Webinar – Decarbonising industrial heat: European insights, real case studies, and cost-effective solutions

Reducing CO₂ emissions from industrial heat is increasingly a business consideration as energy costs rise and regulatory requirements evolve. As energy costs rise and regulatory pressure intensifies, industries face a critical question: Industries are assessing how they could reduce reliance on fossil fuels while managing operational risks and maintaining competitiveness?

Industrial players are navigating a complex landscape where electrification, thermal energy storage, and concentrated solar thermal technologies offer promising solutions, but their feasibility varies significantly depending on local conditions. Differences in electricity prices, grid structures, and tariff schemes across countries such as Spain, the Netherlands, and the UK can directly determine whether these solutions are viable or not. Without clear data, comparative insights, and real operational experience, Industries are assessing how they could reduce reliance on fossil fuels while managing operational risks and maintaining competitiveness.

In this webinar, participants can expect to gain data-driven insights of how thermal energy storage and concentrated solar thermal solutions may help reduce CO₂ emissions from industrial heat. We will also combine comparative analysis across Spain, the Netherlands, and the UK, and gain real operational insights from the Heineken brewery in Seville, as well as obtaining a global perspective on economic viability.

• Understand how electricity prices, grid fees, and energy mixes in Spain, the Netherlands, and the UK impact the feasibility of industrial heat electrification
• Learn how thermal energy storage can optimise energy use and improve flexibility in industrial processes below 400 °C
• Explore the real-world integration of concentrated solar thermal technology at the Heineken brewery in Seville
• Assess the economic viability of solar process heat based on global market trends and recent studies
• Identify potential approaches that may help reduce emissions while maintaining cost-efficiency and industrial competitiveness