Dear Sir
Thank you very much for your suggestion. It seems that Wilson is best model for toluene-water system. Because only Wilson model can get the pinch point (x=y at the azeotrope )in the x-y diagram (please see my last post attachement), I conclude that the Wilson is best model in...
Dear lady and gentleman
Could you please help me to tell which type of EOS model is best fit for toluene - water system?
This is toluene – water will form azeotrope so I will plot the x-y diagram to determine whether the simulator is calculating the azeotrope.
(Note this system consist of 80%...
Dear eng-tips member
The binary hydrocarbon, toluene-water system with 70% noncondensable gas entering the two consecutive series horizontal type AEL condenser at 110C, 100mbar (shell side is cooling water,30->40C, chilling water 10->15C).
I have problem to find the toluene dew point in...
The reactant such as polyol, inhibitor and solvent added to the reactor. The reactor is heated up to 110°C, and keep the temperature at the fixed value then to cool to 60°C to use water to wash out the excess acrylic acid. Then the polyester acrylate will be distillated and cooling by reflux...
Total condenser may initially be in the shear controlled regime,but with the condensation increase, it will change to the gravity
Controlled regime. Most horizontal baffled total condenser have "Vertically cut baffles(parallel cut)" instead of "Horizontal cut(your htri case) baffles" to allow...
AES classified in TEMA is internal floating head exchanger which is used wildly in petroleum refineries. This type of exchanger is commonly used for high temperature with fouling fluid application.
Also, it is highly recommended used in the leakage risk process as the floating head intenal...
Dear eng-tips members
I wonder the vertical type single segmental countercurrent HX (1 pass perpendicular baffle cut) (see attachment) should be arranged in odd cross passes or even cross passes.
Obviously, the horizontal type single segmental countercurrent HX (1 pass perpendicular baffle...
You may check with vendor any specific filter information, like flow rate versus pressure drop per
square area or efficiency curve to get accurate pressure drop estimation.
