Enmax is a patented, chemical-free system that prevents and removes paraffin, scale, and corrosion in pipelines and process systems.
ENMAX (Corrosion, Paraffin & Scale Prevention and Removal System) is a passive catalytic alloy tool intended to help inhibit deposit formation (scale, wax/paraffin, asphaltenes) and support corrosion risk reduction. When delivered with Scansolution Process Diagnostic Services, it becomes part of an evidence-based program that targets the right mechanism, at the right location then verifies performance.
Scansolution® objective is to delight and simplify problems for customer through technology-driven solutions® this page positions ENMAX as a practical tool within that approach.
| Passive Catalytic Alloy | Surface + Downhole Options | Designed for Continuous Service |
|---|---|---|
| Uses multiple dissimilar metals (commonly described with copper, zinc & nickel among others). | Available in inline and downhole configurations for different constraints. | Supports long-term programs with minimal routine intervention once installed. |
The tool is comprised of multiple dissimilar metals that form a special catalyst in contact with fluids. As fluid passes through the unit, the catalytic action changes the electrostatic potential and produces a polarization effect. This can reduce binding forces between ions and suspended particle helping inhibit new deposits and supporting the transport of loosened deposits with flow.
| Electrostatic potential shift | Polarization effect |
|---|---|
| Deposit inhibition | Supports deposit reduction |
Best results typically come from combining root-cause diagnostics + right placement + post-install monitoring.
| Pressure Drop Trend (P) | Intervention Frequency | Throughput & Availability | Integrity Indicators |
|---|---|---|---|
| Stabilization or slower increase at similar throughput. | Reduced pigging/hot-oil/cleanout needs (where applicable). | Fewer restrictions, steadier operating windows. | Corrosion monitoring trends and under-deposit risk reduction where relevant. |
ENMAX is commonly positioned for services where deposits and corrosion drive recurring operational cost. Below are typical application buckets, with Scansolution diagnostics used to confirm mechanism and prioritize placement.
1) Crude / Condensate Flow Lines
Diagnostics tie-in: use baseline troubleshooting to confirm where restriction starts, how it evolves with rate, and whether the driver is wax, asphaltenes, solids, or multiphase effects. | 2) Produced Water / Water Injection Systems
Diagnostics tie-in: confirm scaling mechanism (e.g., carbonate/sulfate), solids loading and where deposition is occurring to decide best installation points. |
3) Refinery / Plant Utility & Process Lines
Diagnostics tie-in: use targeted diagnostic checks and performance trending to validate whether fouling is deposit-driven versus hydraulics or equipment issues. | 4) Wells (Downhole Programs)
Diagnostics tie-in: confirm the dominant constraint (wax vs scale vs mechanical) and define verification KPIs before rollout. |
| 1) Diagnose | 2) Engineer | 3) Verify | 4) Optimise |
|---|---|---|---|
| Confirm the dominant mechanism (wax, scale, asphaltenes, solids, corrosion cells) and where it initiates. | Select surface/downhole configuration and location(s) based on constraints and objective. | Track KPI improvements (P, throughput stability, intervention frequency) and validate with targeted checks where needed. | Fine-tune placement/operations and adjust chemical programs based on measured performance not assumptions. |
| Important: Any reduction or removal of chemicals should be done under an engineered management-of-change process, supported by monitoring data. |
ENMAX (Corrosion, Paraffin & Scale Prevention and Removal System) is a passive catalytic alloy tool positioned to help inhibit scale/wax/asphaltene deposition and support corrosion control in oil & gas and industrial water systems.
ENMAX materials describe a multi-metal alloy that creates a catalytic/polarization effect, shifting electrostatic potential in the fluid and reducing ion/particle binding. This can inhibit deposit formation and assist transport of loosened deposits with the flowing fluid.
ENMAX is offered in surface inline units and downhole configurations. Selection depends on the problem location, line size, flow regime, and operating envelope.
In some cases it may reduce dependency, but suitability is site-specific. Scansolution recommends baseline diagnostics, engineered selection, and post-install verification before changing chemical programs.
Use pre/post KPIs: pressure drop trends, throughput stability, intervention frequency (pigging/hot-oil/cleanouts), corrosion monitoring trends, and targeted inspection/diagnostic checks where needed.
Scansolution provides a diagnose treat verify workflow: identify mechanism and location, guide installation strategy, and verify impact using measurable KPIs. This improves confidence, supports ROI justification, and helps avoid misapplication.
Scansolution Simplifying problems through technology-driven solutions.