This online seminar provides an overview of state-of-the-art kiln system designs used in the cement industry, with a particular focus on gasification and advanced combustion concepts. You will gain insight into modern approaches for integrating gasification technologies into kiln and calciner systems, as well as into proven and emerging methods to enhance the efficient and stable combustion of alternative fuels. You will deepen your understanding of the technical principles, practical operating experience, and design considerations that support higher alternative fuel substitution rates while maintaining kiln stability, clinker quality, and environmental compliance. Case examples and industry experience will be used to illustrate current best practices and future development trends. The online seminar is aimed at professionals involved in kiln operation, process engineering, plant design, and decarbonisation strategies within the cement industry.
Climate neutrality in the cement and lime industry requires the development of an extended CCS infrastructure. This includes CO₂ capture at the sites of industrial production and establishing links for CO₂ transport between widespread sources and sinks for geological CO₂ storage or use. Both, the CO₂ infrastructure and operation of CCS are related to significant investments and costs. Finally, the additional cost will have to be accommodated with the value chain and users of the industrial products. However, the build-up of carbon capture facilities and transport infrastructures are mutually dependent on each other and associated with high financial risks that can’t be controlled by the private actors alone. They will require significant initial investments, which can only pay back over decadal time periods. Such investments require dedicated strategies for the de-risiking and financing of the deployment of CCS by the industry. In this online seminar, you will take part in a discussion about strategies for de-risking investments in CO₂ infrastructures and CCS projects. You will gain insights into potential financial de-risking instruments, the associated regulatory requirements, and the roles of public and private actors. Alongside stakeholders from industry, infrastructure providers and the financial and governmental sectors, you will assess the applicability and effectiveness of these mechanisms in enabling the deployment of CCS and CO₂ infrastructure across Europe.
Flue gas cleaning technology in the cement industry is based on, and has been further developed in accordance with, the extensive Best Available Techniques Reference Document (BREF). The next revision cycle of the BREF document is due to start in 2027. The current state of knowledge and emissions data from plants across Europe, as well as ecological and economic factors, are highly relevant and influence discussions between industry, authorities, and decision-makers. This online seminar will provide you with a comprehensive overview of the importance of the BREF process. You will learn about the current BAT for emission abatement, its limitations and potential and cost implications. The seminar will conclude with an outlook on 'new' emission parameters to be discussed in the future, such as PFAS (per- and polyfluoroalkyl substances).
With the decreasing availability of fly ash and blast furnace slag, activated clays are becoming a key solution to reduce the clinker factor and thus the carbon footprint of cements and concretes. The use of low-grade clays as SCM is increasing, raising entirely new questions regarding production, analysis and application. In this online seminar, you will receive a comprehensive overview of experiences with various thermal activation methods for clays. You will explore analytical challenges related to quality control of both raw and calcined clays and presents extensive evaluations of their performance in cements (CEM II/C, CEM VI, LC3 etc.). We will also discuss the effects on concrete performance in detail, covering fresh and hardened concrete properties as well as durability. First experiences with the mechanochemical activation of clays will be presented. The online seminar combines overview lectures with case studies and the latest research findings, while offering ample opportunity for discussion and exchange.