What I specialize in

I am an inventor and specialist in atmospheric water generation (AWG), renewable energy and self-sufficient water and energy systems, with more than 20 years of experience in the sector.

Much of my work has focused on one of the biggest challenges surrounding atmospheric water generation: energy. Producing water from air requires a reliable and continuous supply of power, particularly when operating at scale. My expertise lies in understanding how water generation and energy systems can be designed together to make AWG more efficient, scalable and viable — especially in locations where reliable grid infrastructure is limited or unavailable.

I specialize in bringing different technologies together into one integrated system, combining atmospheric water generation with solar energy, battery energy storage systems (BESS) and intelligent energy management. Rather than looking at water generation, solar or battery storage as individual technologies, I focus on how they interact and how the complete system can be optimized for the specific location, climate and operational requirements.

Previous projects

Over the course of my career, I have worked on the development and implementation of scalable water and energy concepts, from smaller autonomous installations to large-scale infrastructure applications. My experience covers system design, technology integration, project development and the adaptation of solutions to different climatic, energy and operational conditions.

Today, I am particularly focused on decentralized and off-grid infrastructure — developing practical systems capable of producing clean water and reliable energy close to where they are needed. These concepts can be applied across a wide range of environments, including communities, agriculture, commercial and industrial operations, municipalities, hospitality, mining and data centers.

How can I help you

I am available to consult on projects involving water, energy, efficiency and scalability — from small off-grid installations and community projects to large commercial and industrial applications, including data centers.

My particular expertise lies at the intersection of atmospheric water generation, renewable energy and battery storage. Producing water from air is possible. Producing it at meaningful scale, completely off-grid and within a practical physical and economic footprint is the harder problem.

I have developed a system architecture that optimizes the relationship between atmospheric water generation (AWG), photovoltaic generation and battery energy storage (BESS). The real know-how lies in understanding how these three systems need to be sized, integrated and managed together to reliably produce the required volumes of water and energy while minimizing footprint, infrastructure requirements and cost.

This is not simply about using solar panels to power an AWG. I look at the complete system — water requirements, energy demand, climate conditions, solar production, battery capacity, operating cycles and available space — and determine how the different technologies can work together as one optimized system.

I can help with projects at different stages: from assessing feasibility and identifying the right system architecture, to improving the efficiency of an existing concept, integrating AWG with solar and BESS, reducing physical footprint and energy requirements, or developing a solution that can be replicated and scaled.