Overview

Air has always been treated as something to move, dilute, or filter in bulk. For decades, engineers have relied on mechanical separation, pressure drop, and adsorption to improve indoor air quality. While these methods have served society well, they were never designed to understand air at the molecular level. They capture particles, not intent. They remove ""everything,"" not specific threats. As buildings become more energy-efficient, more airtight, and more densely occupied, the limitations of traditional air filtration become increasingly evident. Volatile organic compounds persist despite ventilation. Airborne pathogens evade mechanical barriers. Carbon dioxide accumulates not because we lack airflow, but because we lack selectivity. The future of air quality control will not be defined by higher-efficiency filters alone-it will be defined by intelligence, precision, and molecular awareness. This book explores a radical but increasingly plausible idea: molecular air filters-systems capable of identifying, trapping, neutralizing, or transforming specific airborne molecules while leaving the rest of the air untouched. Much like CRISPR transformed biology by enabling precise gene editing, molecular air filtration proposes a future where air is actively managed at the atom level. Although much of this technology remains beyond today's commercial reach, the scientific foundations already exist. Advances in material science, synthetic chemistry, artificial intelligence, and bio-inspired engineering suggest that selective, programmable air cleaning is not a question of if, but when. This book does not claim to deliver ready-made solutions. Instead, it provides a technical roadmap, a conceptual framework, and an engineering vision for what may become the next major leap in HVAC and indoor environmental control over the next 20 to 30 years. This is a book about possibility-grounded in physics, chemistry, and engineering reality.

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