
Not every field problem fits neatly into stimulation, fracturing, or well service. This range covers what's left over: rock wettability, deep acid penetration, and unwanted water production, each engineered around the specific formation and water chemistry it's treating.


Surfactant systems that shift how rock behaves toward oil versus water, improving relative permeability and cutting down on water blocking near the wellbore after a water-based treatment.
Slows the reaction between acid and reservoir rock so live acid travels further into the formation before it spends. In carbonate reservoirs, especially hotter ones, that means a larger stimulated radius and better treatment coverage.
Gel-forming and selective-permeability chemistries placed to block the specific pathways, high-permeability streaks, fractures, or watered-out zones, that are letting unwanted water in, while leaving the productive hydrocarbon zones alone.
When none of the above quite fits, our technical team builds a blend around the field's own water chemistry, temperature, and formation mineralogy, tested to the same standards as everything else we supply.
It's used when a formation has turned oil-wet or is holding onto water near the wellbore in a way that blocks hydrocarbon flow. The modifier shifts that rock-fluid affinity back toward a state that lets oil move more freely.
It slows the rate at which acid reacts with the rock. Instead of spending within the first few feet of the wellbore, the acid stays live longer and can travel further into the formation before it's used up.
No. Water shut-off is a chemical treatment, usually pumped through the existing tubing, that blocks specific water-producing intervals. It's typically far less costly and disruptive than a mechanical workover.