pushing coefficient
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If a shift does not schedule any furnace runs and produces no output from any furnace, what is the coke pushing coefficient for that shift?
By observing the time taken for a complete load to be fed in and removed, and dividing this by the number of shifts, the coefficient can be determined. Different coefficients can be applied considering variations in the time required to remove the load from the furnace; the coefficient is then calculated based on the overall time and workload
No scorching should occur; it should be zero, as specified by the manufacturer
A major maintenance plan is in place, and furnace operations are not scheduled; therefore, the planned number of coke pushers M=0, and the actual number of coke pushers N=0. What is 0÷0 equal to? 1?
It’s really hard to say; a coefficient is only available after coke pushing. If the number of times the product is taken out is zero, I think there’s no need to calculate a coke pushing coefficient anymore.