Публикации

Tonindustrie-Zeitung 62 (1938) 66, S.716-718

Deutsche Baumeister (1940) 12, 3 S.

Wiederaufbau-Mitteilungen (1947) 6, S.13

Vorträge auf der ordentlichen Mitgliederversammlung am 27. und 28. Spril 1954 in Düsseldorf (Mitgliederversammlung des Vereins Deutscher Zementwerke: Vorträge Düsseldorf 27.-28.04.1954) / Verein Deutscher Zementwerke, VDZ (Hrsg.). - Düsseldorf : Verein Deutscher Zementwerke, VDZ, 1954. - (Tagungsberichte der Zementindustrie 10), S.57-71

Tonindustrie-Zeitung 42 (1918) 12, S.54

Zement 8 (1919) 32, S.367-370

Zement (1924) 24, S.

Tonindustrie-Zeitung (1924) 3, S.18-21

Zement (1925) 4, S.57-60

Zement 15 (1926) 52, S.952-954

In: International Cement Review, 10, 2023: 16-21.

The capture of CO₂ and its subsequent use and storage are essential elements of the cement industry's decarbonisation strategy. The capture of CO₂ from the flue gas is energy-intensive and complex. It can be carried out more easily and efficiently by maximising the CO₂ concentration in the flue gas. The separation of the calcination of the limestone in the raw meal from the burning process to produce clinker phases simplifies the accumulation of CO₂ in the flue gas significantly.

Executive Summary of the VDZ Study

VDZ's Education and Training Programme 2023/24 ranges from the teaching of technical basics to the imparting of special technical knowledge and education courses for managers. VDZ offers individual, tailor-made seminars on the topics of clinker and cement production, maintenance, quality assurance, environmental protection and concrete technology. Almost all seminars can also be designed and implemented as inhouse seminars according to individual customer requirements. In this new brochure you will also find two new seminar topics reflecting current developments in the cement and concrete industry.

In keeping with our time-honoured tradition, this year's edition of the "Environmental data of the German cement industry" again provides an in-depth insight into the use of raw materials, energy input and the various emissions produced by German cement manufacturers. This encompasses not only the dust and dust bound constituents, but also the inorganic and organic exhaust gas compounds. A further aspect of our environmental data is information on carbon dioxide emissions, the reduction of which is a particular focal point in connection with the decarbonisation of cement production.

Kali 10 (1916) 22, 11 S.

Stahl und Eisen (1918) 27, S.

Zement 8 (1919) 15, S.122-125

Zement 8 (1919) 38, S.450-451

Zement 8 (1919) 38, S.441-445

Zement 8 (1919) 24 ; 26, S.246-250 ; S.286-290

The aim of the AiF research project was to identify the causes of the sometimes greater scatter rates in the analysis results in the case of comparison trials for the long-term tank test.

Interactions between different structured or modified methyl hydroxyethyl celluloses and cements blended with limestone, blastfurnace slag or fly ash were determined.

The aim of the project was to investigate the suitability of the Ono method for evaluation of burning conditions even on clinker burnt with alternative fuels. Furthermore the focus of the project was the development of a methodology for correlations between microscopically and mineralogically analysed clinker properties and burning conditions.

The aim of the research project was to find out why some CEM I-SR and CEM III/B-SR cements do not meet the criteria for high sulfate resistance (SR) under all conditions of the SVA test method, the common accelerated test method in Germany; although these cements show high sulfate resistance in practice.

Straßenbau 30 (1939) 20, S.323-325

Zement-Kalk-Gips 17 (1964) 7, S.279-298

Beton 21 (1971) 4, S.147-150

Fresenius' Zeitschrift für Analytische Chemie 311 (1982), S.590-597

Handelsblatt (1986) 30, S.25

Zement-Kalk-Gips 21 (1968) 12, S.524-525

Zement-Kalk-Gips 22 (1969) 11, S.517-521

Beton 25 (1975) 11, S.387-390

Zement-Kalk-Gips 33 (1980) 1, S.15-23

Zement-Kalk-Gips 36 (1983) 1, S.12-17