Prepare
Solids, oil, and incompatible upstream loading are removed to protect the electrochemical process.
A Wild Pack Holdings companyLINXOX · Linx Equipment family 06
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LINXOX
BDD electro-oxidation
LinxOx applies boron-doped diamond electrochemistry to difficult dissolved contaminants after the water has been prepared for controlled oxidation.
WHAT IT DOES
The process inside the equipment.
LinxOx passes conditioned water through modular BDD electrode cells under controlled electrical loading. The electrochemical environment produces highly reactive oxidizing species at the electrode surface that can transform difficult dissolved organics.
Performance depends heavily on conductivity, background demand, contaminant concentration, competing species, temperature, residence time, and energy input. Every LinxOx application therefore begins with treatability work before full-scale sizing or performance commitments.
HOW IT WORKS
A controlled path from influent to result.
Apply current
Controlled power drives the BDD cells at the operating conditions established by testing.
Oxidize
Reactive species transform target compounds through staged contact or recirculation.
Verify
Sampling and process data confirm response, energy demand, and the need for downstream polishing.
EQUIPMENT CAPABILITIES
Built around the duty—not a fixed catalog box.
- Modular BDD electrode-cell arrays
- Controlled DC power and electrical protection
- Single-pass or recirculating operation
- Flow, pressure, conductivity, temperature, and energy monitoring
- Automated sequences, alarms, and remote visibility
- Pretreatment and post-treatment interfaces
AVAILABLE CONFIGURATIONS
A starting platform for application engineering.
Compact
5–50 GPMModular package for smaller flows, pilots, polishing, and staged deployment.Standard
100–500 GPMParallelized cell and power architecture for larger continuous-duty applications.Pilot
Test-definedRecirculating or single-pass configuration used to establish dose, kinetics, and energy demand.Published ranges identify current Linx platform configurations. Final hydraulic capacity, materials, loading, retention, utility demand, and performance basis are established for the application.
BEST-FIT APPLICATIONS
Where LINXOX earns its place.
- Difficult dissolved COD
- Color and refractory organics
- Selected trace-organic treatment
- Leachate and industrial process water
- Advanced polishing after solids removal
- PFAS-focused treatability programs where testing supports the application
DESIGN DATA REQUIRED
What Linx needs to size it.
- Full laboratory characterization
- Target compounds and required endpoint
- Conductivity, chloride, alkalinity, and pH
- COD/TOC and competing oxidant demand
- Temperature and solids loading
- Bench or pilot dose-response and energy data
TREATMENT-TRAIN INTEGRATION
Designed as a family. Connected as a system.
LinxGuard, LinxFloat, LinxSettle, or LinxPolish pretreatment removes solids and interfering loads.
→BDD cells, power conversion, recirculation, cooling as required, instrumentation, and controls.
→Media, membrane, AOP, UV, adsorption, neutralization, or verification sampling as required.
CONFIGURE LINXOX
Start with the water, duty, and operating result.
Send the available flow and laboratory data, treatment target, site constraints, utilities, schedule, and operating plan. Linx will turn those inputs into a buildable LINXOX design basis and integrated equipment concept.