The increasing harmful emissions have finally created an almost inevitable natural deterioration. It is obvious that transition into a green energy ecosystem is necessary in order to stop the natural devastation. Green hydrogen will be a critical enabler for the global transition to sustainable energy and net zero emissions. Also, as a hydrogen carrier, ammonia will play a significant role in the new hydrogen ecosystem. Currently, ammonia production causes almost 11% of global industrial carbon dioxide emissions, and 1.8% of global emissions. Producing green ammonia is likely to be put in perspective as it is chosen as one of the most innovative and emerging technology trends in 2021 by World Economic Forum. Therefore, green ammonia production from green hydrogen is vital for sustainability of our world.

TMBK Partners Sp. z o.o. will lead the task dedicated to the simulation. Components related to chemical operations (Haber-Bosh process), physical operations such as compression, expansion or adsorption / desorption processes in the PSA system will be simulated in CHEMCAD and the data from the simulation will be used to create energy models of these systems in MATLAB.

Moreover, TMBK Partners Sp. z o.o. will be engaged in the technology transfer. After the completion of the project, and during its performance, we intend to expand our technology offer to include services for the renewable energy sector. The project will enable us to develop an internal research and development team for the energy industry. Design and simulation tools dedicated to energy conversion and storage systems will be used to design new distributed energy installations.