OXIDATION & REDUCTION

Electrochemistry

THE TECHNOLOGY

Discover the innovation of our electrochemical equipment

In our cells, it is possible to select their configuration (distance between electrodes, number of compartments, etc.), the active anodic area and the geometry of the electrodes.

We have a wide variety of electrodes materials (BDD, carbon felt, IrO2, Ni, PtOx, RuO2, stainless steel, Ti, etc.), allowing you to take your cell customization to the next level.

We also offer you maximum flexibility through our interchangeable electrodes and cells, allowing you to test different electrode materials in the same cell or different cells in the same equipment.

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MULTICELL

Discover it here

FEATURES

From cells to complete plants, always tailor-made

These are the items available to customize in your equipment based on your needs:

Technologies

  • Electrooxidation
  • Electro-Fenton
  • Electroreduction

Scale

  • Laboratory
  • Pilot
  • Industrial

Connection type

  • Barb fitting
  • Quick plug

Volume / flowrate

  • Selectable

Active anodic area

Selectable

Number of modules

Selectable

Electrodes materials

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

  • Ti

Reactor configuration

  • Plate and frame

Operation mode

  • Alternating
  • Batch
  • Continuous (24/7)

Optional features

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

REFERENCES

Electrodes

B100

Country: Spain | Client: Eurecat

  • 5 Nb/BDD electrodes with coating on both sides.
  • Type: solid.
  • Geometry: square.
  • Approximate useful anodic surface of 100 cm2.

Electrodes

P72 / M72

Country: Spain | Client: Universidad Politécnica de Cataluña

  • 8 electrodes: 4 made of Ti with MMO coating for both sides and 4 made of Ti with PtOx coating for both sides.
  • Type: rectangular solid.
  • Approximate useful anodic surface of 72 cm2 per electrode.

Electrodes

M72

Country: Spain | Client: Universidad Politécnica de Cataluña

  • 2 Ti electrodes with MMO coating for booth sides.
  • Type: rectangular solid.
  • Approximate useful anodic surface of 72 cm2 per electrode.

Electrodes

SS100

Country: Spain | Client: Eurecat

  • 3 electrodes made of stainless steel AISI 304.
  • Type: solid.
  • Approximate useful anodic surface of 100 cm2.

Electrodes

A100

Country: Spain | Client: Eurecat

  • Al electrode.
  • Type: solid.
  • Approximate useful anodic surface of 100 cm2.

Electrodes

T100

Country: Spain | Client: Eurecat

  • Ti electrode.
  • Type: perforated.
  • Approximate useful anodic surface of 100 cm2.

Electrodes

T100

Country: Spain | Client: Eurecat

  • Ti electrode.
  • Type: diamond mesh.
  • Approximate useful anodic surface of 100 cm2.

Electrodes

P72 / N72

Country: Spain | Client: Universidad Politécnica de Cataluña

  • 2 Ti electrodes with PtOx coating by one side.
  • 2 Ni electrodes.
  • Type: rectangular solid.
  • Approximate useful anodic surface of 72 cm2.

Electrodes

B70

Country: USA | Client: Los Alamos National Laboratory

  • Electrode with BDD coating by one side.
  • Type: rectangular solid.
  • Approximate useful anodic surface of 70 cm2.

Cell

Elecbench T-T2700

Country: Spain | Client: Cetim

  • Plate and frame configuration.
  • Ti electrode holder frame.
  • Approximate useful anodic surface of 2,700 cm2.

Cell

Eleclab M-M171

Country: Spain | Client: Geseco Aguas

  • Plate and frame configuration.
  • Ti/MMO anode and cathode.
  • Approximate useful anodic surface of 171 cm2.

Cell

Eleclab M-T25

Country: Spain | Client: Universidad Rey Juan Carlos

  • Plate and frame configuration.
  • Anode of Ti/MMO and cathode of Ti.
  • Approximate useful anodic surface of 50 cm2.

Cell

Eleclab M-P25

Country: Spain | Client: Universidad Politécnica de Cataluña

  • Plate and frame configuration.
  • Electrodes type 1 of PtOx/Ti and electrodes type 2 of MMO/Ti.
  • Approximate useful anodic surface of 25 cm2.
  • With ionic exchange membrane.
  • With accessories for the adequate integration of a membrane.

Cell

Eleclab M-T25

Country: Spain | Client: Universidad Autónoma de Madrid

  • Plate and frame configuration.
  • RuO2>/Ti anode and Ti cathode.
  • Approximate useful anodic surface of 25 cm2.
  • It includes frames to work with different electrodes.

Cell

Eleclab B-T270

Country: Spain | Client: Eurecat

  • Plate and frame configuration.
  • BDD anode and titanium cathode.
  • Approximate useful anodic surface of 270 cm2.
  • 2 compartments.
  • With power supply.

Cell

Eleclab I-T50

Country: Spain | Client: Funditec

  • Plate and frame configuration.
  • MMO anode and titanium cathode.
  • Approximate useful anodic surface of 50 cm2.
  • With accessories for the adequate inclusion of a membrane.

Cell

Eleclab B-B50

Country: Poland | Client: Lodz University Of Technology

  • Plate and frame configuration.
  • BDD anode and cathode.
  • Approximate useful anodic surface of 50 cm2.
  • Adjustable separation of 3 mm between electrodes.
  • One anode-cathode compartment.

Full equipment

Eleclab B-B70

Country: USA | Client: Los Alamos National Laboratory

  • Plate and frame configuration.
  • BDD anode and cathode.
  • Approximate useful anodic surface of 70cm2.
  • Jacketed feed tank.
  • Temperature control with a heat exchanger.
  • Electrical console.

Full equipment

Elecbench R-R4900

Country: Spain | Client: Cadagua

  • 4 electro-oxidation cells: plate and frame configuration, MMO anode and cathode, approximate useful anodic surface of 1.225 cm2/cell, and 14 bipolar electrodes.

  • Power source.
  • Recirculation pump.
  • Filtration system for the removal of solids.
  • Continuous online measurement of pH, T, and ORP.
  • Instrumentation for flowrate and pressure control.
  • Temperature control with a heat exchanger.
  • Extractor to evacuate potential harmful and flammable gases generated.
  • Automatized operation through PLC.