How It Works Field Results Why NOOW Submit A Well →
Texas-Based Oil & Gas Restimulation Services

Reactivating Production.
Restoring Cash Flow.

NOOW Energy restores underperforming oil wells and improves midstream pipeline flow through proven biocatalytic chemistry — no rigs, no heavy equipment, results you can measure.

Talk to Our Team How It Works ↓
300%+
Production Increases Documented
2-Day
Soak — Back to Production Fast
NSF
EPA · IMO · IBAMA Certified
The Approach

A Simpler Alternative to a Conventional Acid Workover

1
Isolate the problem
Production analysis, well history, and fluid diagnostics identify whether near-wellbore damage, paraffin buildup, or scale deposition is limiting production.
2
Design the treatment
Based on well characteristics, formation geology, and fluid composition, NOOW designs a treatment using multi-function chemistry tailored to dissolve or disperse the identified damage.
3
Deploy and monitor
Treatment is applied downhole with minimal field equipment and operational disruption. Production is monitored immediately upon return to service.
Downhole Treatment
MaxStim Fusion™
Multi-function formation treatment designed for paraffin removal, scale dissolution, water wetting, and stimulation in a single deployment.
Specialized Chemistries
PSC® Product Line
Targeted formulations for specific well problems including MEZ49 (paraffin & asphaltene removal), Eco Acid (safe acidization), and others.
Documented Outcomes

Field-Proven Production Restoration

Results are well-specific and not guaranteed. The following cases represent actual field applications where production data were documented before and after treatment.

Case Study 1
Texas Sandstone Producer
Formation Sandstone
Depth ~4,000 ft
Baseline 1.5 BOPD
Treatment MaxStim Fusion
Soak Time 48 hours
6 BOPD
Post-treatment peak production
Well returned to stable production of 3–4 BOPD, representing 100–167% improvement from baseline.
Case Study 2
Texas Mature Producer
Formation Sandstone
Depth ~4,000 ft
Baseline 7.5 BOPD
Treatment MaxStim Fusion
Soak Time 48 hours
15 BOPD
Post-treatment peak production
Well sustained ~10 BOPD after initial peak, representing approximately 100% uplift above pre-treatment baseline.
Case Study 3
Mature Heavy Oil Sandstone Well
Formation Sandstone
Problem Type Paraffin, asphaltene, scale
Baseline 8 BOPD
Baseline Water Cut 80%
Treatment Two-stage chemical stimulation
32 BOPD
Post-treatment stabilized production
Water cut reduced from 80% to 60%. Nearly 300% net oil production increase. Composite organic/inorganic deposition treatment proved highly cost-effective alternative to mechanical intervention.
Third-Party Validation

Independent Laboratory Testing

NOOW's chemistry has been independently tested by Augustine Scientific to measure interfacial tension—a key indicator of the chemistry's ability to mobilize trapped oil at the pore level.

Augustine Scientific evaluated the chemistry's performance across multiple conditions, including variations in crude type, brine composition, and temperature. The testing demonstrated interfacial tension performance in the range of 0.0002–0.0005 mN/m.

This performance supports improved crude mobility in near-wellbore and reservoir intervals where oil-water interfacial properties are limiting production.

Test Condition IFT (mN/m)
Light crude / synthetic brine 0.00032
Medium crude / field brine 0.00045
Heavy crude / saline brine 0.00038
Enhanced Pipeline Throughput

Lower Your Cost Per Barrel to Transport

For operators and midstream partners managing viscous or waxy crude in pipeline networks, reduced interfacial tension and improved crude mobility can help reduce frictional resistance and reliance on dilution.

The chemistry's demonstrated interfacial tension performance of 0.0002–0.0005 mN/m supports improved crude flow characteristics, which may help reduce pumping requirements, dilution volumes, or heated-line dependency on qualifying pipeline systems.

Applications are designed case-by-case based on crude properties, pipeline configuration, and operating constraints.

