Sorry, SB. My typo. You are correct. I think the KCS wells in Elm Grove are of interest. They are on opposite ends of the same township, roughly 4 miles or so apart, drilled at approximately the same time and probably utilizing the same completion design. The difference in their announced IPs is a factor of 2, approximately. Even with the relative consistency of the shale within a field or section, there is wide variance in production results.
Woodley 8 is a significantly stronger well. Flowing 19MM/d at 6800# CP vs. 11MM/d at 5400# CP. Woodley choke is larger to handle more flow. Key #'s are flowrate at given pressure. Smaller CP # at Smith Trust well suggests greater drawdown on the reservoir, ie. pulling it harder to get 60% of the rate. HOWEVER...notice the perforated interval. 4000' at Woodley and 1900' at Smith Trust. Woodley 8 has 110% more perforated interval and 75% more rate. On a completed foot basis, these wells are nearly the same. Increased perforated interval suggests that there would have been significantly more frac stages in the Woodley 8 which would explain the better performance. Smith Trust appears doggier only because it has abnormally short completion interval.
Good assessment, KD. I missed the Smith Trust lateral length. I haven't seen one that short in a while. Have you looked at the plat to see the well location within the section?
Very interesting. This is the first instance of an operator completing a portion of a lateral that I am aware of. Is it rare? Is there some benefit to the completion of a portion?
I been in offshore oil / gas production for 30 years. I understand drawdown and the way you can look at ck sizes and flowrates and pressures.
The one thing that is puzzling me is why do they talk about CP on these Haynesville wells.
Surely the wells are not producing out the casing.
Wells produce out the tubing and we offshore talk about FTP and SITP.
What is the deal with CP?
Jack Blake wonders
the state reports would indicate that there are in fact 2 3/8ths tubing strings and packers in the wells. So the question still remains what are they producing up thru? Hard to imagine that 2 3/8ths tubing could handle 20 MMCFD!