Sustainable Design Through Process Integration 3rd Edition
Sustainable Design Through Process Integration, 3rd Edition by Mahmoud M. El-Halwagi is an essential resource for engineers, sustainability professionals, and students seeking practical, system-level approaches to reduce energy use, minimize waste, and design resilient industrial processes. Clear, authoritative, and updated for today’s climate and resource challenges, this edition translates process-integration theory into actionable strategies for real-world applications.
Dive into proven techniques for energy and mass integration, water conservation, waste minimization, and lifecycle thinking. The book balances rigorous methodology with accessible explanations, offering step-by-step frameworks, optimization concepts, and illustrative case studies that span chemical, petrochemical, and manufacturing industries across North America, Europe, Asia, and emerging markets. Whether you’re optimizing plant-wide energy networks, planning water reuse, or pursuing circular-economy goals, you’ll find tools to cut costs, lower emissions, and meet regulatory and sustainability targets.
Readers will appreciate the practical emphasis: diagnostic tools to identify hotspots, integration strategies to recover resources, and scalable methods that suit both large plants and small-scale operations. The author’s decades of expertise make complex subjects intuitive, equipping teams to turn sustainability ambitions into measurable performance improvements.
Ideal for process engineers, environmental managers, academic courses, and consultants, this third edition positions you at the intersection of engineering excellence and environmental responsibility. Practical, current, and globally relevant—own this definitive guide to sustainable process design and start transforming your operations for efficiency, compliance, and long-term resilience. Order your copy today to bring industry-leading process integration practices into your projects and classrooms.
Note: eBooks do not include supplementary materials such as CDs, access codes, etc.


