Blog h2steel

Biocoal, derived from biobased feedstocks, could replace fossil coal in EU steelmaking. Challenges include material differences, cost, and availability. Solutions involve carbon pricing, efficient processes like DRI and EAF, and using agricultural residues for biocoal production.

Since the Industrial Revolution, the steel industry has been vital to economic and technological progress. However, its reliance on coal has significantly contributed to climate change, with each tonne of steel produced releasing about 1.9 tonnes of CO₂. In 2022, the industry emitted approximately 3.6 billion tonnes of CO₂, accounting for about 7% of global emissions. Emerging green technologies, such as those promoted by the H2Steel project, aim to transform steel production by integrating renewable energy and hydrogen. This transition is crucial for achieving the EU’s climate-neutral goals and reducing the sector’s environmental impact.

The urgent global climate crisis underscores the interdependence between climate, ecosystems, and human societies. Transitioning to a circular economy, as outlined in the European Green Deal, is crucial for achieving climate neutrality by 2050. Renewable hydrogen production is key for decarbonizing challenging sectors, despite hurdles like high costs. The H2STEEL project exemplifies innovative approaches to sustainable hydrogen production from bio-waste, aiming to cut CO2 emissions in the steel sector and support Europe’s climate goals.

Spain is on track to position itself as Europe’s future leader in green hydrogen production, harnessing its abundant solar and wind resources to foment sustainable

Let’s celebrate Europe Day together! H2STEEL is proud to commemorate the achievements of the European Union in promoting peace and unity. Today marks the 70th

Today, April 22nd is International Earth Day, a date that reminds us of the importance of caring for and protecting our planet. Oceans are filled