Discover some of ARIEMA’s most noteworthy projects throughout our extensive history, spanning from recent initiatives to those from earlier years.
ValorH2 focuses on researching technologies, materials, and processes throughout various stages of the hydrogen value chain. These stages include generation, compression, storage, transport, and utilization. Specifically, our research is geared towards two main areas:
Our primary objectives revolve around enhancing efficiency, reducing economic costs, and minimizing the carbon footprint at every stage of the process.
The objective of the Iron NPE project is to develop a non-propulsive energy system that utilizes a renewable hydrogen fuel cell. This project is undertaken within the framework of the AIRBUS ZEROe initiative.
As a consortium member, Ariema will take responsibility for constructing a multistack alkaline electrolyzer with a capacity ranging from 1 to 2 MW.
We are conducting a study on innovative technologies aimed at facilitating the transition of the metallurgical industry towards a circular economy. The focus of this study is centered around two key aspects:
Inductive charging project for running vehicles using road winding powered by renewable energies and fuel cells.
Innovative hybridization project for solar, wind and hydrogen production facilities on a floating facility
New materials, technologies and processes for the generation, storage, transport and integration of renewable hydrogen and biomethane from biowaste
Integrated solution for sustainable mobility in airports and eco-designed vehicle for emission reduction
Feasibility study for the commercialization of electrolysis from seawater, combined with renewable energies, for the Chilean industry.
Improves qualification and skills in eco-innovation for professionals in Spanish companies
Sustainable mobility for renewable self-production of hydrogen (MOBYPOST) applied to postal delivery in France
Training and advice to the agricultural and aquaculture sector in sustainability, efficiency, and innovation
