Contract · Federal · No Set aside used

E-Seal Technology: A New Paradigm for Leaky Well Remediation

Agency: ENERGY, DEPARTMENT OF / ENERGY, DEPARTMENT OF
Location: Los Alamos, NM
Amount: Amount not listed
Posted: Aug 5, 2026
Set-aside: No Set aside used
NAICS code: 213112 look up NAICS codes
PSC code: AC32

Timeline

Posted

Aug 5, 2026
Status

Open now

What contracts like this typically pay

No award history yet for this category (NAICS 213112).

What this contract is for

Agency: ENERGY, DEPARTMENT OF / ENERGY, DEPARTMENT OF
Location: Los Alamos, NM
Set-aside: No Set aside used
NAICS: 213112
Scope: Federal

E-Seal Technology from Los Alamos National Laboratory offers a transformative answer to the world’s aging wells.

E-Seal is a liquid sealant that flows like water until an applied electric field steers its engineered micelles directly into the sub-millimeter cracks where cement and polymer treatments physically cannot reach, then transforms into a durable, jammed plug that holds even after the power is switched off.

With an estimated tenfold cost advantage over current sealants, the ability to mitigate galvanic corrosion of well casings, and an AI-guided control system that adjusts voltage in real time as the seal forms, E-Seal stands as the first intelligent, actively steered wellbore repair platform built for the leak pathways that define modern well failure.

Overview E-Seal begins as a low-viscosity, water-like fluid carrying specially engineered surfactant micelles and stabilized colloidal particles.

When an electric field is applied across the target zone, three electrokinetic forces act in concert: Electrophoresis pulls the charged micelles toward the fracture, electro-osmosis drives bulk fluid flow into tight constrictions, and dielectrophoresis uses non-uniform field gradients to push larger micelle clusters into the narrowest gaps.

As the micelles concentrate inside the crack, the dispersion transitions from a flowing liquid into a jammed, high-viscosity network that bridges the fracture wall-to-wall and resists pressure-driven flow even after the field is removed.

Technology Description At the molecular scale, surfactant molecules in the E-Seal fluid self-assemble into micelles above the critical micelle concentration, and cement surfaces in downhole brine naturally develop an electrical double layer that interacts with these approaching charged carriers.

In high-sali...

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