Engineering Chemistry

Description

The books Engineering Chemistry provides a comprehensive introduction to the fundamental principles of chemistry and their wide-ranging applications in engineering and technology. Designed to meet the requirements of undergraduate engineering students, the book bridges the gap between theoretical concepts and practical applications, offering a clear, concise and student-friendly approach.
Beginning with water and its treatment, the text explains the chemistry behind potable water, softening, desalination and boiler problems, highlighting its importance in industrial and domestic use. The section on electrochemistry and corrosion equips students with essential knowledge to understand energy conversion and prevent material degradation in engineering systems.
The book also explores energy sources such as batteries, fuels and fossil fuels, followed by an in-depth discussion on polymers, including conducting and biodegradable types. Recent developments are addressed in advanced functional materials, covering smart materials, biosensors and spectroscopy, while applications of materials such as cement, lubricants, graphene and phase rule concepts connect chemistry with practical engineering solutions. Finally, green chemistry and composites emphasize sustainability, eco-friendly practices and the use of composite materials in modern industries.
With well-structured chapters, illustrative examples and real-life applications, Engineering Chemistry not only strengthens fundamental concepts but also inspires students to apply chemistry to solve contemporary engineering challenges.

Salient Features

• Comprehensive coverage of Fundamental and Applied Chemistry Concepts.
• Detailed discussion of Water Treatment, Electrochemistry and Corrosion Control.
• In-depth coverage of Energy Sources, Polymers and Advanced Functional Materials.
• Emphasis on applications of materials such as Cement, Lubricants and Graphene.
• Special focus on Green Chemistry, Biodiesel and Composite materials for sustainable development.
• Simple, student-friendly language with illustrations, examples and applications.

Structured to meet the requirements of undergraduate engineering curricula.