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A coke oven gas compressor with a capacity of 304 Nm3/m would theoretically have an hourly air handling volume of around 18,000, but in practice only 14,000 is achieved. Why is there such a large difference?
Has it reached the designed operating conditions? For example, stress
The basic design data is on a per-minute basis; therefore, the value for each hour is 18,000 Nm3/h. This indicates that the actual volume of flow is less than the designed value.
What are the changes in temperature and pressure compared to the design conditions? It’s not simply a problem with the equipment
A coke oven gas compressor with a capacity of 304 Nm3/m would theoretically have an hourly air handling volume of around 18,000, but in practice only 14,000 is achieved. Why is there such a large difference? Calculation error, or the composition of coke oven gas provided was incorrect for the design ； To convert coke oven gas to atmospheres, it is necessary to take into account parameters such as composition, pressure, and temperature in order to carry out an accurate conversion.
Send over the detailed manufacturing processes and equipment parameters, as well as the actual operating conditions
That volume of air is the amount at inhalation conditions; it just needs to be converted to standard conditions. It’s more or less like that.