Chemical storage of hydrogen in salt With the possibility of storing and transporting hydrogen, H2APEX, in collaboration with AKROS, has achieved a milestone in the green energy transition.
A revolution in energy storage Future-proof hydrogen transportation - efficient, safe and sustainable
Use the latest solutions for transporting green hydrogen to actively shape the energy transition. Our comprehensive network and innovative technologies guarantee maximum safety, maximum efficiency and a sustainable supply chain – nationally and globally. Hydrogen hubs play a central role in this: they enable the storage and distribution of hydrogen at strategic hubs, often using innovative salt-based storage methods. These hubs ensure a flexible and reliable supply, even over long distances and with seasonal fluctuations.
Vision and mission Our vision is a world powered by renewable energy, where sustainability is not just a goal, but a way of life.
Our mission is to advance this vision through our pioneering hydrogen storage technology and thus contribute to a clean, sustainable planet.
Functional principle Our technology makes the complex simple.
We start by converting hydrogen gas into a hydrogen-loaded solution. This reversible process uses potassium formate and potassium bicarbonate, two readily available compounds. The beauty is in the simplicity – making effective energy storage accessible and safe.
Jonas Massa | Chief Scientist
Key features
Global hydrogen carrier
The potential of our technology extends to the global level. The uncomplicated manageability of our salts enables the international transportation of hydrogen. By shipping the salts of our storage process, we connect the supply and demand for renewable energy worldwide. This approach paves the way for a truly global renewable energy network that transcends borders and connects energy needs with sustainable solutions.
Our technology
Our breakthrough lies in hydrogen storage using salt solutions – a simple but groundbreaking approach to hydrogen storage. This method uses non-toxic materials and ensures a very high level of safety, redefining the standard for energy storage. We have turned complex science into a user-friendly technology that paves the way for a sustainable future.
History
Our journey began with a shared passion for green energy and a vision to make a real difference. Founded by a dedicated team of enthusiasts and tech innovators, Akros has grown from a bold idea to an emerging force in hydrogen storage solutions. Our journey is characterized by a pioneering spirit, a commitment to sustainability and a deep belief in the transformative power of clean energy.
Advantages
Our technology is characterized by its safety, environmental friendliness and cost efficiency. It offers a reliable solution for long-term energy storage, minimizes risks and maximizes efficiency and sustainability.
“Water is the coal of the future.”
Jules Verne, 1870
Market for stationary energy storage
Source: McKinsey, Precedence Research
The development of storage technologies for hydrogen is a decisive factor in the transition to a hydrogen economy.
Around 25 billion dollars are to be invested in the development of storage infrastructures worldwide by 2030. The hydrogen storage market is expected to achieve a compound annual growth rate (CAGR) of 7.1% between 2022 and 2030. The long-term goal is to reach a storage capacity of 100 million tons of hydrogen by 2050 to meet the demand for stationary storage solutions. This could have a significant financial impact by creating the basis for a scalable hydrogen supply and making the energy supply more sustainable.
Decentralized hydrogen hubs We see decentralized hydrogen hubs as key players in the energy transition.
These hubs store surplus electricity, seamlessly balancing out the natural fluctuations of renewable energy sources. They act as local energy centers that ensure a constant, sustainable energy supply.
Global hydrogen transportation market
Source: Hydrogen Council, McKinsey
Global hydrogen transportation market: huge investments for the energy future
The global market for the transportation of hydrogen will grow considerably in the coming decades. By 2050, it is expected that around 400 million tons of hydrogen and its derivatives will be transported over long distances. To make this possible, investments in trade-related infrastructure amounting to 1.5 trillion euros will be required. The annual cost of transporting, loading and unloading hydrogen carriers could amount to around 520 billion euros by 2050. These developments will be crucial to establish a global hydrogen economy and promote global trade in hydrogen.
We see practical applications in industry and for use in decentralized hydrogen and energy supply.
Nevertheless, we would like to give you some examples of the performance of our product.
With one liter of AKROS H2 salt
Can charge an average smartphone over 14 times.
