ERT PULSEERT PULSE

HOW IT WORKS

The Invisible Force That Restores Refrigerant

ERT — Electron Replace Technology

THE ROOT CAUSE

Why Does HVAC Efficiency Degrade Over Time?

Refrigerant molecules carry a natural polarity. Over time, they attract each other and form clusters. Compressor oil impurities accumulate as sludge. Together, these reduce refrigerant flow from turbulent to laminar — dropping the Reynolds number and cutting heat exchange efficiency by up to 30%.

1Refrigerant molecules have natural polarity
2Over time, molecules attract each other → clustering
3Compressor oil impurities accumulate → sludge
4Viscosity increases, flow slows (laminar flow)
5Reynolds number decreases → weaker turbulence
6Heat exchange efficiency drops significantly
7Compressor works harder → power consumption rises

DEGRADED STATE


DEGRADATION RATE

How Quickly Does an Air Conditioner Lose Efficiency?

Research shows refrigerant systems degrade at approximately 3% per year in the early years, with a sharp acceleration after year 12. Power consumption increases 4–5% annually on untreated systems.

Early Stage0–3 yrs
~1–2%/yr
Gradual Decline3–10 yrs
3–4%/yr
Accelerated Decline10–12 yrs
4–5%/yr
Steep Decline12+ yrs
5%+/yr

ERT treatment restores efficiency toward original specification regardless of system age. A free verification test confirms the expected improvement range before installation.


ERT MECHANISM

How Does Electron Replace Technology Work?

A spike pulse signal (60–85mV, 30mA) generates a weak electromagnetic field around the refrigerant piping. Free electrons provided through a lead wire weaken the intermolecular attraction between clustered refrigerant molecules, breaking them apart and dissolving sludge — restoring the refrigerant to near-original flow properties.

PHASE 1

Before: Degraded State

Molecular clusters reduce flow. Reynolds number below optimal.

PHASE 2

During: ERT Pulse Active

Spike pulse creates EM field. Free electrons weaken molecular bonds.

PHASE 3

After: Restored State

Molecules disperse. Sludge dissolves. Turbulent flow restored.


SCIENTIFIC EVIDENCE

What Does the Reynolds Number Tell Us?

The Reynolds number measures the turbulence of refrigerant flow. A higher Reynolds number means more efficient heat exchange. After ERT treatment, measured Reynolds numbers recover toward the original design specification.

BeforeAfter ERT TreatmentOriginal Design Spec
Refrigerant Flow EfficiencyReynolds number, indexed to original design spec
Restored 90–100%

Before: Reduced 20–30% (degraded, laminar flow)

Reynolds number recovery rate varies by system condition and installation age. A free verification test is conducted before official installation.

Ready to See How ERT Performs in Your Facility?

Free verification test. No equipment modification. Results confirmed before commitment.

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