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EOXCELL BDD Electrocatalytic Oxidation TEST KTI
The EOXCELL Lab Test Kit is a high-performance electro-oxidation (EO) system designed for advanced wastewater treatment research.
Built for small-scale and bench-top applications, it is ideal for evaluating the removal of recalcitrant organics, COD, pharmaceuticals, dyes, and pathogens using Boron-Doped Diamond (BDD) or other advanced electrode materials.
 
Whether you're in a university lab or an industrial R&D center, EOXCELL helps validate electrochemical oxidation processes before scale-up. Multiple models are available to suit different research volumes and current densities.

EOXCELL BDD Electrocatalytic Oxidation TEST KTI

SKU: 364115376135191
1.970,00$Price
Quantity

  • Product Name: EOXCELL Electro-Oxidation Test Kit
    Technology: Electro-oxidation using Boron-Doped Diamond (BDD) and Titanium electrodes
    Application: Advanced oxidation of industrial and municipal wastewater

    Available Models:

    • EOXCELL-140

      • Electrode Area: 140 cm²

      • Electrodes: 10 Titanium (28×28 mm), 9 BDD (28×28 mm)

    • EOXCELL-1240

      • Electrode Area: 1240 cm²

      • Electrodes: 4 large BDD (65×120 mm)

    • EOXCELL-3120

      • Electrode Area: 3120 cm²

      • Electrodes: 10 large BDD (65×120 mm)

    Electrode Material Options:

    • Boron-Doped Diamond (BDD)

    • Titanium

    • Ti/Ru-Ir

    • Ti/Pt

    • Ti/SnO₂

    • Custom materials available

    Power Supply:

    • DC 0–24V, adjustable

    • Constant voltage or constant current mode

    Electrode Configuration:

    • Anodic and cathodic design

    • Titanium substrate with optional catalytic coatings

    Operating Range:

    • Current Density: ≤ 50 mA/cm²

    • pH Range: 2 – 13

    • Temperature: < 60°C

    • TDS: Adjustable with sodium sulfate if needed

    • Total Hardness: < 300 mg/L

    • Suspended Solids: < 80 mg/L

    Typical Applications:

    • Electrochemical oxidation of pharmaceuticals, dyes, COD, and recalcitrant organics

    • Lab-scale validation for advanced oxidation processes (AOPs)

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