In this article, we will break down how the hydrogen blending process works and the fascinating business model behind this innovative technology. We will explore each stage of the blending process step by step, analysing its benefits and challenges. We will also examine the impact this technology can have on a range of industries, from automotive to energy. Get ready to discover everything you need to know about hydrogen blending and how it is changing the energy landscape.

Hydrogen is not only the most abundant element in the universe, but as we already know, it is also extracted and used in large quantities on our planet. This molecule is rarely found in its pure state on Earth, being mostly combined in water molecules and organic compounds such as hydrocarbons. As a result, processes such as water electrolysis or natural gas reforming are necessary to obtain it.

Compressors are units designed to increase the pressure, in our case of hydrogen gas, so that it can be transferred and consumed. They are very mature devices due to their use in industrial plants over the last 100 years.

What is a hydrogen valley? What is the hydrogen economy? Are there any today?

Did you know that ammonia (NH3) will be a fundamental element that will allow us not only to use hydrogen in the chemical sector or in maritime transport, but also to transport it over distances of thousands of kilometres?

Did you know that ammonia (NH3) will be a fundamental element that will allow us not only to use hydrogen in the chemical sector or in maritime transport, but also to transport it over distances of thousands of kilometres?