The most profitable oil is found in the assets you already have. STIMWRX uses data-driven candidate selection and payout-centric engineering to revitalize mature wells across North America.
In today's economic landscape, the most profitable oil is found in the assets you already own. STIMWRX specializes in Production Enhancement, a data-driven approach to identifying and unlocking potential and extending the economic life of mature wells across North America.
While remediation fixes damage, Production Enhancement is about strategic growth. We don't just apply chemicals; we apply decades of reservoir intelligence to ensure every dollar spent on stimulation returns to your bottom line as quickly as possible.
We use our proprietary database of over 21,000 case histories and counting to compare your well's performance against its peers. If a well is a candidate for enhancement, we identify it using public domain rates, volumes, and geologic data.
Our engineering team, led by experts in reserve portfolios and asset management, designs treatments with a focus on payout time. We aim for "flash payout", often achieving full ROI in under 30 days.
By utilizing our DVG™ Advanced Visco-Elastic Diversion System, we perform high-impact stimulations without the need for expensive service rigs or mechanical isolation. This drastically lowers the entry cost of enhancement, making even marginal wells profitable to treat.
Beyond just cleaning the rock, our chemical suites are designed to alter formation wettability and reduce interfacial tension, facilitating easier hydrocarbon flow toward the wellbore.
STIMWRX has a proven track record of revitalizing mature formations with industry-leading success rates exceeding 95%. Our success isn't limited to one formation: consistent results across a diverse range of lithologies.
Not the candy aisle kind. Gummy bears are unbroken polymer mixtures left behind during drilling, completions, or workovers that immediately, or over time, cause serious production and processing issues.
These problems often exist at perforations, choke points, and areas of convergence. Depending on the combination of the mixture, a different approach is required to address the issue, which is why STIMWRX begins every program with a diagnostic review before any chemistry is pumped downhole.
Polymer residue contaminates produced water, creating treating challenges at surface facilities.
Unbroken polymers restrict flow paths and reduce the productivity index of affected wells.
Polymer aggregation plugs pore throats and near-wellbore intervals, choking off reservoir connectivity.
Gummy bear residue acts as an emulsion nucleator, causing facility treating issues and solids aggregation that compound over time.
A horizontal well in the Pierson Field, completed with a cemented liner, was suffering from near-wellbore scale buildup. A previous 2021 attempt at selective stimulation yielded only temporary results: fluids followed high-permeability thief zones, leaving the damaged sections untreated.
The STIMWRX Solution: Instead of costly mechanical isolation, STIMWRX deployed our DVG™ Advanced Visco-Elastic Diversion System via a rigless bullhead application. By temporarily blocking the high-perm zones, DVG forced the acid to penetrate the most damaged intervals deep within the reservoir.
View Full Case StudyOur technical team will perform an initial interpretation of your reservoir response using over 21,000 historical case studies to identify high-potential wells for revitalization.