Material Degradation Study of Energy Storage Materials for Renewable Technologies Cranfield University

Overview

This Material Degradation Study of Energy Storage Materials for Renewable Technologies programme offered by Cranfield University investigates high-temperature corrosion mechanisms affecting materials used in thermal energy storage systems for renewable technologies. The research aims to develop novel methods for improved prediction and measurement of corrosion rates through mathematical modelling supported by simulation, experimentation, and analysis. Particular attention is given to concentrated solar power systems, molten salt environments, thermal cycling, and the factors that contribute to material degradation and failure.

Key Facts

The project includes alloy and coating evaluation, corrosion testing, literature review, test matrix development, microstructural characterisation, thermodynamic calculations, and electrochemical investigations. Research is conducted within the Surface Engineering and Manufacturing Centre using specialised facilities including high-temperature corrosion laboratories, SEM/EDX, FIB, TEM, dimensional metrology equipment, and FactSage software. Students participate in industry-led initiatives, access the Cranfield Doctoral Training Network, engage with aerospace and energy sector networks, and have opportunities to attend international conferences.