OLGA Tutorial: Natural flow well model using OLGA
Moderator: Production
OLGA Tutorial: Natural flow well model using OLGA
Great step by step tutorial: How to model natural flow well using SPT Schlumberger OLGA (Real data will be used for this tutorial)..
Well Name: A10
Offshore
High GOR
will use OLGA 2014 in our study but any version of OLGA is OK.
Follow us...
Well Name: A10
Offshore
High GOR
will use OLGA 2014 in our study but any version of OLGA is OK.
Follow us...
Re: OLGA Tutorial: Natural flow well model using OLGA
Open OLGA
New
Point to Empty project and name the project with whatever you want.
In our case the project name is "A10"
Save

New
Point to Empty project and name the project with whatever you want.
In our case the project name is "A10"
Save

Re: OLGA Tutorial: Natural flow well model using OLGA
Attached is the wellbore (completion) sketch diagram to be used for our well model
You do not have the required permissions to view the files attached to this post.
Re: OLGA Tutorial: Natural flow well model using OLGA
Under Categories cases choose Well Dry tree by double clicking on its pic, the following screen will appear


Re: OLGA Tutorial: Natural flow well model using OLGA
Click on OLGA well Editor icon on the top

The following screen will appear


The following screen will appear

Re: OLGA Tutorial: Natural flow well model using OLGA
Put the required info as displayed and go to next tab : "Profile"


Re: OLGA Tutorial: Natural flow well model using OLGA
Copy the deviation survey data in the attached sheet and right click on the top left corner of the grid, paste.
You should have the deviation data loaded with the well path as displayed
below...

You should have the deviation data loaded with the well path as displayed
below...

You do not have the required permissions to view the files attached to this post.
Re: OLGA Tutorial: Natural flow well model using OLGA
Click "Casing" tab and enter the casing information as per included in post #3 wellbore (completion) sketch diagram


Re: OLGA Tutorial: Natural flow well model using OLGA
Now go for Tubing tab next to Casing and enter the tubing (completion) information as per completion sketch in post # 3
Choose "Single tubing"

Choose "Single tubing"

Re: OLGA Tutorial: Natural flow well model using OLGA
Morning Guy,
I followed this tutorial but Im stick just here. Would you expect to continue this ? I though it was the easiest tuto on Olga I've never seen. Please we're waiting.
I followed this tutorial but Im stick just here. Would you expect to continue this ? I though it was the easiest tuto on Olga I've never seen. Please we're waiting.
Re: OLGA Tutorial: Natural flow well model using OLGA
Great,,zamc wrote:Morning Guy,
I followed this tutorial but Im stick just here. Would you expect to continue this ? I though it was the easiest tuto on Olga I've never seen. Please we're waiting.
Since we found no contribution from the members.
Most of them read only



If you completed these steps please attache your file to continue working on it...
Re: OLGA Tutorial: Natural flow well model using OLGA
....And the step im stucking on. I think the community would apreciate this great tutorial. Cuz off the lack on training practical materials on Olga software.
Regards.
Regards.
You do not have the required permissions to view the files attached to this post.
Re: OLGA Tutorial: Natural flow well model using OLGA
Humm... My bad, I forgot the opi file. Please find it attached here.
Regards.
Regards.
Re: OLGA Tutorial: Natural flow well model using OLGA
where is itzamc wrote:Humm... My bad, I forgot the opi file. Please find it attached here.
Regards.
nothing attached
-
- Posts: 1
- Joined: Mon Nov 30, 2015 6:10 am
- LinkedIn Profile: https://co.linkedin.com/in/felipe-romero-b03461103
Re: OLGA Tutorial: Natural flow well model using OLGA
Hi guys! I do not know where to find information of the eighth post, I know in the calculation table of the third post, but do not know exactly how much these data are internal diameter. Thank you. Incidentally, the best tutorial I've seen of OLGA.