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Photochemistry

Photolab LED380-1c

Country: Spain.
Client: University of Cantabria.

  • UV LED in multistrip distribution and selectable power.
  • Magnetic stirring.
  • Continuous online measurement of pH and O2.

Photolab LED365-24c // Photolab LED450-24c

Country: Spain.
Client: University of Cantabria.

  • External exchangeable LED lamps of adjustable intensity: UV / visible.
  • LED refrigeration through forced air convection.
  • Electrical console with PLC for the control of the LED.
  • Magnetic stirring.

Photolab LED365-6/450-6c

Country: Spain.
Client: Institute of Materials Science of Seville.

  • System for liquid and gas.
  • Reactor with mirror finish.
  • UV and vis LED of adjustable intensity and refrigeration through forced air convection.
  • Electrical console with PLC for the control of the LED system.
  • Magnetic stirring.

Photolab LED365-16/450-16c

Country: Spain.
Client: Autonomous University of Madrid.

  • UV and vis LED of adjustable intensity and refrigeration through forced air convection.
  • Electrical console with PLC for the control of the LED system.
  • Magnetic stirring.
  • Aeration system: air evacuation ring, air injection chamber, and air blower.

Photolab LED365-16/450-16c

Country: Spain.
Client:  Institute of Catalysis and Petrochemistry.

  • UV and vis LED of adjustable intensity and refrigeration through forced air convection.
  • Electrical console with PLC for the control of the LED system.
  • Magnetic stirring.
  • External protective case.
  • Assembly mounted on aluminum frame.

Photolab LED365-16/450-16c

Country: Spain.
Client: Rovira i Virgili University.

  • UV and vis LED of adjustable intensity and refrigeration through forced air convection.
  • Distribution and maneuver panel with PLC for the control of the LED system.
  • Magnetic stirring.
  • Peristaltic pump.
  • Aeration system: air evacuation ring, air injection chamber, and air blower.
  • Continuous online measurement of pH, T, and O2.

Photolab LED365-32a

Country: Finland.
Client: Lappeenranta University of Technology.

  • UV LED of adjustable intensity and refrigeration through forced air convection.
  • Magnetic stirring.
  • Recirculation pump.
  • Continuous online measurement of pH, T, and O2.
  • Membrane for the recovery of the photocatalyst.
  • Instrumentation for pressure control.

Photobench LED365-32a

Country: Spain.
Client: Gutiérrez Aragón High School.

  • UV LED of adjustable intensity and refrigeration through forced air convection.
  • Recirculation pump.
  • Continuous online measurament of pH, T, and O2.
  • Membrane for the recovery of the photocatalyst.
  • Temperature control: heat exchanger and thermostatic bath.
  • Ability to operate in continuous/discontinuous mode.

Photolab LED365-16/450-16a/ELOXlab B-S210

Country: Spain.
Client: University of Cantabria.

  • Annular photoreactor: UV and vis LED of adjustable intensity and refrigeration through forced air convection.
  • Electro-oxidation cell: BDD anode and stainless-steel cathode, plate and frame configuration, adjustable separation between electrodes, and two anode-cathode compartments.
  • Jacketed feed tank made of borosilicate.
  • Power source.
  • Recirculation pump.
  • Continuous online measurement of pH, T, and O2.
  • Instrumentation for flow and pressure control.
  • Temperature control with a thermostatic bath.
  • Distribution and maneuver panel.

Photolab LED365-1/450-1p

Country: Spain.
Client: University of Cantabria.

  • Objective: CO2 photoreduction.
  • Methacrylate microcell with two compartments separated by a membrane.
  • Exchangeable lamps (UV / visible LED) of adjustable intensity.
  • Magnetic stirring.
  • Pesristaltic pump.
  • Instrumentation to control flow and pressure.

Photobench LED365-48/450-48a/CPC2

Country: Spain.
Client: Polytechnic University of Valencia.

  • 2 annular photoreactors with mirror finish and UV and visible LED.
  • 1 solar CPC photoreactor with radiometer.
  • Filtration system in two stages: prefiltration and/or microfiltration.
  • 2 chemicals dosing systems.
  • Instrumentation for pressure and flow control.
  • Temperature control through heat exchanger.
  • Operation through PLC.

Photobench LED365-64a/CPC5

Country: Spain.
Client: EMUASA y ESAMUR.

  • 2 annular photoreactors with UV LED of adjustable intensity.
  • 1 solar CPC photoreactor with radiometer.
  • Continuous online measurement of pH, T, O2, and ORP.
  • Membrane for the recovery of the photocatalyst.
  • Temperature control with a heat exchanger.
  • Instrumentation for pressure and flow control.
  • Automatized operation: PLC, automatic valves, level sensors, etc.

Electrochemistry

ELOXlab B-B50

Country: Poland.
Client: Lodz University of Technology.

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

ELOXlab B-T170 // ELOXlab P-T170 // ELOXlab R-T170

Country: Spain.
Client: University of Cantabria.

  • Approximate useful anodic surface of 170 cm2.
  • Exchangeable cells with different electrodes:
    • ELOXlab B-T170: BDD anode and Ti cathode
    • ELOXlab P-T170: Pt anode and Ti cathode.
    • ELOXlab R-T170: RuO2 anode and Ti cathode.
  • One anode-cathode compartment.
  • Maximum flow rate of 600 L/h.

Photolab LED365-16/450-16a/ELOXlab B-S210

Country: Spain.
Client: University of Cantabria.

  • Electro-oxidation cell: BDD anode and stainless-steel cathode, plate and frame configuration, adjustable separation between electrodes, and two anode-cathode compartments.
  • Annular photoreactor: UV and vis LED of adjustable intensity and refrigeration through forced air convection.
  • Jacketed feed tank made of borosilicate.
  • Power source.
  • Recirculation pump.
  • Continuous online measurement of pH, T, and O2.
  • Instrumentation for flow and pressure control.
  • Temperature control with a thermostatic bath.

ELOXbench R-R4900

Country: Spain.
Client: Cadagua.

  • 4 electro-oxidation cells: MMO anode and cathode, plate and frame configuration, 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 flow and pressure control.
  • Temperature control with a heat exchanger.
  • Extractor to evacuate potential harmful and flammable gases generated.
  • Automatized operation through PLC.

Photoelectrochemistry

PElab LED365-3p/S-N25

Country: Spain.
Client: –

  • UV 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.
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