Learn more about the Greenhub project in this short video.
In the future, we aim to reduce the electricity gap between summer and winter. To achieve this, we are testing renewable energy storage solutions that could become international standards.
project goals
The primary goal of GreenHub is to develop systemic and innovative approaches for the production, conversion, storage (in the summer-winter period) and management of renewable energies and waste streams in order to increase the resilience of the energy system at times of peak demand.
The scientific goal is to provide a working solution for Living Lab technologies (HTE, methanol, ammonia, olefins, aluminum).
The technological goal is to demonstrate the GreenHub systemic innovation, which will include energy storage in green fuels.
The economic goal is to demonstrate the concept and assess the costs of the GreenHub systemic innovation at the pilot stage.
The overall social and environmental goals are to provide a safe and environmentally friendly method of seasonal energy storage.
research and implement partners
Major Component Delivered: Syngas Compressor Arrives at Greenhub
An important milestone has been reached in the Greenhub project: the syngas compressor for the methanol synthesis in Subproject 1 has been successfully delivered. As one of the most critical pieces of equipment in the future LivingLab, the compressor plays a key role in the process. It will compress the syngas to the required operating pressure for methanol synthesis, making an important contribution to the production of renewable methanol. The successful delivery is the result of careful planning and close collaboration among all project partners involved. With the compressor now on site, the next phase of installation and integration can begin. This achievement marks a visible step forward in bringing Greenhub to life and advancing the development of a more sustainable energy future.
