A Predictable Process for Performance — and Proof of Responsibility.

The Pathfinder Prediction Process™ transforms completions from tribal knowledge derived from surface efficiency focus into a predictive, patent-backed workflow that models how your rock behaves, forecasts production outcomes, and verifies both performance and carbon reduction.

Grounded in our patented process (EPO-4490243), The Pathfinder Prediction Process™ uses measurable geological constants, lab-to-field correlation, and equilibrium-based modeling to optimize every step of your completions program.

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You See How Your Well Will React and

What Emissions You’ll Prevent.

You See How Your Well Will Behave and

What Emissions You’ll Prevent.

The Pathfinder Prediction Process™ uses Equilibria™ testing protocol to model how pressure, fluid chemistry, and mineral reactions will influence both production and emissions.

By simulating equilibrium disruption, Pathfinder predicts:

Hydrocarbon and mineral behavior
CO₂and H₂S reaction pathways
Fines migration and permeability loss
Rock stability over time
Expected production curves

Key Insight:

By suppressing the reactions that release CO₂and H₂S, the Pathfinder Prediction Process™ preserves formation integrity while improving long-term flow behavior.

This is how we move from guessing to knowing.

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You Begin by Letting the Rock Speak First.

Every project begins with the Equilibria™ Protocol — a detailed analysis of your formation’s chemistry, mineralogy, and reaction potential.

Mineral identification using P3M stratigraphic modeling, downhole conditions, to measure how your formation responds to:

Pressure and Temperature

Fluid Chemistry

Clay Reactivity

Acid Gas / GHG
(CO₂ / H₂S)

Acid Gas / GHG (CO₂ / H₂S)

Porosity and Rock Preservation (pCst / pRo)

The process of predicting and measuring disruption to dynamic equilibrium.

When you understand the rock, every decision becomes clearer and more predictable.

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You Choose Chemistry Based on Facts — Not Beliefs.

You See How Your Well Will Behave and

What Emissions You’ll Prevent.

Once we understand the formation and its reactive pathways, we prescribe chemistry solutions that align with the predicted behavior — not industry convention.

This includes ShaleFlo™, our process-driven, multi-purpose additive engineered to:

Abate CO₂and H₂S generation at the source.
Stabilize clay and prevent fines migration.
Preserve pyrite and prevent oxidation.
Reduce scale formation by up to 80%.
Enhance hydrophobicity and reduce microemulsion.
Improve hydrocarbon mobility while preserving rock.

It’s not about using more chemistry. It’s about using the right chemistry, at the right dose, for the right reason—creating Dynamic Equilibrium™.*

*What is Dynamic Equilibrium™️ — Geological Stability allowing for the long-term mobility of hydrocarbons.

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Proven Results Revealed in Production and

Acid Gas / GHG Abatement.

After treatment, Pathfinder calibrates predicted outcomes with real-world results. Because the model is grounded in measurable geological constants, operators see:

40–50% Cumulative Production Increases

Across Multiple Basins over a 36 month period.

Lower

Lease Operating Expense

Historical data predicts

2,800–3,200+

Tonnes of GHG Avoided Per Well Annually

Auditable Emissions Abatement

These validations — production + reduced Lease Opearting Expense + carbon impact — provides operators performance results in the same measurable framework.

Your Data Becomes The Promise!

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Every Well Teaches the Next One.

The Pathfinder Prediction Process™ is a continuous learning cycle.

Each validated project refines future predictions, sharpening accuracy and improving performance across basins and formations.

This loop — geology → prediction → chemistry → validation — strengthens both operational and environmental performance over time.

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The Engine of Synergy™

The Pathfinder Prediction Process

Through to Stewardship

The Engine of Synergy™ represents Refined Completions’ continuous cycle of prediction, validation, and improvement. The infinity-loop design illustrates how our proprietary Pathfinder Prediction Process™ and Stewardship Validation work together to create a data-driven workflow focused on long-term well performance.

On the front end, we evaluate mineralogy, fluid/rock interactions, laboratory baselines, and Equilibria testing to better understand how completion fluids will impact the formation before the job begins. This predictive process helps identify mechanisms that can contribute to fines migration, emulsion formation, permeability damage, and long-term production decline, allowing operators to make more informed completion decisions designed to preserve formation integrity from the start.

The second half of the process is Stewardship Validation, where flowback data, early production trends, and long-term well performance are analyzed to validate the effectiveness of the original strategy and continuously refine future designs. Rather than treating completions as a one-time event, The Engine of Synergy™ creates an ongoing feedback loop where every well contributes to a growing understanding of geological behavior and production optimization. The result is a process-centered approach focused on protecting reputations, improving capital efficiency, and supporting sustainable long-term production performance through continuous learning and stewardship.