Research & Development
Advancing scientific research to develop scalable, reliable, and permanent solutions for air pollution control and carbon dioxide removal.
Our Research Focus
Our research focuses on material science, airflow engineering, and system optimization to efficiently capture carbon dioxide from ambient air while ensuring continuous, stable, and safe operation in urban environments.
Research Methodology
We follow a structured and iterative research methodology beginning with problem identification, laboratory-scale experimentation, prototype development, and data-driven refinement.
Key Research Objectives
- Improve carbon dioxide capture efficiency
- Reduce energy consumption during operation
- Enhance durability and lifespan of system materials
- Enable scalable and continuous system performance
Testing & Validation
Systems are evaluated through controlled experiments and simulated real-world conditions to assess performance reliability, safety, and environmental impact.
Data & Measurement Approach
Performance is measured using airflow analysis, carbon dioxide concentration monitoring, efficiency benchmarking, and long-term stability tracking.
Future Research Direction
Future research will focus on material optimization, system scale-up, pilot deployment in real-world environments, and integration with urban infrastructure to maximize long-term environmental impact.