Impact
Confronting the global water crisis with renewable-powered, scalable solutions.
The Global Challenge
Global Water Crisis:
Confronting the Challenge of Scarcity
For millions, every drop is a daily struggle.
Across Morocco and Africa, drought, climate change and aging infrastructure leave entire communities without reliable access to clean water threatening lives, agriculture and whole economies.
Clean Water
Clean Energy
Climate Action
Low Cost & Low Tech, by design.
Energy4Water builds renewable-powered, decentralized water generators around a simple promise: technology that any community, school or cooperative can own, operate and repair without specialised infrastructure or imported parts.
This frugal-engineering approach aligns directly with OCP’s Water Sustainability Program and Morocco’s national goals of water security, sustainability and energy efficiency.
Water Scarcity in Remote Mountain Communities
In the mountainous region of Anergo, access to cleanand reliable water remains a major challenge. Remote settlements, difficult terrain, harsh winters, and limited infrastructure make conventional water supply systems difficult and costly to develop and maintain.
For many families, obtaining water requires significant time and physical effort. Freezing temperatures, heavy snowfall, and changing weather conditions can further disrupt access, creating additional challenges for daily life, health, education, and economic activities.
These challenges highlight the need for innovative and decentralized water solutions that can operate in remote environments without relying entirely on conventional water infrastructure.
Our research explores technologies that extract water directly from atmospheric air, transforming the humidity naturally present in the atmosphere into usable water. By combining atmospheric water harvesting with advanced materials, renewable energy, intelligent control, and adaptation to different meteorological conditions, we aim to develop solutions capable of producing water across a wide range of environments—from dry and warm conditions to cold and mountainous regions.
Measuring Success
Goals & Metrics
What we aim for in every deployment clear targets keep projects accountable.
Our Goals
- Deliver reliable atmospheric water in arid and semi-arid climates.
- Increase sorbent/material efficiency while lowering regeneration energy.
- Keep systems off-grid-first using solar and hybrid power.
- Center humanitarian outcomes: safe drinking water for vulnerable groups, equitable access, and dignity in crisis or remote settings.
- Validate durability and uptime through field pilots.
- Share learnings to accelerate local innovation and training.
Key Metrics
Water produced (L/day)
kWh per m³
Uptime
CO²e avoided
Work With Us
We welcome collaboration on pilots, co-development, and strategic scale-up initiatives.