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Dear sea friends, could you tell us what are the differences in the quality parameters of coke produced after experiments using small coke ovens, compared to those of coke produced by actual coke ovens?
There are certainly some differences in quality parameters between coke produced through small-scale coke ovens and that produced by actual coke ovens, but there is also a certain degree of correlation; this needs to be determined through numerous comparative tests using mathematical statistical methods.
Different furnaces, different ratios, and various other details all determine the variations in the results; therefore, it is necessary to obtain these individual results through a large amount of experimental data.
The poster can conduct experiments using small coke ovens for coal charging on a regular basis, and after some time compare the results of these experiments with those from actual production coke ovens
There should be many small coke oven testing projects; I have also initiated relevant discussions in the hope that it can serve as a reference for other organizations. Correlation tests should be conducted. Consider a constant ratio, stable heating, compacting density that is similar, and particle size distribution that is similar. Collect some data and calculate the correlation.
There are certain differences between small coke oven experiments and actual industrial coke production in various aspects, but after conducting multiple experiments, it is possible to make comparisons with industrial production, and a correction factor can be determined using the data. It is then possible to effectively use small coke ovens to simulate industrial production!
Due to differences in operating procedures, the quality of coke produced by small coke ovens differs from that produced by large coke ovens; this is mainly influenced by factors such as the heating regime and bulk density, as well as moisture content. To determine the exact differences, numerous comparative experiments are required