Pipeline Application
Flow Improvement
Reduced IFT can help improve crude mobility in pipeline networks, potentially reducing dilution needs and improving throughput economics.
A Simpler Intervention Model

Less Downtime. Less Equipment. A Safer Field Operation.

Traditional acid workovers often require rig mobilization, equipment staging, multiple crews, and extended shut-in periods. NOOW's approach is designed to minimize operational disruption and field complexity for suitable wells.

Reduced Downtime
Conventional acid workovers may require days of rig time, equipment staging, and operational coordination. NOOW treatments can generally be deployed with substantially shorter shut-in periods and less operational disruption on suitable wells.
Worker Safety
Conventional acid jobs involve handling, transporting, and managing live hydrochloric acid on-site—exposing workers and equipment to significant hazards. NOOW's pre-formulated chemistry reduces worker exposure to live acid while maintaining treatment effectiveness.
Reduced Equipment Requirements
Many conventional workover interventions require pump trucks, acid tanks, nitrogen trucks, and multiple on-site support equipment. NOOW treatments typically require minimal field equipment for suitable wells, reducing the on-location footprint and mobilization complexity.
Historical Cost Comparison: In previous field applications, the reduced equipment, mobilization, and service requirements have resulted in total intervention costs as much as 90% below a conventional acid workover. However, cost savings are well-specific and not guaranteed. Final project economics depend on well characteristics, treatment requirements, and market conditions.
Credentials & Approvals

Third-Party & Regulatory Credentials

NOOW's chemistry carries multiple third-party certifications and regulatory approvals. Specific credentials vary by product and application.

NSF Certification
Third-party safety & performance certification
EPA NCP Listed
Product Schedule listing for national contingency planning
IMO Approval
International Maritime Organization approval
IBAMA Registration
Brazilian environmental authority registration
Why NOOW Energy

A Partner Aligned With Your Production Goals

Performance-Based Production Participation
Aligned Incentives
On qualifying projects, NOOW can structure part of its compensation as production participation tied to incremental production above an agreed baseline. We don't profit unless treatment improves your production—aligning our interests with yours.
Unmatched Supplier Access
Exclusive
NOOW is the preferred distribution and field services partner of Advanced BioCatalytics Corp (ABC). Our Chairman is an ABC founder and board member, ensuring direct supply access, favorable terms, and supply priority competitors cannot replicate.
Texas Operator Experience
Field-Ready
Our leadership team has deep operational experience in mature Texas oil basins, including field implementation of ABC chemistry across multiple formations and well types. This isn't theoretical—it's field-tested and operator-proven.
Certified, Environmentally Responsible Chemistry
Certified
NSF certified, EPA NCP listed, and approved internationally. Our biocatalytic chemistry is designed with operator compliance needs in mind—important for managing regulatory exposure in sensitive formations or waterflooded areas.
Minimal Operational Burden
Efficient
Treatments are applied downhole without pulling the wellstring. Typical soak periods of 24–48 hours. Minimal equipment required on suitable wells. Results are observable immediately upon return to production.

What Happens After You Submit Your Well

1. Initial Screening
NOOW evaluates your well information against known treatment indicators—formation, depth, problem type, production history—to determine if the well appears to be a suitable candidate.
2. Request Additional Data
If your well shows promise, NOOW may request produced-fluid samples, completion reports, production data, or other well files to refine the treatment design.
3. Treatment Recommendation
NOOW develops a treatment plan tailored to your well's specific characteristics and communicates expected outcomes, commercial structures, and next steps.
4. Field Deployment & Monitoring
Once terms are agreed, NOOW coordinates treatment logistics, deploys chemistry, and monitors production results. Baseline and post-treatment production data are tracked.
Ready to evaluate your wells?
Let's get started.
Submit your well information below or call us directly.
Contact NOOW Energy
Get In Touch
Let's Talk About Your Wells
If you're seeing production decline and want to understand whether it's a near-wellbore or deposition problem that can be treated, we can help. Tell us about your situation and we'll give you a straight answer.
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Location
Texas — serving Permian Basin, Eagle Ford, and Texas producing formations
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