Air-Entraining Chemical Admixtures - From Formulation to Field: Applications, Troubleshooting & Case Studies

This volume is part of the Concrete Chemical Admixtures series, a comprehensive reference for industry professionals advancing the science and application of admixtures in modern concrete construction. As Volume 9, Air-Entraining Chemical Admixtures delivers an authoritative exploration of the critical role air-entraining admixtures (AEAs) play in enhancing concrete durability, particularly against freeze-thaw damage, while addressing evolving sustainability and performance demands.

Structured into two core sections, the text bridges theoretical principles with practical field applications. Part 1: Formulation and Production details molecular architecture, synthesis methodologies, and rigorous quality control protocols for creating stable, high-performance AEAs. Part 2: Application and Performance provides actionable guidelines for optimizing air-void systems in diverse concrete types, including high-performance concrete (HPC), self-consolidating concrete (SCC), and high-volume supplementary cementitious material (HVSCM) blends, while navigating challenges like temperature extremes, chemical incompatibilities, and carbon footprint reduction.

Designed for engineers, contractors, researchers, and specifiers, this volume equips readers with evidence-based strategies for compliance with international standards (ASTM, EN), predictive analytics for compatibility, and traceability frameworks to ensure long-term infrastructure resilience. With a focus on sustainability, digital integration, and next-generation technologies (e.g., bio-derived systems, encapsulated surfactants, and AI-driven design), Air-Entraining Chemical Admixtures serves as an indispensable resource for constructing durable, low-carbon infrastructure in the 21st century.