- The Figure Below Shows A Hot Gas Stream At 500 C Being Cooled To 300 C By Trans Ferring Heat To The Liquid Water That E 1 (38.06 KiB) Viewed 20 times
The figure below shows a hot gas stream at 500°C being cooled to 300°C by trans- ferring heat to the liquid water that e
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The figure below shows a hot gas stream at 500°C being cooled to 300°C by trans- ferring heat to the liquid water that e
The figure below shows a hot gas stream at 500°C being cooled to 300°C by trans- ferring heat to the liquid water that enters at 20°C and exits at 213°C. Assume that the heat exchanger is insulated. Calculate the mass flow rate of water that is needed to achieve this cooling of the hot gas stream. Water (20°C) Hot gas (500°C) 100 kg mol mol fr CO₂ 0.2 N₂ 0.1 CH₂ 0.3 H₂O 0.4 1.0 Water mout Cool gas (300°C) CO₂ N₂ CH₂ H₂O nout