Ekstera is addressing a significant challenge in the steel and cement industries: the substantial waste heat generated during production processes. As these sectors increasingly electrify to cut down on emissions, the demand for clean electricity intensifies, exerting pressure on Canada's power grid.
To confront this issue, Ekstera employs an innovative solution that utilizes patented Stirling engine generators to convert industrial waste heat into clean, carbon-free electricity directly on-site. This technology captures heat that would otherwise be lost to the atmosphere, transforming it into affordable and reliable power. The result is a dual benefit: reducing carbon emissions while simultaneously decreasing operating costs for manufacturers.
Building on the success of its initial project phase, which involved the design and testing of a pilot-scale Stirling engine, Ekstera is moving into the next phase. This will focus on scaling the technology and conducting field tests of modular units at Gerdau’s steel mill in Cambridge, Ontario. This project aims to generate essential technical and operational data to facilitate broader commercial adoption of the technology across steel mills and various industrial facilities.
Overall, Ekstera’s approach not only helps to mitigate environmental impacts but also supports manufacturers in achieving more sustainable operations by transforming waste into valuable energy.
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