Water Splitting Reactor EWF Zero Gap Electrolyzer, Acrylic Transparent Model | Metnmat Innovations
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Water Splitting Reactor EWF Zero Gap Electrolyzer, Acrylic Transparent Model
  • Water Splitting Reactor EWF Zero Gap Electrolyzer, Acrylic Transparent Model
  • Water Splitting Reactor EWF Zero Gap Electrolyzer, Acrylic Transparent Model
  • Water Splitting Reactor EWF Zero Gap Electrolyzer, Acrylic Transparent Model
  • Water Splitting Reactor EWF Zero Gap Electrolyzer, Acrylic Transparent Model
  • Water Splitting Reactor EWF Zero Gap Electrolyzer, Acrylic Transparent Model

Water Splitting Reactor EWF Zero Gap Electrolyzer, Acrylic Transparent Model

Product Name : Water Splitting Reactor
 
Model – EWF 
  • Zero-Gap electrolyzer
  • Suitable to study the performances of membrane electrode assembly
 
Product Details
  • Electrolyzer based on a zero-gap configuration where the MEA is sandwiched between the anode and cathode
  • The design  is ensured a leak-free operation, and the selection of clear polymethyl methacrylate (PMMA) end-cases allowed in situ observation of the electrode reactions
  • The end-plate was designed to allow electrolyte inlet and outlet 
 
ADVANTAGES
  • Zero-gap configuration is help to decrease voltage drop between the anode and cathode.
  • METNMAT - EMF electrolyzer is based on a zero-gap design where the ion exchange membrane is sandwiched between the anode and cathode to ensure that the contribution of cell resistance from both the electrolyte and bubble formation from oxygen evolution and hydrogen evolution is minimized. 
  • The electrolyzer assembled with flow channels reports lower cell voltages, attributing to the continuous flow paths which provide better flow distribution over the same electrode area and thus ensures better management of hydrogen and oxygen bubble production and temperature distribution.
 
Specification
  • Material : PMMA (Transparent)
  • Dimension : 90 mm (Hight ) x 90mm (Length) x 30 mm (Width)
  • Electrolyte Volume : 5 mL each side
  • Electrode Area : 10 cm²
  • Distance b/w Positive & Negative Poles : Zero gap
     
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