Renovating Europe’s buildings is essential to reducing energy consumption and accelerating the transition towards climate neutrality. Yet one of the biggest challenges often comes before
As Europe accelerates the transition towards renewable energy, its electricity system is becoming increasingly complex. Wind farms, solar parks, battery storage, electric vehicles and millions
Europe’s metal producers and foundries are essential to manufacturing, supplying everything from automotive components and machinery to the materials needed for clean energy technologies. Yet
Forging and casting are among the most energy-intensive manufacturing processes in Europe. While significant amounts of heat are generated during production, conventional heat treatment often
Decarbonising sectors such as aviation, heavy industry and large-scale transport requires alternatives to fossil fuels that can be produced sustainably and at industrial scale. At
Creating climate-neutral cities requires more than renovating individual buildings. Entire neighbourhoods must become more energy-efficient, resilient and connected if Europe is to achieve its climate
Improving the energy performance of Europe’s buildings is one of the most important steps towards achieving climate neutrality. However, renovating large portfolios of social housing
Hydrogen is expected to play a central role in Europe’s transition towards a climate-neutral economy, supporting the decarbonisation of industry, transport and energy systems. However,
Europe’s energy-intensive industries are under increasing pressure to reduce carbon emissions while maintaining the reliable, continuous production processes that modern manufacturing depends on. Although renewable
Many industrial facilities across Europe were built decades ago, long before today’s energy efficiency targets, carbon reduction commitments and digital manufacturing technologies became priorities. Replacing
