulation to Field: Applications, Troubleshooting & Case Studies" is the third volume in the "Plastics Additives and Modifiers" comprehensive library series and is authored by Dr. Mostafa Ebrahim as an expert-level technical reference addressing acid-induced degradation as a critical and frequently underestimated limitation in polymer manufacturing. Spanning more than 570 pages, this volume delivers an in-depth examination of acidity sources, degradation mechanisms, diagnostic techniques, and mitigation strategies across a wide range of polymer systems, including PVC, polyesters, polyamides, polycarbonates, polyurethanes, and complex filled or recycled formulations.

The volume systematically connects fundamental degradation chemistry with industrial formulation and processing practice, providing a lifecycle-oriented framework for selecting, formulating, and deploying acid scavengers. Detailed discussion covers acidity arising from hydrolytic chain scission, thermo-oxidative reactions, residual catalysts, and post-consumer contamination, with emphasis on interrupting autocatalytic degradation pathways before irreversible loss of molecular integrity occurs. Rather than presenting a conventional additive catalog, the book adopts a systems-level perspective that integrates polymer architecture, additive interactions, and processing conditions.

A defining characteristic of this third volume is the structured integration of Industry 4.0 concepts into acid management. Digital twins, inline analytical monitoring, real-time rheological and torque measurements, and predictive data analytics are presented as practical tools for transforming acid scavenging from a reactive corrective action into a controlled processing variable. Actionable checklists, comparative performance matrices, formulation templates, and industrial case studies illustrate both successful and failed stabilization strategies, with direct relevance to high-recycled-content processing, equipment durability, and product quality consistency.

Intended for professionals involved in stabilizing virgin engineering polymers, upgrading post-consumer recyclates, or developing formulations for regulated applications such as food contact and medical devices, this volume combines scientific depth, industrial pragmatism, and digital fluency to support robust acid control in modern, circular, and high-performance plastics manufacturing.