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In the course of the research project, a cross-industry approach to the determination of flexibility potential was developed and adapted to the needs of the basic materials industry.
[The project description and the results are only available in German.]
The aim of ECo project was to utilise CO₂ for co-electrolysis SOEC in combination with electricity production from renewable sources for storage as methane presented an interesting approach to handling CO₂ emissions from the cement industry in a future sustainable energy system.
The research project was to create the basis for the use of mills for the targeted fine grinding of cement fractions and cement-like products.
The aim of the project was to define the sensitivities of and relationships between the various influencing factors in a form applicable to plants in general. This was achieved on the basis of plant experiences, as well as on existing and new plant measurements and CFD simulation.
Taking into account the experimental results and a techno-economic analysis, CEMCAP has developed a decision basis for CO₂ capture technologies in the cement industry. This should enable European cement producers to perform plant-specific CCS economic analyses and adapt to a world with limited carbon emissions. From a European perspective, CEMCAP aims to expand the portfolio of cost- and resource-efficient options for CCS and thus the possibilities for reducing greenhouse gas emissions.
The research project was investigating the extent to which the different types of mercury bond, the alkaline atmosphere and high dust loading influence the effectiveness of possible additives such as activated charcoal, open-hearth coke or other calcium compounds and mixtures of these.
At the request of VDZ members with business interests in Russian-speaking regions, VDZ therefore got together with other service providers and universities in early 2013 to work on creating a platform for training courses in Russian in the field of cement production and utilisation.
