Future Research Direction

Advancing research pathways to enhance performance, scalability, and real-world impact of clean air and carbon removal technologies.

Material Optimization & Innovation

A key future research focus involves optimizing capture materials to improve efficiency, stability, and lifespan under continuous operating conditions. Research will explore material behavior across varying environmental factors to support reliable long-term deployment in urban environments.

System Scale-Up & Engineering Refinement

Future research will emphasize system scale-up and engineering refinement. This includes adapting laboratory and pilot-scale systems for higher air throughput, improved energy efficiency, and enhanced operational stability suitable for city-level applications.

Pilot Deployment & Field Validation

Pilot deployments in real-world environments will play a central role in future research. These deployments will enable field validation of system performance, data collection under practical conditions, and evaluation of operational challenges encountered during continuous use.

Integration with Urban Infrastructure

Research efforts will also focus on integrating systems with existing urban infrastructure. This includes exploring deployment strategies compatible with roadsides, public spaces, and industrial zones while maintaining safety, accessibility, and minimal disruption to daily activities.

Collaboration & Knowledge Development

Future research directions include collaboration with academic institutions, research organizations, and public bodies. Knowledge exchange and joint studies support methodological improvement, independent validation, and broader dissemination of research findings.

Long-Term Research Vision

Collectively, these future research directions form a long-term vision focused on developing scientifically rigorous, scalable, and sustainable solutions capable of addressing complex urban air quality challenges and supporting climate-resilient cities.