Remediation of Polluted Soils Through Stabilization and Solidification

Remediation of Polluted Soils Through Stabilization and Solidification: Sustainable Solutions for Construction and Environmental Safety meaningfully advances the field through a distinctive integration of foundational science, material innovation, and applied engineering practices. Drawing on contemporary research and interdisciplinary collaboration, the book addresses the technical and environmental imperatives that define modern ground improvement.

Structured in five parts, the work first builds a rigorous understanding of the physicochemical principles that underpin soil behavior and the geotechnical rationale for S/S interventions. Subsequent sections then examine a wide range of treatment strategies—from conventional chemical and mechanical approaches to novel techniques that leverage industrial by-products, biomaterials, and nanotechnologies—framed through the lens of long-term performance, scalability, and regulatory alignment.

Case studies and field applications demonstrate how emerging knowledge translates into effective implementation across land remediation, infrastructure development, and broader climate-resilient projects. The volume closes with a forward-looking assessment of research trajectories, technological frontiers, and pressing real-world challenges, encouraging a critical dialogue at the intersection of methodological precision, operational viability, and ecological responsibility for audiences in both academia and industry.