Concrete Chemical Admixtures Air Entraining From Formulation to Field

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.