A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Study of burning limestone in coke-fired lime shaft kiln; it is concluded that in order to obviate temperature peaks, it is more advantageous to burn small-sized limestone in shaft kilns to which only part of requisite heat is supplied by coke and in which gas- or oil-fired zone is installed behind coke combustion zone; by this means output/sq m of kiln cross-section can be increased. English summary.
Study of burning limestone in coke-fired lime shaft kiln; it is concluded that in order to obviate temperature peaks, it is more advantageous to burn small-sized limestone in shaft kilns to which only part of requisite heat is supplied by coke and in which gas- or oil-fired zone is installed behind coke combustion zone; by this means output/sq m of kiln cross-section can be increased. English summary.
Theory of burning of small-sized limestone
Theorie des Brennens von kleinstueckigem Kalkstein
Wuhrer, J. (author)
Zement-Kalk-Gips ; 16
1963
8 pages
Article (Journal)
German
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