Our Core Research Domains
Our research spans multiple disciplines, unified by a common goal: sustainable water access for all.
Atmospheric Water Harvesting
We design and synthesize advanced sorbent materials, including Metal-Organic Frameworks (MOFs) and hydrogel composites, capable of capturing water vapor from ambient air even in low-humidity conditions. Our work focuses on optimizing water uptake, release kinetics, and cycling stability.
Energy Systems
Our team develops renewable energy-powered systems combining solar thermal and photovoltaic technologies to enable efficient and sustainable atmospheric water harvesting in off-grid environments.
AI & Data-Driven Modeling
We leverage machine learning, computational modeling, and digital twin technologies to predict, simulate, and optimize the performance of atmospheric water harvesting systems under varying environmental conditions.
Renewable Energy Integration
We design off-grid energy systems that power our water technologies using solar, wind, and hybrid sources. Our research includes energy storage optimization, power management, and system-level integration for remote deployments.