
Long-form articles on matrix acidizing, EOR screening, hydraulic fracturing, scale management, cementing, reservoir analogues and AI for reservoir engineering.
A practitioner's reference for designing matrix acidizing treatments — from candidate screening to post-job skin evaluation — with the physics that actually matter.
1980s screening tables miss field-specific physics and ignore commercial reality. Here's a defensible framework that doesn't.
Most screenouts and underperforming stages trace back to a small number of inputs. Get them right before tweaking schedule.
Scale management starts with a defensible water analysis and ends with a return-curve you can audit. Everything in between is engineering.
Channeling on the low side of a deviated well is rarely a slurry problem. It's a displacement problem you can simulate before you pump.
When the model is uncertain and the data is thin, the strongest argument is a comparable field that already lived the answer.
The optimal-rate curve isn't a constant. Heterogeneity, temperature and mineralogy shift it — and shift the right pumping schedule with it.
Polymer projects fail more often on field operations than reservoir physics. Screen for both — early.
Picking the right acid system in sandstones is mineralogy first, temperature second, and rules-of-thumb a distant third.
CO₂ EOR is as much a logistics decision as a reservoir decision. Both belong in the screening table.
Coverage, not just chemistry, decides acidizing outcomes. Here is how to choose and sequence diversion across long or layered intervals.
In the right carbonate, acid fracturing wins on conductivity per dollar. In the wrong one, it wastes the job. Here's the call.