Journal
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. |
Construction sector is large, multi-dimensional and predominant user of natural resources and energy. It is also responsible for emission of a large q...
Issue №2, 2018 |
Section: Ecology and safety |
Keywords: construction, cement, concrete, CO2 emissions, natural resources, energy consumption. |
Autor: A.K. Chatterjee. |
The advantages of using alternative fuels at cement plants are shown. The earlier the cement producer starts the project of partial replacement of fos...
Issue №4, 2017 |
Section: Waste utilization |
Keywords: alternative fuels, waste, CO2 emissions |
Autor: J.Kline, C. Kline. |
Different strategies for the production of cementitious materials on the basis of mineralogical argumentations are described. Besides optimization of ...
Issue №2, 2016 |
Section: Ecology and safety |
Keywords: cement production, CO2 emission, replacement of clinker, composite cements |
Autor: Pöllmann H. |
The data on the cement industry in Poland, showing its high technical level achieved as a result of modernization of enterprises, are presented. The g...
Issue №5, 2011 |
Section: Review |
Keywords: cement industry, modernization, CO2 emission |
Autor: J. Deja. |
The article considers comprehensive systems for exhaust gas heat recovery (WHR systems) as part of technical solutions offered by FLSmidth A/S...
Issue №5, 2010 |
Section: Equipment and technology |
Keywords: waste heat recovery; energy saving; CO2 emission; steam boiler; Rankine cycle |
Autor: R. Sidhu. |
New data on the use of waste in the European cement industry are cited. The proportion of traditional fossil fuel replacement in Europe with alternati...
Issue №2, 2012 |
Section: Waste utilization |
Keywords: coprocessing, waste, alternative fuels, CO2 emission |
Autor: J.-M. Chandelle. |