Production

Global energy consumption is projected to rise nearly 50% above its current level over the next three decades.

To combat GHG emissions in the EU, the region has and will continue to invest heavily in new H₂ production and infrastructure capacity.

Update on the latest projects in the hydrogen sector.

In addition to its established role in the fertilizer industry, ammonia has many energy applications: it shows potential as a zero-carbon fuel, a low-carbon energy storage medium and a carrier for H2.

The cost of H₂ production depends on the natural gas price for SMR, the electricity cost for electrolysis and biomass, and the electricity cost for the biomass route.

With a global energy transition underway, interest in H₂ as an essential vector in a future energy system is skyrocketing.

EUSTREAM, Gas TSO of Ukraine (GTSOU), NET4GAS and OGE have joined forces to develop an H2 highway through Central Europe.

The Middle East is rich in both fossil and renewable energy, in the forms of petroleum, sunlight and wind.

The low-carbon H2 sector is set to double in size this year, according to research by BloombergNEF, helped by unexpected growth from China in the first half of the year.

Increasing concerns about environmental pollution related to greenhouse gas (GHG) emissions is promoting the energy transition toward more sustainable energy production systems. These systems are based on renewable energy exploitation and circular economy principles.

The promise of safe and reliable hydrogen generation and distribution can be both exciting and daunting.

Gulf Energy Information’s Global Energy Infrastructure (GEI) Database and Construction Boxscore Database are tracking 413 active and operating carbon-neutral and low-carbon H2 production and utilization projects around the world.