Who we are

Every Drop Does Double Duty

We turn waste heat and ambient humidity into reliable water + better cooling efficiency, more value from the same energy.

Radical Clarity

We build trust with transparent performance data, honest timelines, and clear accountability, especially when it’s uncomfortable.

Built to Endure

Designed for real deployments: harsh climates, imperfect maintenance, nonstop operation, robust, serviceable, and dependable.

Scale Through Partnership

We move faster by building with customers and partners, field feedback, cross-disciplinary teamwork, and shared execution that turns pilots into deployments.

Our Story

WattAir was founded on a simple belief: water and energy are inseparable, and the future depends on managing them together. Across agriculture, industry, and data infrastructure, these resources are increasingly scarce, tightly linked, and often wasted in parallel.

We focus on bridging clean water access and efficient energy use through thoughtful design and deep scientific insight. Guided by the principle that every unit of energy and water should do more than one job, WattAir works at the intersection of sustainability, resilience, and real-world impact.

WattAir stands for innovation with purpose, building solutions that help water and energy work together to support people, progress, and the planet.

Our mission is to turn that shared challenge into a shared opportunity.

Our vision is a world where communities and industries can meet essential water and cooling needs using the resources already around them. By rethinking how systems are designed and deployed, we aim to make water, energy resilience practical, scalable, and accessible.

The Team

Dr. Joseph P. Mooney

Co-Founder & CEO
Business, Innovation & Pilot

Prof. Bachir El Fil

Co-Founder & CSO Science, Innovation and Collaboration

Matthew Nagy

Sales & Vision
Customer Pipeline, Sales & Pilot

Art Gibney

Innovation Intern
Scaling & Development

Mentors

Student researchers

Malhar Kamat

Undergraduate Georgia Tech

Yasha Jeltuhin

Undergraduate Georgia Tech

Leah Crespo

Undergraduate Georgia Tech

Vladislav Stolbennikov

Undergraduate Georgia Tech

Quan Le

Undergraduate Georgia Tech

"This technology could save mine and many other businesses, it's amazing!"

- John

Farm Manager
California

“Our agriculture is more than an industry, it is heritage and identity passed down for generations. Yet three years of falling yields and scarce rainfall have made survival uncertain.

WattAir’s technology offers a precious opportunity: to capture and reuse the rare humidity and turn it into water to sustain our farm. Partnering with WattAir is not just about science and technology, it is about preserving a way of life.”

- Mihalis

Recent News

06/13/2026

WattAir wins the Sage Impact Entrepreneurship Award for cohort-selected investible start-up!

12/02/2025

Our CEO, Joseph Mooney, has been named to the Forbes 30 Under 30 Class of 2026 in Energy & Green Tech.

8/26/2025

We’re proud to share that WattAir has joined the ATDC portfolio, Georgia’s leading technology incubator helping founders build, scale, and succeed!

03/20/2026

WattAir Selected for Sage Impact Entrepreneurship Program by Village Capital!

10/01/2025

Turning Air into Water:

CEO of WattAir shared his views on water sources, the Middle East, and the future, with Fanack Water

01/15/2026

Keynote: WattAir at the Third Annual International Atmospheric Water Harvesting Summit

07/29/2025

WattAir Founders supported a winning Georgia Insitute of Technology Final Year Capstone research Group, “The Desicats”. Their work dove into the aspects of dessicant dehumidification and the impacts on energy efficiency. Congrats Desicats!!

09/16/2025

WattAir is a finalist at Climate Week NYC! We’re pitching our vision to build a sustainable water and cooling system on Governors Island, showing how innovation can shape a more resilient future!

Articles

Nature highlights

Atacama sunshine helps to pull water from thin air

Sci Tech Daily

Harvesting Drinking Water From Air With Innovative Absorbent Fins

Tech Xplore

Atmospheric water harvesting: Optimization of a hygroscopic hydrogel device improves efficiency

World Economic Forum

This material makes drinking water in the desert - here's how

C&EN

Star Wars-style ‘Vaporator’ could address water scarcity in the driest parts of the world

MIT News

In Situ X-ray Microscopy Unraveling the Onset of Salt Creeping at a Single-Crystal Level

R&D World

MIT researchers develop high-performance water harvester for desert environments

Engineers Ireland

Breakthrough as Irish-led study at MIT sheds light on long-standing materials and environme