Optimisation of the Exergyn Drive Core Operating Efficiency & Performance
complete
Exergyn developed a novel waste heat recovery engine technology which employs Nitinol (shape memory alloy) in its core
Project Insights
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€84,500
Total Project Costs -
1 yr
Project Duration -
2015
Year Funded
Project Description
This project will develop the design of a next generation (low grade waste heat to power) engine by enhancing the efficiency of its engine and validating its performance. The Grantee will develop a model for the alloy core of waste heat recovery engine (to mimic and understand the fluid dynamics of the components' core) and utilise sensor technology as an aid to enhancing (and validating) the overall system performance of its engine.
Project Details
Total Project Cost: €84,500
Funding Agency: SEAI
Year Funded: 2015
Lead Organisation: Exergyn Limited
Partner Organisation(s): N/A