Condensation AWH
Compact systems that cool air and recover water from humid conditions.
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Research areas
Our research combines practical water harvesting concepts with renewable and climate-smart solutions for communities, agriculture, and industry.
Compact systems that cool air and recover water from humid conditions.
Low-humidity harvesting using advanced sorbent materials and passive regeneration.
Underground cooling paths that support condensation in hot and arid climates.
Water solutions adapted for resilient farming and climate-smart irrigation.
Solar and renewable integration to reduce energy demand and widen deployment.
Our prototypes
Three complementary development paths connect atmospheric water science with efficient, deployable hardware.
A compact prototype for efficient water generation with modular deployment potential.
A sorbent-focused prototype developed for dry-climate harvesting and low-energy regeneration.
A passive and solar-assisted concept designed for practical operation in arid environments.
Partners
Long-term partnerships extend our scientific capabilities and help validate research in real operating environments.
Agriculture & Development
Farmer-centered development and agronomic support in African markets.
Soil & Nutrition
Collaborative research on soil health and sustainable fertilization in arid zones.
Energy Systems
Energy integration insights for robust and efficient water operations.
Renewable Innovation
Platform support for renewable innovation and technology validation.
Public Research
Advanced research collaboration on materials and environmental systems.
Future Energy
Energy-transition research aligned with climate and sustainability goals.
Engineering Research
Technical exchange and collaborative engineering research in fluid dynamics.
Climate Science
Laboratory of Dynamic Meteorology focusing on climate patterns and water cycles.
Academic Excellence
Academic collaboration enabling deeper research and talent exchange.
Academic Partner
Collaborative research and talent development in advanced engineering.
Research Partner
Advanced research in technology and sustainable innovation.
Research Partner
Supporting agricultural innovation and water sustainability projects.
Academic Partner
Academic collaboration in environmental and water research.
Academic Partner
Regional research collaboration in sustainability and water systems.
Academic Partner
Engineering expertise supporting applied research and innovation.
Research Partner
Leadership in renewable energy and sustainable technologies.
Academic Partner
Global research excellence in water and environmental systems.
From evidence to impact
We turn research into working prototypes that support resilient water systems, sustainable agriculture, and cleaner energy.