R Meenakshi sundaram

It could be clarified through another Youtube video that ms stands for milli seconds. 1000 milli seconds is 1 second. This AM link for duration is for 10 Minutes only. If it is 12:10:00, the duration is 10 minutes only. Regards.

https://www.youtube.com/watch?v=utzqe65hu1U&t=64s Point 28.2.2.3 at 08:51 time in the above tutorial says that” Go to Dynamic Manager and create a new integer (Int 1) with integration step equal to 5 secs and duration equal to 10 minutes. …..” Screen shot for Point No. 2 is attached. As we see on the left side of the screenshot, the duration comes with AM or PM. How do we give the duration of 10 min here? Should any value in microseconds be given in Real-Time Step(ms)? But in the tutorial the given...

Dew Pointing (Water and Hydrocarbon) process of Natural gas is shown in the attached steady state DWSIM flow sheet. Want to simulate the full process/ flow sheet in Dynamic mode. Please confirm whether all equipment in the flowsheet are supported in the DWSIM Dynamic mode? Dynamic simulation of the entire flow sheet is possible in DWSIM? May please be guided to get full run of the same on Dynamic DWSIM. Regards R Meenakshi sundaram Process Description is repeated below: Natural Gas produced in a...

Dew Pointing (Water and Hydrocarbon) process of Natural gas is shown in the attached steady state DWSIM flow sheet. Want to simulate the full process/ flow sheet in Dynamic mode. Please confirm whether all equipment in the flowsheet are supported in the DWSIM Dynamic mode? Dynamic simulation of the entire flow sheet is possible in DWSIM? May please be guide to get full run of the same on Dynamic DWSIM. Regards R Meenakshi sundaram Process Description is repeated below: Natural Gas produced in a particular...

Thanks Frank, Prof PR Naren, Sastra University helped in solving the errors further and the latest flowsheet which is through, is enclosed herewith. This is the latest update. Process Description is given below. Process Description: Natural Gas produced in a particular location has to be dispatched to consumers who are far away in tens of kilometres through trunk lines. Natural gas produced from the well has liquid free water and liquid condensate. Added to the free liquid, the Natural gas is fully...

Hi Frank, Thank you very much. We are in the model of Natural Gas Dew pointing. Water Dew point is to be controlled by Glycol Dehydration and HC dew pointing is to be done by Mechanical Refrigeration. Wet gas rate is 300,000 Cubic metres per day with 3 % (weight) free condensate and 2 % (weight) free water. Inlet T is 31.5 °C and P is 4,900,000 Pascals. Desired Dew points are -5 °C (Water) and -5 °C (HC). Required stripping gas rate is 0.218 mole/sec and TEG rate is 0.683 mole/sec. We added the flow...

Hi Frank, Rich TEG, emerging out from an Absorber of Natural Gas Dehydration is regenerated to get 99.6% (by weight) pure Lean TEG for Absorption. Rest 0.4% is Water. Regeneration flowsheet is enclosed. Facing many problems. Kindly go through the same and guide how to move ahead. Regards.

Thanks frank.