Chemical Reaction Engineering

Chemical Reaction Engineering by Solids is a comprehensive textbook designed for students and professionals studying the principles and applications of chemical reactions in solid-state systems. This reference work covers fundamental concepts in reaction kinetics, heterogeneous catalysis, and solid-phase transformations that form the foundation of modern chemical engineering practice.

The text addresses core topics including reaction mechanisms, rate equations, reactor design for solid-catalyzed processes, and the role of surface chemistry in determining reaction pathways. Detailed treatment of diffusion-controlled reactions, adsorption phenomena, and mass transfer limitations provides readers with the analytical tools needed to model and optimize industrial chemical processes. Each chapter builds systematically from theoretical principles to practical engineering applications.

Suited for undergraduate and graduate engineering programs, as well as professionals working in catalysis, materials science, and chemical manufacturing, this book combines mathematical rigor with accessible explanations. Case studies and worked examples demonstrate how theoretical concepts apply to real-world reactor design and process optimization challenges.

• Covers heterogeneous catalysis and solid-phase reaction mechanisms
• Includes detailed treatment of mass and heat transfer effects
• Provides mathematical models for reactor design and scale-up
• Aimed at engineering students and industry professionals
• Available nationwide with Cash on Delivery across Pakistan