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A cast-iron strong solution
In the search for sustainable energy carriers, an obvious material shows a valuable solution for all the problems that are playing a role worldwide in the energy transition.
A CO₂-neutral energy carrier with low nitrogen oxide emissions, transportable and continuously reusable.
By integrating Iron Power as much as possible within existing value chains, we accelerate the perfection of the technology, make it financially accessible and Iron Power can be marketed worldwide.
The Iron Power Community facilitates, stimulates and initiates projects, subsidies and forms the neutral basis for all collaborating parties from the academic world, industry and governments to further develop the technology as a unit.
We are continuously looking for initiatives, problems and challenges from companies and markets to set up feasibility studies and business cases in which Iron Power can play a role. All this is aimed at our vision of making Iron Power deployable worldwide as a circular energy carrier.
Companies are challenged to become more sustainable. Companies with energy-intensive processes in particular find it difficult to become more sustainable if they are not located near infrastructure where sustainable electricity or hydrogen or other sustainable energy carriers are available.
Even if the company is connected to the infrastructure, the price of sustainable energy is subject to fluctuations due to limited availability. As a result, the use of the sustainable energy network is not always attractive from a business economics perspective, which means that conventional and often non-sustainable alternatives are still being used.
This stands in the way of sustainability and affordability.
Iron Power is extremely suitable for flexible use in high- temperature processes within the energy-intensive industry.
This technology makes strategic deployment possible.
The large-scale storage and import of iron powder generates a cheap/stable fuel price, making Iron Power an attractive sustainable energy carrier more quickly and efficiently.
As a sustainable and potentially circular energy carrier, it can ensure accelerated energy transition and growth in many industrie
