This book investigates the fundamental principles and practical applications of polymer devolatilization, a critical process in polymer manufacturing. It examines the thermodynamic and kinetic factors influencing the removal of residual volatiles from polymer melts, drawing on established chemical engineering principles. The work presents theoretical models and experimental data to elucidate the behavior of different devolatilization equipment and processes.

This text is recognized as a technical monograph focusing on the engineering aspects of polymer processing. Its detailed treatment of theoretical models and experimental data suggests it is aimed at researchers and engineers in the field of polymer science and chemical engineering. The scope of the work indicates a comprehensive exploration of devolatilization techniques, likely serving as a valuable reference for those involved in polymer manufacturing and development.