NERITH

Redefining the Future of Water and Energy Through Nanotechnology

Modular, Sustainable, and Smart Solutions for Atmospheric Water & Clean Energy — Powered by Advanced Nanomaterials

About Nerith

Nerith is a pioneering platform for sustainable water and energy independence—bridging advanced nanotechnology with real-world engineering to deliver practical solutions at scale. We are dedicated to taking super-absorbent materials (like MOFs and smart hydrogels) out of academic labs and into the built environment, where they address urgent needs in cities, industry, and remote regions.

By integrating these innovative materials with modular, AI-driven systems and robust engineering, Nerith empowers buildings, communities, and infrastructure to break free from traditional limitations delivering water and energy even in the harshest climates, from skyscrapers and urban neighborhoods to deserts and remote sites.

Our mission goes beyond materials science. Nerith is about revolutionizing the built environment: merging intelligent architecture, adaptive engineering, and fully autonomous resource systems to transform every building and community into a self-sustaining ecosystem. We focus on solving the real engineering and operational challenges that stand between research and reality enabling scalable, industrial solutions that minimize environmental impact, reduce dependence on centralized infrastructure, and secure water and energy for future generations.

The Nerith journey began in 2007, inspired by a personal trip to a water-scarce but humid region. What started as a vision became a technical mission in 2021, Nerith entered the nanomaterials lab and moved from concept to synthesis and real world testing. Today, we are building on years of research, heading toward a future where water and energy independence become part of everyday life.

Join us in shaping a future where access to water and clean energy is a universal right, not a privilege.

01

Eliminating Water Scarcity for Agriculture and Greenhouses

Both ground and aerial Nerith systems can supply irrigation anywhere, erasing water limits for industrial agriculture and food security—even in deserts.

02

Full Water Independence for Residential Villas and Neighborhoods

Each villa can replace rooftop water tanks with Nerith units for complete water independence. Blimps can supply public spaces or parks, creating sustainable, self-sufficient communities.

03

Stable Daily Water for Apartment Complexes and Towers

Multi-unit buildings can provide 200–300 liters per family per day, decentralized, clean, and free from city infrastructure.

04

From Energy Consumer to Producer in High-Rises

Skyscrapers (over 100m) using Nerith double their energy impact: Eliminates the need to pump water to high floors, saving up to 10% of building energy use. Water produced at height is used to generate electricity as it descends via micro-turbines, powering common areas.

05

Future Coastal Megaprojects—Blimp Farms and Modular Towers

Ambitious Nerith vision: "Blimp farms" along unused coastlines could produce many times the energy of solar parks (like Dubai's), while modular frame towers with Nerith units on every floor provide continuous water and energy.

06

Soil Remediation and Anti-Subsidence:

Subsurface Nerith systems or "artificial plants" made from biocompatible nanomaterials can restore soil moisture, heal land, and slow desertification. After years, these materials biodegrade, enriching the soil and supporting regreening.

Nano Technology

Our technology is powered by advanced nanomaterials that transform air into water and energy.

Autonomous Smart Infrastructure

Self-Sustaining, Grid-Independent Operation Fully autonomous, AI-driven units deliver water and energy anywhere—on rooftops, towers, or in remote regions—with zero reliance on external grids or pipelines.

100% Off-Grid Capability & Remote Monitoring Water-from-Air in <20% Humidity 24/7 Automated Operation Zero Brine, Zero Waste 5x Lower Carbon Footprint

Advanced Nano-Sorbent Systems

Transforming Air into Water & Power

Cutting-edge nanomaterials (MOFs & hybrid hydrogels) extract clean water from the air, even in desert climates—using less than 10% of the energy required by conventional systems.

10x Greater Efficiency vs. Traditional Water Production

Our Vision

A World Where Every Building Is a Source of Water—Without Consuming External Energy

Nerith is building a future where every building is not just a consumer, but a source of water—operating without the need for external energy. Our solutions are modular, scalable, and fully autonomous, ensuring that even the most remote regions can access clean water and renewable energy.

Net Positive
Energy Production
Zero Waste
Construction Process
AI Powered
Building Intelligence

Acknowledgements

We stand on the shoulders of generations of scientists, engineers, and visionaries who have devoted their lives to the advancement of water and energy technology. Their tireless pursuit—from the early pioneers to today's innovators—makes progress like Nerith possible.

We extend our deepest gratitude to Professor Omar Yaghi, whose groundbreaking work and vision in the field of MOFs continue to inspire our team and the global scientific community. His relentless commitment to innovation has paved the way for real-world impact.

We also thank our own team of scientists, engineers, and collaborators for their dedication, creativity, and unwavering pursuit of excellence.

Their combined efforts are what make Nerith a reality.

We are grateful for the support of our partners, collaborators, and the community that has made this journey possible.

Our Team

Morteza Safaari

Lead Materials Scientist

Dr. Farshad Mirzaee

Lead Physical Chemist

Asmaa Edwan

MENA Strategy (Arabic Region)

Dr. Mahdi Salmani

Head of Research and Development

Salem Bin Maskin

Regional Relationship Manager (UAE)

Hani Mousavi

Co-Founder and Inventor

AND MANY MORE COMPANIONS AND COLLEAGUES

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Nerith Blockchain Timestamps

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PGP/GPG Signatures

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Verify PGP Signatures

Follow these steps to verify document authenticity:

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Note: All signature files are cryptographically signed and can be verified independently using standard PGP/GPG tools.

Available Signatures

Nerith Whitepaper:
Nerith Project:
Laboratory:
Atmospheric Water Platform:
Laboratory Report 2022:
Trace Element Analysis:

Example Verification

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Technical Papers & Research

Access our comprehensive collection of technical papers and research documents.

Core Research Papers

Atmospheric Water Platform:

Foundational Documents

Document Information

All technical papers are peer-reviewed and include:

  • Detailed technical specifications and methodologies
  • Research findings and experimental results
  • Implementation guidelines and protocols
  • Future development roadmaps

For verification purposes, all documents are cryptographically signed and blockchain-timestamped.