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A considerable share of high-temperature waste heat in the steel industry remains unused. One key challenge is timing: waste heat is often generated intermittently, while industrial processes require a reliable and continuous heat supply. Thermal Energy Storage (TES) can decouple heat recovery from heat use. Our new whitepaper examines waste-heat potential from sources including flare gas, electric arc furnace off-gas and reheating furnaces. It also presents a project with Tata Steel focused on recovering waste heat from a sinter cooler. Download the whitepaper to learn how TES can: ◼ make fluctuating waste heat reliably available ◼ reduce the use of primary energy ◼ lower energy costs and emissions ◼ supply heat according to process demand rather than the time of generation This project is supported by the German Federal Ministry for Economic Affairs and Energy as part of the Renewable Energy Solutions Programme of the German Energy Solutions Initiative. #WasteHeat #SteelIndustry #ThermalEnergyStorage #IndustrialDecarbonisation #energy

Learn how Tata Steel uses waste heat with Thermal Energy Storage to increase efficiency. In this whitepaper diverse waste heat potentials are analysed and use cases for the Kraftblock storage discussed. Read about the potentials of TES for EAF off-gas, flaring, reheating furnaces, induration for applications like preheating scrap or feedstock, drying and process heat usage. Download the whitepaper and contact us for more info. This project is supported by the German Federal Ministry for Economic Affairs and Energy as part of the Renewable Energy Solutions Programme of the German Energy Solutions Initiative. #energy #steel #whitepaper #energystorage #heat #energyefficiency

Learn in this whitepaper about the applications of Thermal Storage in the Steel industry. Waste heat and electrification with storage are large opportunities to increase efficiency and decarbonise process heat. Topics include: ◼EAF off-gas ◼Flare gas ◼Sinter Cooling ◼Hot Stoves ◼many more sources and sinks Download to learn more about how a flexibility tool unveils waste heat potentials and allows for cost-efficient electrification in the steel industry. This project is supported by the German Federal Ministry for Economic Affairs and Energy as part of the Renewable Energy Solutions Programme of the German Energy Solutions Initiative. #energy #efficiency #steel #metal #wasteheat #energystorage

Thermal Storage in the Steel Industry. Our new whitepaper shows how fluctuating waste heat can be taken utlised best with Heat Storage. Analysing diverse sources and use cases, you can read about the benefit Kraftblock brings in steel mills and metal processing. Download the english Whitepaper and see if you recognise a potential in your site. This project is supported by the German Federal Ministry for Economic Affairs and Energy as part of the Renewable Energy Solutions Programme of the German Energy Solutions Initiative. #energy #steel #metal #heat #energystorage #thermalstorage

High-temperature waste heat recovery can save energy costs drastically in the steel industry. With flexible thermal storage, it becomes feasible to recover and utilise. Learn about waste heat recovery from EAF, Flare Gas, Reheating Furnaces and many more sources with the Kraftblock Thermal Storage, a high-temperature packed bed that balances luctuating waste heat sources and supplies a constant stream of process heat for drying, preheating feedstock or combustion air, delivering hot air to processes or stabilising steam production. Download the whitepaper to learn more and see first applications of electrification with Storage in the steel industry. This project is supported by the German Federal Ministry for Economic Affairs and Energy as part of the Renewable Energy Solutions Programme of the German Energy Solutions Initiative. #steel #energy #energystorage #wasteheat #energycosts

How can steel producers recover more waste heat, reduce energy costs and decarbonise high-temperature processes? Our new whitepaper explores how Thermal Energy Storage (TES) can unlock previously unused waste-heat potential and support the cost-efficient electrification of process heat in the steel industry. Featured heat sources and applications include: ◼ Electric arc furnace off-gas ◼ Flare gas ◼ Sinter cooling ◼ Hot stoves ◼ Reheating furnaces ◼ Additional heat sources and industrial applications Download the whitepaper to discover how TES can decouple heat generation from heat demand, balance fluctuating energy flows and provide reliable process heat when and where it is needed. This project is supported by the German Federal Ministry for Economic Affairs and Energy as part of the Renewable Energy Solutions Programme of the German Energy Solutions Initiative. #SteelIndustry #ThermalEnergyStorage #WasteHeatRecovery #IndustrialDecarbonisation