Concentrated solar thermal systems for decarbonising industrial processes

Expected Outcome: Renewable heating can be directly used to efficiently decarbonise industrial processes. Concentrated solar thermal technologies offer a great potential to supply renewable heat for industry for temperatures between 150°C - 400°C. Nevertheless, efforts are still required to demonstrate these technologies for a variety of industrial processes. Proposals are expected to contribute to all the following outcomes: Showcase the capacity of concentrated solar thermal systems to largely meet the heat demand of industrial processes and to achieve a yearly solar fraction of at least 50%. Increase competitiveness of concentrated solar thermal for industrial applications. This is to be proven by an economically feasible business case; by reducing the Levelised Cost of Heating (LCoH); and by valorising and promoting the competitive advantages of the technology such as heat storage, flexibility, and energy security. Scope: The proposals are expected to demonstrate concentrated solar technologies for heat production (within the 150°C - 400°C range), combined with storage, feeding the generated heat to existing heating and/or cooling processes in industry, e.g., drying, melting, sterilisation, refrigeration, etc. The proposals are expected to efficiently integrate the solar heat system in the selected industrial application. To a possible extent, the proposals should optimise energy efficiency and heat recovery of the industrial process to maximise the coverage of the heat demand by the solar system and to ensure an efficient solar investment. Hybridisation with other on-site renewable energy technologies could be considered. However, the core solutions are expected to focus on the concentrated solar thermal part and not on the industrial process or on the hybrid renewable energy technologies. The proposed solution is expected to be demonstrated in all possible solar incidence, and for a continuous period of at least 6 months. The replicability potential to other industrial processes should also be taken into account. The proposals are expected to address the techno-economic feasibility and the environmental impact of the proposed systems, as well as specific issues related to the integration of the solar systems in the industrial process such as surface availability. The proposal is expected to include a clear go/no go milestone before entering the deployment phase. Before this go/no-go milestone, the project is expected to submit: i) a proof of solid engagement of the industrial demonstration party, ii) all needed permits for deployment, iii) credible…