The steam contains organic components and a small amount of hydrochloric acid; how is then the flow rate of the non-condensable gases during the condensation process calculated?
Thread Content
The steam contains organic components (toluene) and a small amount of hydrochloric acid; how is the flow rate of the non-condensable gases during the condensation process calculated? The steam temperature is around 120°C, and it condenses to 40°C. The total amount of steam is 600 kg/h, with approximately 60 kg/h being organic substances. How can the flow rate of the non-condensable gases after condensation be calculated? And how can the flow rates of various components within those non-condensable gases be determined? The gases likely include toluene and air
The density can be calculated using the saturated vapor pressures and temperatures of toluene and hydrochloric acid at 40°C, but how is the volumetric flow rate determined?