Locus Bio-Energy

03/20/2026

Assessing the true impact of chemical EOR doesn’t happen during injection. It starts after initial flowback.

Increased production can signal early success—but the real test comes with time.

Chemical failure occurs when dilution erases performance: when interfacial effects weaken, wettability reverts, and oil remains trapped despite treatment.

True EOR requires chemistry that maintains molecular-scale impact long after initial flowback ends.

That’s why operators are spending more time selecting the right chemistry—and choosing rigless chemical EOR over refracs to revive mature shale wells.

Read the white paper:
Unlocking the Oil Left Behind: How Biosurfactant EOR Revives Mature Shale Wells

https://hubs.ly/Q047NqQQ0

03/17/2026

When operators pause drilling, they don’t pause optimization.

Stimulation, remediation, and EOR budgets often open first—because they deliver incremental barrels without committing new capital.

That’s where biosurfactant-based EOR fits: deployable through existing infrastructure, compatible with current operations, and designed to extend asset life.

03/06/2026

Reducing capillary pressure is what unlocks trapped oil.

STIM lowers interfacial tension and shifts wettability, allowing oil to detach from pore surfaces and move out of the rock matrix—driving real chemical EOR, not cosmetic flowback.

03/04/2026

When evaluating EOR economics, the comparison isn’t chemistry versus doing nothing.

It’s chemistry versus rigs, refracs, and workovers.

Rigless EOR that mobilizes trapped oil offers a lower-risk, faster-payback alternative — when it delivers sustained recovery, not short-term cleanup.

That distinction defines the next frontier in shale.

Read the blog: The Next Frontier in Shale: Why Chemical Efficiency Will Define the Recovery Factor Race

SUSTAIN® frac surfactants deliver up to 20% more oil in Delaware Basin completions. Ultra-small biosurfactant micelles access trapped hydrocarbons conventional surfactants miss. Proven ROI.

02/26/2026

In today’s market, most levers to increase recovery are expensive.

New wells burn capital.
Mechanical interventions demand rigs and downtime.

But there is another lever.

Chemical uplift increases recovery
without CAPEX-heavy intervention.

02/20/2026

Fractures enhance permeability.
Physics controls flow.

In unconventional reservoirs, oil movement is governed by interfacial tension, wettability, and capillary pressure—not just fracture geometry alone.

Recovery happens at the molecular scale, deep inside micro- and nanopores where most shale oil remains trapped.

02/16/2026

80% of the oil is still underground.

The next competitive edge isn’t mechanical.
It’s chemical.

U.S. shale has entered a new phase. Capital is constrained. Tier-1 inventory is tighter. Rig counts move—but recovery factors don’t.

Most shale wells still recover

02/09/2026

EOR in 2020:
Late-life Hail Mary.

EOR in 2026:
The fastest path to oil you already own —
no rigs, no refracs, no new CAPEX.

If shale is leaving +80% of oil behind, the problem isn’t access.
It’s mobility.

Locus Bio-Energy designs biosurfactant EOR solutions to change pore-scale physics —
and turn stranded oil into recovered barrels.

12/25/2025

Happy Holidays from Locus FS

As the year wraps up, we're reflecting with gratitude—for the partnerships, the progress, and the purpose behind what we do.

From all of us at Locus FS, thank you for being part of a year of growth, breakthroughs, and bold thinking. We’re proud to deliver smarter, results-driven, USA-made solutions reshaping the future of agriculture, energy, mining, and specialty chemistry.

Here’s to a restorative season and a powerful year ahead.
—The Locus FS Team

12/16/2025

Looking back on the year, one thing is clear.

Across basins and programs, we’ve seen consistent, measurable production uplifts delivered in real field conditions. Stronger early performance, sustained gains, and reliable economics—proven well after well.

It’s been a year defined by results in the field, not theory.

SUSTAIN® biosurfactant technology delivered 20% more oil, 15% more gas, and 12× ROI in Delaware Basin, redefining chemical efficiency in fract.

12/11/2025

The Shale 4.0 movement is underpinned by the evolution of unconventional development with chemistry in particular a focal point production performance uplifts.

Operators are moving beyond brute-force intensity and toward smarter fluid design and surfactant performance in chemistry-driven optimization is a key lever in the shift.

With today’s $40M strategic investment, we’re accelerating U.S. manufacturing and field deployment to support operators who are integrating next-generation chemistry into their Shale 4.0 programs.

The next phase of shale performance isn’t just mechanical — it’s chemical.

Locus Bioenergy's biosurfactant-based technology is built for demanding oilfield conditions and is already delivering real-world improvements in flowback efficiency, fluid behavior, and production performance across multiple basins.

Recent funding round, led by Hudson Bay Capital, fuels expanded capacity and commercialization of formulated intermediates across oil & gas, mining, agriculture and industrial & CPG markets SOLON, OH (November 2025) — Locus Fermentation Solutions (Locus FS), a U.S.-based biotechnology company prod...