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HydroWatts is a clean-climate tech venture

Pushing the boundaries of clean-climate technology

We are developing a technology that aims to push the boundaries of clean-climate technology to a new chapter, with a vision to drive the world to net zero. We strive to touch and reach virtually every part of society and influence the future of transportation, energy, food, construction, and the health of our air, water, soil, and climate.

How It Works

HydroWatts is a revolutionary invention based on a fluid movement system that can be located almost anywhere, including under water's surface.

Unlike many other clean energy solutions, HydroWatts' technology is not limited by sunlight, wind currents, or water flow availability. This versatility allows our innovative apparatus to be positioned in various environments, including enclosed spaces, ensuring continuous operation day and night.

HydroWatts' technology is not just a breakthrough; it's a game-changer.

It's set to provide a fully sustainable green source of electricity, powering electrolysis, and leading to the production of green hydrogen. This is a crucial step towards a greener, more sustainable future, inspiring us all to make a positive change.

patent number: GB2405247.4

The Green Hydrogen Problem

Scalability

Green hydrogen and its derived electrolysis, a promising alternative to fossil fuels, particularly in scenarios where direct electrification isn't viable.
While pivotal for achieving climate neutrality, the urgent challenge lies in rapidly scaling up their production. Despite the commendable growth in electrolysis capacity mirroring that of wind and solar power, the availability of green hydrogen remains constrained in the short term and uncertain in the long term.
Resources

Presently, the bulk of hydrogen production, approximately 120 million tons annually, stems from fossil fuels.
In stark contrast, green hydrogen, generated through electrolysis powered by renewable energy sources, represents a mere 1% of the global supply. This dual dilemma of short-term scarcity and long-term ambiguity dampens investments in hydrogen applications and infrastructure, thereby hindering its full potential and undermining climate objectives.
Potential

Nevertheless, historical precedents suggest that the implementation of strategic, urgent policy measures akin to emergency responses could propel significantly higher growth rates in green hydrogen.
Such measures would accelerate breakthroughs, enhancing the prospects of future hydrogen availability and bolstering efforts to meet climate targets.