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Energy Generation
GeoPura was founded to help source enough clean energy to electrify our global economy and navigate the logistical issues of getting this renewable energy to where it is needed.
Our electricity networks were never designed to cope with the mass electrification of today’s global activities and operations. Although some of the world’s high voltage transmission systems are generally considered to have sufficient capacity, the relatively low capacity of local distribution networks, the cables down streets, and local substations, will rapidly become a significant problem. In many countries, the existing grid infrastructure is already being supported by diesel generators in order to deliver reliable power.
Conversion to clean energy is particularly challenging in sectors such as construction, events, media, etc where there is no grid availability and reliance on off-grid power is critical and currently dependent on the staggering global fleet of diesel generators.
The world has huge challenges to overcome in terms of network capacity and generating the increasing amount of clean, green energy needed, and future planning must focus on providing large-scale clean electricity storage and delivery outside of existing networks.
Green hydrogen is widely considered the fuel of the future, providing an answer to the climate issues we are facing.
Green hydrogen effectively stores renewable energy for use at a later date, enabling renewable energy to become an even greater contributor to our global energy needs and navigate current limitations relating to weather conditions.
The end-to-end process of producing green hydrogen with renewable energy and burning it in a fuel cell system to produce energy is entirely emissions-free.
Swapping our energy production to renewable sources and storing energy as green hydrogen will enable us to deliver as much zero-emissions, clean energy as we require: anywhere in the world. GeoPura are successfully delivering this technology at scale, using our HPUs to provide vast amounts of clean off-grid energy for an infinite number of applications and scenarios.
Water Electrolysis
- An electrical current is passed through water using two electrodes
- Hydrogen appears as gas bubbles at the cathode – where the electrons enter the water
- Oxygen appears as gas bubbles at the anode
- The separated hydrogen is pressurised and collected in hydrogen tanks that are then collected, transported, and stored.