Patented Downhole Science

For Every Three Wells You Drill, Get One Free.

Stop Fighting the Rock.

Force a Balance Sheet Revolution Through Patented Downhole Science.

The Problem

The High Cost of the

"Assembly Line" Trap

The High Cost of the "Assembly Line" Trap

In today's E&P environment, capital efficiency pressures force operators into a rigid manufacturing mode—treating completions like an assembly line and relying on off-the-shelf, generic chemical packages to chase short-term Initial Production (IP) spikes.

When you pump generic, aggressive fluids downhole without evaluating unique mineralogy, you throw the subsurface into absolute geochemical chaos.

Clays Swell & Migrate

Choking off pore throats and permeability.

Formations Degrading

Accelerating steep decline curves.

Reserves Trapped

Millions of dollars in hydrocarbons locked permanently in the reservoir.

You should not have to risk your balance sheet—or your professional reputation—on commodity chemical guesswork.

Our Solution

The Rock Is the Boss

At Refined Completions, we replace guesswork with our Pathfinder Prediction Process™ (backed by European Patent Office Grant EPO-4490243). Instead of treating the symptoms of well failure after the fact, we cure the cause before a single gallon is pumped.

Process

(Geology First)

We analyze drill cuttings to map the exact mineralogy across your multi-mile lateral.

Prediction

(Equilibria Protocol™)

We model how temperature, pressure, and frac fluids disrupt subsurface stasis.

Prescription

(Bespoke Chemistry)

We engineer tailored geochemical stabilization—headlined by our multipurpose ShaleFlo™ system—to keep the rock intact.

Promise

(Dynamic Equilibrium™)

We preserve formation permeability, allowing for the unencumbered, continuous mobility of hydrocarbons for 20 to 40 years.

The Engine of Synergy™

Process Over Product

Our repeatable Diagnose ➔ Execute ➔ Verify workflow ensures your completions team never flies blind again.

Pathfinder Prediction Process™

(Pre-Job)

Drill Cuttings Mineralogy Mapping

Pre-Job Equilibria Protocol™ Simulation

Fluid / Rock / Gas Diagnostics

Stewardship Validation

(Post-Job)

24/7 Manned Quality Control Execution

Flowback & Early-Production Analytics

Flowback & Early-Production Analytics

Pre-Job Pathfinder Prediction Process™

We simulate thermodynamic and redox equilibrium disruption downhole, determining fluid-rock compatibility and mineral stabilization pathways before job execution.

Precision Field Execution

Our manned 24/7 field crews inject custom-prescribed chemistries within an industry-leading ±1% dosing tolerance.

Post-Job Stewardship Validation

We track flowback, early production, and multi-year decline curves to prove that our pre-job predictions match real-world well performance.

Verified Results

Proven Basin Uplifts

Third-party audited, mathematically stress-tested production data across major North American basins.

Wolfcamp A (WFMP)

Achieving More with Less

Lower Spraberry (SPRA)

Consistent Yield Expansion

Lower Eagle Ford

Massive Reserve & EUR Expansion

Refined Completions drastically outperforms standard industry offsets in the Wolfcamp A, even when utilizing significantly lighter completion designs:

Pad 41821 vs. 41696 (3-Well Pads)

Cum Oil

+82.2%

Cum BOE / 1000 ft

+77.6%

510 lbs/ft less proppant

Pad 40955 vs. 41152 (2-Well Pads)

Cum Oil

+19.8%

Cum BOE / 1000 ft

+19.0%

557 lbs/ft less proppant

In the Lower Spraberry, our bespoke chemistry dramatically increases both oil and gas recovery on a lateral-normalized basis:

Pad 40720 vs. 40540 (1-Well Pads)

Cum Oil

+30.1%

Cum Gas

+32.0%

Cum BOE / 1000 ft

+30.6%

Pad 38921 vs. 41095 (1-Well Pads)

Cum BOE / 1000 ft

+25.9%

Cum Gas

+39.2%

861 lbs/ft less proppant

Our mineral stabilization technology preserves long-term permeability in the Lower Eagle Ford, driving game-changing expansions in Estimated Ultimate Recovery (EUR) and cumulative gas:

Pad 43267 vs. 43553 (2-Well Pads)

Cum Gas / 1000 ft

+223.3%

EUR/ft (Reserves)

+260.9%

420 lbs/ft less proppant

Pad 43430 vs. 43553 (2-Well Pads)

Cum Gas / 1000 ft

+70.0%

EUR/ft

+66.7%

Wolfcamp A (WFMP)

Achieving More with Less

Refined Completions drastically outperforms standard industry offsets in the Wolfcamp A, even when utilizing significantly lighter completion designs:

Pad 41821 vs. 41696 (3-Well Pads)

Cum Oil

+82.2%

Cum BOE / 1000 ft

+77.6%

510 lbs/ft less proppant

Pad 40955 vs. 41152 (2-Well Pads)

Cum Oil

+19.8%

Cum BOE / 1000 ft

+19.0%

557 lbs/ft less proppant

Lower Spraberry (SPRA)

Consistent Yield Expansion

In the Lower Spraberry, our bespoke chemistry dramatically increases both oil and gas recovery on a lateral-normalized basis:

Pad 40720 vs. 40540 (1-Well Pads)

Cum Oil

+30.1%

Cum Gas

+32.0%

Cum BOE / 1000 ft

+30.6%

Pad 38921 vs. 41095 (1-Well Pads)

Cum BOE / 1000 ft

+25.9%

Cum Gas

+39.2%

861 lbs/ft less proppant

Lower Eagle Ford

Massive Reserve & EUR Expansion

Our mineral stabilization technology preserves long-term permeability in the Lower Eagle Ford, driving game-changing expansions in Estimated Ultimate Recovery (EUR) and cumulative gas:

Pad 43267 vs. 43553 (2-Well Pads)

Cum Gas / 1000 ft

+223.3%

EUR/ft (Reserves)

+260.9%

420 lbs/ft less proppant

Pad 43430 vs. 43553 (2-Well Pads)

Cum Gas / 1000 ft

+70.0%

EUR/ft

+66.7%

The Tightest Controls

Eliminating the Variables

Is the uplift just the result of a bigger frac job? We ran two purpose-built experiments stripping away rock,

depth, and timing to leave only the completion design to explain the difference.

Is the uplift just the result of a bigger frac job? We ran two purpose-built experiments stripping away rock, depth, and timing to leave only the completion design to explain the difference.

Control 1

5 Wells vs. 5 Wells (Howard County)

The Setup

Symmetric pad geometry (two edge wells vs. two edge wells) with near-identical completion designs (proppant intensity matched within 33 lbs/ft, fluid identical). An engineered apples-to-apples test.

The Result

+66.9% Oil EUR / +40.8% BOE EUR

The Takeaway

With the completion design held materially identical, Refined still recovers two-thirds more oil. The uplift cannot be attributed to bigger fracs.

Control 2

Head-to-Head (Dawson County)

The Setup

Two wells, one pad. The cleanest control there is: rock, depth, ~18,000 ft lateral landing, and timing (same week of first production) are physically identical. The only difference is the chemistry.

The Result

+13.6% Cum BOE/ft (At Month 7)

The Takeaway

Head-to-head on the exact same pad, Refined generated a clear double-digit production uplift using ~1% less proppant.

Make the Choice

Initiate Your Balance Sheet Revolution

By securing these massive yield uplifts on your Proven Undeveloped reserves (PUDs), you re-establish the value of your entire resource ledger—all while potentially reducing your upfront proppant and fluid costs.