The book investigates the challenges and methodologies in designing and implementing adaptive control systems for chemical processes. It addresses the dynamic nature of chemical reactions, which often exhibit nonlinearities, time-varying parameters, and disturbances, making traditional fixed-control strategies insufficient. The work likely explores various adaptive control algorithms, such as model reference adaptive control (MRAC) and self-tuning regulators, detailing their theoretical underpinnings and practical application in chemical engineering contexts. The objective is to provide engineers with the tools to develop robust and efficient control systems that can automatically adjust to changing process conditions.

The book is likely regarded as a technical and specialized text within the field of chemical engineering and control systems. Its focus on adaptive control suggests it is aimed at researchers, graduate students, and practicing engineers seeking in-depth knowledge of advanced control methodologies. The subject matter implies a rigorous treatment of mathematical models and control theory, characteristic of academic or professional engineering literature. The publication date indicates it may represent foundational work or early developments in the application of adaptive control to chemical processes.