Manipulating Fluid Behavior with Frequency-Driven Technology

Synergetic’s patented technology harnesses vibrational energy to improve flow efficiency, prevent deposition, and enhance fluid stability—all without chemicals or external power. This breakthrough solution is field-proven to reduce viscosity, minimize scale formation, and optimize oilfield performance by influencing molecular interactions and crystallization pathways.

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APPLIED SCIENCE

Turning Research Into Technology

Synergetic’s technology was developed by translating scientific research into real-world oilfield solutions. A multi-year, multi-million-dollar research initiative at Colorado State University (CSU) confirmed that low-frequency vibrational energy modifies crystallization, reduces molecular adhesion, and enhances fluid stability. These findings led to the development of a field-ready, passive system that prevents deposition, improves flow efficiency, and stabilizes emulsions—without chemicals or external power.

Reduces paraffin and scale deposition by disrupting crystallization.

Lower viscosity to improve flow rate.

Enhances oil-water separation, minimizing emulsification issues.

APPLIED SCIENCE

How It Works

CSU’s research demonstrated that targeted vibrational frequencies influence molecular interactions, leading to measurable reductions in scale formation, paraffin buildup, and fluid resistance. Synergetic’s patented Band-Pass Filter was engineered to apply these findings in live production environments, offering a scientifically validated solution for deposition control.

Influences Crystal Growth

Alters nucleation kinetics, preventing hard, adhesive deposits.

Weakens Molecular Adhesion

Lowers interfacial energy, reducing scale and paraffin accumulation.

Optimizes Fluid Stability

Modifies viscosity and flow behavior to improve production efficiency.

APPLIED SCIENCE

Modifying Crystalizations Molecular Structure

The type of crystal formed determines its adhesion and solubility, making structural modification key to reducing buildup. Calcium carbonate (CaCO₃) polymorphism illustrates how external influences shift deposits from hard, adherent forms to softer, more manageable structures.

Calcite

Vaterite

Aragonite

Molecular Formula

CaCO3

Molecular Weight

100.09

Density (g/cm³)

2.71

2.54

2.93

Crystal Structure

Crystal Type

Cubes

Spheres

Rods

DESIGN

Engineering a Field-Ready Solution

Synergetic’s technology is designed to seamlessly integrate into existing oilfield infrastructure, offering a passive, maintenance-free solution to paraffin, scale, and fluid instability. Engineered for durability and high-performance environments, these tools operate without external power or chemical additives, making them a cost-effective, long-term solution for deposition control.

Synergetic Tool Systems

Synergetic offers customized solutions tailored to different points in the production system, ensuring comprehensive fluid optimization from wellbore to surface processing.

Downhole Installations

Placed inside the wellbore to treat fluids at the source, before scale and paraffin can accumulate.

Avenger Tool

Enercat Tubing Tool

Pipeline & Surface Installations

Installed in flowlines, separators, and water treatment facilities to maintain fluid stability and minimize deposition throughout transport and processing.

Enercat Trim Tool

CORE TECHNOLOGY

The Patented Band-Pass Filter

Synergetic’s patented Band-Pass Filter technology selectively transmits precise vibrational frequencies while blocking unwanted energy. This allows only beneficial harmonics to interact with hydrocarbons and water molecules, modifying crystallization, reducing adhesion, and enhancing fluid stability.

PROVEN RESULTS

Field Data & Performance Validation

The scientific principles behind Synergetic’s technology have been validated in both laboratory and field environments, with measurable improvements in crystallization behaviour, deposition rates, and fluid stability.

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VISUAL EVIDENCE

Clear Changes in Fluid Behaviour

The impact of Synergetic’s technology is visibly demonstrated in before-and-after fluid samples, showing significant differences in separation, clarity, and stability. These emulsions were generated using a handheld blender more than 200 days after sample collection, yet the Post-Synergetic sample separated rapidly, while the Pre-Synergetic sample remained emulsified.

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OUR FUTURE

Reimagining the Future of Oil Production

Synergetic continues to expand its technological capabilities, developing new applications for water treatment, enhanced oil recovery, and industrial fluid stabilization. As energy companies seek cost-efficient, sustainable alternatives, Synergetic’s passive vibrational control technology sets a new standard for efficiency and environmental responsibility.

Company

Unlock the Next Era of Oilfield Efficiency

Discover how Synergetic’s field-proven technology transforms fluid behaviour, reduces deposition, and improves production efficiency without chemicals or external power.

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