OXIDATION & REDUCTION

Photoelectrochemistry

THE TECHNOLOGY

Discover the innovation of
our photoelectrochemical equipment

We always use cutting-edge LED technology (UV-C, UV-B, UV-A, visible, IR, etc.) as source of light. Remarkably, the emitted radiation intensity can be regulated and the temperature of the LEDs is controlled through forced air convection.

Besides, in our photoelectroreactors, the active anodic area, the geometry and the material of the electrodes (BDD, carbon felt, IrO2, Ni, PtOx, RuO2, stainless steel, Ti, etc.) can be adjusted to your needs.

Download datasheet

FEATURES

From cells to complete plants, always tailor-made

Choose from the following options to customize your equipment based on your needs:

Technology

  • Photoelectrocatalyisis
  • Photoelectro-Fenton
  • Photoelectroreduction

Scale

  • Laboratory
  • Pilot
  • Industrial

Connection type

  • Barb fitting
  • Quick plug
Volume / flowrate
  • V: from mL to several L
  • Q: up to several m3/h

    • Anodic useful surface

    Selectable

    Source of light configuration

    • External radiation

    Number of modules

    Selectable

    Electrodes materials

    • BDD
    • Carbon felt
    • IrO2
    • Ni
    • PtOx
    • RuO2
    • Stainless steel
    • Ti

    Reactor configuration

    • Cell

    Operation mode

    • Alternating
    • Batch
    • Continuous (24/7)

    Optional features

    • Automatization
    • Feeding tank
    • Online measurements (pH, O2, etc.)
    • Power supply
    • Pumping
    • Temperature control

    Radiation type

    • UV-C
    • UV-B
    • UV-A
    • Violet
    • White
    • Blue
    • Green
    • Red
    • NIR
    • FIR
    Consult us to customize

    REFERENCES

    Cell

    PElab P-T25

    Country: Spain | Clients: Instituto Tecnológico de la Energía (ITE) and Simetría Innovación S.L.U.

    • Plate and frame configuration.
    • Ti/PtOx electrode.
    • Ti electrode holder.
    • Ag/AgCl reference electrode.
    • Approximate useful anodic surface of 25 cm2.
    • Ionic exchange membrane.
    • Solar simulator with LED technology.

    Cell

    PElab T-T20

    Country: Spain | Client: Universidad Politécnica de Madrid

    • Plate and frame configuration.
    • 2 Ti electrodes (1 perforated, 1 solid).
    • Approximate useful anodic surface of 20 cm2.
    • It includes a quarz window to illuminate the system.

    Cell

    PElab LED405_14-450_10m/T-T100

    Country: Spain | Client: Eurecat

    • Plate and frame configuration.
    • 2 Ti electrodes (1 perforated, 1 solid).
    • Approximate useful anodic surface of 10 cm2.

    • Visible and violet LED lamp. Both types of light can be used simultaneosly or independient.

    • The irradiated total power can be regulated. Adjustable distance from the lamp to the reactor.

    • LED refrigeration system through forced air convection.

    • PLC operation.

    Cell

    PElab T-T25

    Country: Spain | Client: Instituto de Ciencias de la Construcción Eduardo Torroja - CSIC

    • Plate and frame configuration.
    • Ti perforated electrodes.
    • Approximate useful anodic surface of 25 cm2.
    • It includes a window to illuminate the system with an external photochemical lamp.

    Cell

    PElab M-T10

    Country: Slovenia | Client: Jožef Stefan Institute.

    • Plate and frame configuration.
    • Ti solid anode with MMO coating.
    • Ti perforated cathode.
    • Approximate useful anodic surface of 10 cm2.

    • It includes a window with adjustable surface to illuminate the system with an external photochemical lamp.

    Cell

    PElab T-T25

    Country: France | Client: Centre National de la Recherche Scientifique

    • Plate and frame configuration.

    • Possible operation modes: gas – gas with membrane / gas – liquid with membrane / liquid – liquid with membrane / liquid without membrane.

    • Perforated supports for the electrodes made of titanium.
    • Approximate useful anodic surface of 25 cm2.
    • It includes a window to illuminate the system with an external photochemical lamp.

    Cell

    BElab R-C400

    Country: Spain | Client: Universidad Rey Juan Carlos

    • Plate and frame configuration.
    • 2 compartments.
    • Ti/RuO2 anode and carbon felt cathode.
    • Approximate useful anodic surface of 400 cm2.
    • With ionic exchange membrane.

    • It includes a window to illuminate the system in case of using an external photochemical lamp to perform a photoelectrochemical process.

    Cell

    PElab LED365_3m/S-N25

    Country: Spain | Client: Polytechnic University of Madrid

    • UV-A LED with adjustable intensity and refrigeration through forced air convection.
    • Nickel cathode and stainless steel anode support.
    • Electrical console with PLC for the control of the LED system.

    Full equipment

    PElab C-T50

    Country: Spain | Client: Universidad Politécnica de Madrid

    • Jacketed feed tank.
    • Magnetic stirring.
    • Recirculation pump.
    • Ti perforated electrode.
    • Ti electrode holder.
    • Carbon felt electrode.
    • Approximate useful anodic surface of 50 cm2.
    • Power source for the electrodes.
    • Mass flow meter.
    • Pressure gauges.
    • Electrical console for the control of the agitator, pump, power source and mass meter.
    • Assembly mounted on an aluminum frame.

    Full equipment

    PElab LED365_3-450_3m/B-T25

    Country: Spain | Client: Universidad de Vigo

    • Feeding tank.
    • Recirculation pump.
    • UV-A and Vis LEDs with adjustable intensity and refrigeration through forced convection of air.
    • Electric console with PLC to control LED lamp.
    • BDD perforated anode.
    • Titanium solid cathode.
    • Approximate useful anodic surface of 25 cm2.
    • Power supply for electrodes.
    • Assembly mounted on aluminum frame.

    Full equipment

    PElab LED365_5-450_5m/T-G50

    Country: Spain | Client: Proquinorte

    • Feeding tank.
    • Recirculation pump.
    • UV-A and vis LED of adjustable intensity and refrigeration through forced air convection.
    • Electrical console with PLC for the control of the LED lamp.
    • Support for the photoanode of titanium.
    • Mesh cathode of graphite.
    • Support for a membrane.
    • Approximate useful anodic surface of 50 cm2.
    • Power supply for the electrodes.
    • Assembly mounted on aluminum frame.