Catalysis & Catalytic Process

📘 Catalysis & Catalytic Processes (2026–2027 Edition) Catalysis & Catalytic Processes is a comprehensive study resource designed to build a strong understanding of catalytic principles, catalyst materials & their applications in chemical reactions and industrial processes. This book covers catalytic mechanisms, catalyst characterization, homogeneous & heterogeneous catalysis, enzyme catalysis, environmental catalysis, petrochemical processes, industrial applications & emerging catalytic technologies. 📚 What’s Inside: 🔹 Unit 01 – Introduction Introduces the fundamental concepts of catalysis, explaining the role of catalysts in chemical reactions, catalytic activity, selectivity, reaction rates & the importance of catalysis in modern chemistry and industry. 🔹 Unit 02 – Principles of Catalysis Explores catalytic mechanisms, activation energy, reaction kinetics, adsorption, desorption, catalytic cycles, reaction pathways & the factors affecting catalyst efficiency and selectivity. 🔹 Unit 03 – Catalytic Materials Covers metals, metal oxides, supported catalysts, zeolites, porous materials, nanocatalysts & other catalytic materials, highlighting their structures, properties, preparation methods & applications. 🔹 Unit 04 – Catalyst Characterization Examines techniques used to analyze catalysts, including X-ray diffraction, electron microscopy, surface area analysis, spectroscopy, temperature-programmed methods & other tools for evaluating catalyst structure and performance. 🔹 Unit 05 – Homogeneous Catalysis Explains catalysis in a single-phase system, including organometallic catalysts, ligand effects, catalytic cycles, coordination chemistry, reaction selectivity & applications in chemical synthesis. 🔹 Unit 06 – Heterogeneous Catalysis Explores catalysts operating in different phases from their reactants, focusing on surface reactions, adsorption, active sites, diffusion, reaction kinetics, catalyst supports & industrial applications. 🔹 Unit 07 – Enzyme Catalysis Covers biological catalysts, enzyme structure, active sites, substrate binding, enzyme kinetics, catalytic mechanisms, factors affecting enzyme activity & applications in biotechnology and biochemical processes. 🔹 Unit 08 – Environmental Catalysis Examines catalytic technologies for pollution control, including automotive catalytic converters, nitrogen oxide removal, volatile organic compound oxidation, wastewater treatment & emission reduction. 🔹 Unit 09 – Petrochemical Catalysis Explores catalytic processes in petroleum refining and petrochemical production, including catalytic cracking, hydrocracking, reforming, isomerization, alkylation & the production of valuable chemical feedstocks. 🔹 Unit 10 – Advanced Catalytic Processes Covers advanced catalytic approaches, including photocatalysis, electrocatalysis, nanocatalysis, tandem catalysis, selective oxidation, sustainable reaction pathways & energy-related catalytic technologies. 🔹 Unit 11 – Industrial Catalysis Examines large-scale catalytic processes used in chemical manufacturing, including ammonia synthesis, sulfuric acid production, polymer manufacturing, catalyst regeneration, process optimization & industrial catalyst design. 🔹 Unit 12 – Emerging Trends Explores emerging developments in catalysis, including artificial intelligence-assisted catalyst discovery, machine learning, single-atom catalysts, green chemistry, renewable feedstocks, carbon dioxide conversion & sustainable catalytic systems. 🎯 Suitable For: 🎓 BS & MS Chemistry Students 🧪 Physical Chemistry & Industrial Chemistry Students ⚗️ Chemical Engineering & Process Engineering Students 🔬 Materials Science & Catalysis Research Students 🌱 Environmental Chemistry & Green Chemistry Students Build a strong foundation in catalytic science, understand reaction mechanisms & explore innovative catalytic technologies transforming chemical industries with the (2026–2027) Edition! ⚗️🧪🏭📘📚✨