Green ammonia, a compound of nitrogen and hydrogen, emerges as a highly promising energy carrier for the decarbonisation of certain sectors and as a hydrogen carrier.
Green ammonia, like hydrogen and other renewable molecules, is a crucial energy carrier for achieving zero emissions and decarbonising the economy.
Metrology in the gas system is the set of methods and tools used to accurately measure the quantity and quality of the gas that is received, transported and consumed at all points in the system.
Green hydrogen plays a key role in the energy transition and decarbonization. That's why it's important to develop methods for large-scale hydrogen storage, especially through underground storage, using techniques similar to those used for natural gas.
The Spanish gas system not only covers domestic demand, but also exports gas to other countries, helping to guarantee energy supply.
Green hydrogen is a clean, versatile energy that has the potential to become a key element for the future of the planet.
Diversity has always existed, although it has not always been taken into consideration in business circles. Fortunately, this reality is changing as a result of companies which, among other actions, are creating safe and respectful environments in which to express oneself.
Green hydrogen is emerging as one of the most promising solutions for decarbonising key sectors of the economy to make it more sustainable. This renewable gas, produced from water and green energy, has immense potential to transform the way we generate and use energy.
Hydrogen transport will play a crucial role in the development of a value chain around this new energy vector that joins a wide range of available renewable energies to contribute to a net-zero horizon.
To innovate is to turn knowledge into value. It is a process by which a new or improved product or service is successfully introduced into a market. On that basis, there are many ways to innovate in the field of clean energy.
