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Molecular Design

Mining Data Solutions

AET TUNED RD™

Turning data into actionable solutions, and guided by rigorous science, our team provides reliable, impactful recommendations to help address challenges and advance innovation.
AET is equipped with a state-of-the-art 8,000 sq. ft. research and development facility.

Tuned FR

TUNED to your operational needs

What differentiates an Alpha? Every FR is custom-designed to match the exact water chemistry, brine level, and operational variables of the jobsite.

Reduce pump strain, chemical volume, and non-productive time (NPT).
Faster stage completion and better overall asset efficiency.
TUNED™ design model ensures optimal compatibility and performance.

Sub-Product Breakdown

Product	type	water compatibility	key benefits
Alpha FR 1	High-concentrate Anionic HVFR Slurry	Fresh to mildly briny	Faster stage completion, suitable for challenging wells, reduces total well cost (TCO)
Alpha FR 2	Anionic HVFR Slurry	Fresh to moderately brine	Faster stage completion, optimized for cost-sensitive operations
Alpha FR 3T	High-concentrate Anionic HVFR Slurry	Fresh to high brine	Faster stage completion, reliable in high-salinity, reduces TCO
Alpha FR 4	Anionic HVFR Slurry	Fresh to high brine	Faster stage completion, targeted for line-item cost savings
Alpha FR 6T	Ultra-concentrate HVFR Slurry	Fresh to high brine	Dry FR applications, high reliability, reduces NPT and stage TCO
Alpha FR 7A	Ultra-concentrate Anionic Slurry	Fresh to high brine	Dry FR applications, high reliability, optimized for complex well designs
Alpha FR 809C	High-concentrate Cationic Slurry	Mild to heavy briny	Performs under fluctuating oxidizer loads, ideal for advanced completion designs

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Experimental Conditions

Viscosity measurements measured at 2 gpt in municipal tap water using a Fann-35 style viscometer with an R1B1 bob at 300 sec⁻¹.

Determined through degradative shear sweep analysis on a 40’ flow loop with a 5 gallon reservoir using water containing 5% CaCl₂ to represent general hardness and 95% NaCl to represent electrostatic contributions dissolved to the total ppm range at either 0.5 or 0.75 gpt, as appropriate for the product and water.

*Experimental Products: tested >250k ppm
Results may vary with complex produced waters

Surfactants