Journal
Industrial cement production in Germany has started in the middle of the 19th century. Over the years the cement production in Germany has further dev...
| Issue №2, 2020 |
| Section: Review |
| Keywords: cement production, cement market, energy efficiency, export, import, clinker factor, alternative fuels, CO₂ emissions reduction |
| Autor: M. Schneider, D. Behrouzi. |
The cement plants of the near future are described. Their characteristic features will be a much more efficient use of resources and energy (inclu...
| Issue №1, 2020 |
| Section: Ecology and safety |
| Keywords: cement plant, energy efficiency, CO2 emissions, alternative fuels and raw materials, automation, digitization |
| Autor: F. Leitao. |
Formulations for regular, frost-resistant, high-strength, self-compacting and mass concretes based on cement blends containing siliceous fly ash, grou...
| Issue №5, 2019 |
| Section: Science and production |
| Keywords: High Performance Concrete, Self-Compacting Concrete, freeze-thaw stable concrete, CO2 emission, workability, cement, fly ash, blast furnace slag |
| Autor: M. Talaj, K. Wandoch. |
Due to the significant impact of CO2 emissions on climate change, cement manufacturers are making efforts to reduce those at their plants. To make it ...
| Issue №4, 2019 |
| Section: Ecology and safety |
| Keywords: cement production, CO2 emission, environmental ranking, compressive strength |
| Autor: L. Evans, M. Mutter. |
Cement will be indispensable for a long time as a construction material for a wide range of buildings, infrastructure and transport systems. As a majo...
| Issue №3, 2019 |
| Section: Ecology and safety |
| Keywords: CO2 emissions, cement production, clinker factor, alternative fuels, alternative binding materials. |
| Autor: M. Schneider. |
Ternocem® beliteye'elimite-ferrite cement (BYF) is one of the materials developed by the HeidelbergCement group that are an alternative to...
| Issue №2, 2019 |
| Section: New materials |
| Keywords: alternative binder, CO2 emission, belite ye’elimite ferrite cement, concrete. |
| Autor: W. Dienemann, D. Schmitt, F. Bullerjahn, M. Ben Haha. |
The next decades in India are dedicated to an unprec- edented growth to be unleashed by rising middle class, their reasonable expectations of improved...
| Issue №1, 2019 |
| Section: Companies and firms |
| Keywords: cement industry, cement production, economic growth, sustainable development, energy efficiency, CO2 emission, waste utilization. |
| Autor: A. Pahuja, A. Badola. |
This article discusses ways to reduce CO2 emissions from cement plants. In its second part, the possibilities of partial replacement of clinker with m...
| Issue №1, 2019 |
| Section: Ecology and safety |
| Keywords: cement plant, CO2 emission, cement grinding, supplemental cementitious materials, hydraulic binders, pozzolana. |
| Autor: J. Kline. |
The most pressing issue for the cement plant of the future may be Portland cement’s large CO2 footprint. Exactly how the final targets will be set and...
| Issue №6, 2018 |
| Section: Ecology and safety |
| Keywords: cement plant, Portland cement production, CO2 emission, CO2 capture, oxy-combustion, oxy-calcination, indirect calcination. |
| Autor: J. Kline. |
A number of cement companies implemented initiatives aimed at maximum energy efficiency and increased use of alternative fuels, which led to a higher ...
| Issue №3, 2018 |
| Section: Ecology and safety |
| Keywords: cement production, CO2 emissions, environmental legislation, production cost, capacity utilisation rate, clinker substitution |
| Autor: T. Pavlopoulos. |