AIR
Focuses on design strategies and urban components designed to act as natural processes for air quality management, promoting cleaner and healthier environments. By incorporating natural elements and systems, these components can help filter and purify the air, reducing pollution levels and improving overall air quality. .
A1: Natural processes for air quality management
3
A2- Natural ventilation
4
A3- Sensory air flow variation
4
A4 - Natural elements for carbon offset
3
A5- Low-emitting natural materials and finishes
3
AMC- AIR Management credits
6
A2: Natural ventilation across the city
Designing for natural ventilation in a biophilic city involves creating strategies that facilitate the flow of fresh air throughout the urban environment. By leveraging natural air movements, cities can enhance air quality, reduce reliance on mechanical ventilation systems, and create a more comfortable and healthier living environment.
Total Credits: 4
A3: Sensory air flow variation
Designing for sensory airflow variation in biophilic cities involves creating diverse and dynamic airflow patterns that engage and stimulate the senses.
Designate specific areas as ventilation corridors to facilitate airflow and create sensory variations. These corridors can be wide pathways or open spaces strategically located to channel and direct natural breezes throughout the city.
Total Credits: 4
A4: Natural elements for carbon offset
Designing for natural carbon offset in biophilic cities involves implementing strategies that utilise natural systems to absorb and store carbon dioxide (CO2) emissions.
Urban components may include green walls, green roofs, green paths , walkways, wetlands and timber fixtures.
Total Credits: 3
A5: Emission control
Designing for emission control in biophilic cities involves selecting and utilizing building materials that have minimal or no emissions of volatile organic compounds (VOCs) and other harmful pollutants. Examples include sustainably sourced wood, natural stone, cork, bamboo, clay-based materials, and natural fibers like wool or cotton. These materials often have lower chemical content and emit fewer pollutants compared to synthetic materials.
Total Credits: 3