How It Works

A plain-language explanation of our molecular technology. No heat, no aggressive additives, no secondary damage.

The Mechanism

FlowPeak utilizes a small, specially engineered carbon-based molecule. When introduced to the system, this molecule shares outer-shell electrons with large hydrocarbon molecules.

This electron sharing fundamentally reduces the attractive forces (Van der Waals forces) that cause crude oil solids to aggregate. By breaking these weak intermolecular bonds, the technology shifts heavy hydrocarbons—such as paraffin, asphaltenes, emulsions, and resins—from a solid phase back to a liquid phase.

Solid Phase (Aggregation)

Step-by-Step Reliquefaction

Solid Aggregation

Heavy hydrocarbons (paraffin, asphaltenes) naturally aggregate due to strong intermolecular forces, forming solid deposits that restrict flow and capacity.

Molecular Introduction

FlowPeak's proprietary carbon-based chemistry is introduced into the system at ambient operating temperatures—no heat or aggressive solvents required.

Electron Sharing

The engineered molecules penetrate the solid hydrocarbon matrix, sharing outer-shell electrons with the heavy hydrocarbon structures.

Bond Neutralization

This electron sharing fundamentally reduces the Van der Waals forces between particles, breaking the weak intermolecular bonds holding the solid together.

Phase Shift to Liquid

The once-solid hydrocarbons return to a fluid state, remaining suspended in the liquid phase to be pumped or processed normally without secondary damage.

Why It's Different

In Situ Action: The reliquefaction happens entirely in place, whether deep in the formation, along miles of pipeline, or at the bottom of a storage tank.
No Heat Required: Unlike hot oiling or thermal treatments, the reaction occurs at ambient operating temperatures, saving massive energy costs.
No Aggressive Additives: We do not use corrosive acids or harsh solvents that damage asset integrity or create hazardous handling risks.
No Secondary Damage: By avoiding wettability changes and aggressive chemical reactions, we solve the original solid problem without creating new ones.

See the chemistry in action.

We validate the mechanism through controlled field trials tailored to your specific operational conditions.

Learn About Our Field Trials