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From Waste Heat Potential to a Bankable Engineered Solution
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Identifying waste heat is only the first step. The real work is turning that potential into a technically rigorous, investment-grade design that stakeholders can act on. This case study documents how Sustainable Heating applied high-resolution spatial simulation to a large-scale integrated steel plant — quantifying an untapped thermal resource, designing the distribution network, and…
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Smart Heat Recovery Design
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Explore how low-temperature waste heat enhances district energy using innovative heat pumps in Italy’s steel foundry systems. In Italy, a steel foundry’s cooling system became a source of local energy. Using a low-temperature network operated by a local energy supplier and smart integration with decentralized heat pumps, they captured waste heat at just 25 °C and reused…
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Turning Industrial Waste Heat into Value
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Waste heat is everywhere. Yet most of it still escapes unused. Through the LIFE4Heat Recovery project, we explored how this overlooked energy source can be transformed into a valuable asset — technically, economically, and environmentally. One of the most promising case studies came from Ospitaletto, Italy, where we analyzed the heat recovery from a…