All,
Keen for some SME's thoughts on the possible flow rate from LD1.
Using the data that has been shared below, thanks
@OldGeo and using the equations for productivity index we can calculate what the flow rate in LD1 will be based on the reservoir properties provided today i.e. k=500mD (this is staggering), h=20.2m and Pr=6541psi.
Assuming LD1 and WE2 have similar reservoir performances the term (uBln(re/rw)-0.5-S) = Q(Pbhp-Pwf)/0.075kh = 134286.18 (from WE2 data)
Now using LD1 properties with a conservative Pwf of 2500psi (similar to that observed in watsia-4) the flow rate comes out at 77mmscf/d.
Obviously the flow will be non-linear flow so if we add a 0.8 factor I estimate the flow rate > 61.6mmscf/d.
I indicate greater than because Pwf could be lower, say 1500psi, in which case the flow rate is 77.6mmscf/d
Thoughts / feedback?
![https://hotcopper.com.au/data/attachments/3609/3609171-f486c1ff066c22d5242ef33d901b43db.jpg](https://hotcopper.com.au/data/attachments/3609/3609171-f486c1ff066c22d5242ef33d901b43db.jpg)