Diaphragms - AWE Separator (Alkaline Water Electrolyser Separator)

  • Active area from 100 to 1,600 cm²
  • Large-format separators up to 50 × 50 cm
  • High ionic conductivity
  • Low hydrogen and oxygen gas crossover
  • Chemical stability in alkaline media
  • Customisable dimensions, thickness and formats

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The AWE Separator operates as an alkaline-water-electrolyser separator engineered to provide reliable gas separation while enabling efficient ionic conduction under alkaline operating conditions. This component features an active-area range of 100 to 1,600 cm² and comes in large-format versions up to 50 × 50 cm for cell and stack configurations requiring increased separator surface area. The design delivers high ionic conductivity, low hydrogen and oxygen crossover, and robust, long-term chemical stability in alkaline media. To accommodate diverse engineering requirements across research and development laboratories, pilot systems, and commercial alkaline-electrolyser stacks, the manufacturer completely customizes the separator dimensions, thickness, and format to match specific customer cell or stack designs.

Use Cases

  • Alkaline-electrolyser research and development cells
  • Pilot alkaline-electrolyser systems
  • Commercial alkaline-electrolyser stacks
  • Gas-separation and ionic-conduction duty inside alkaline electrolysis cells

Capabilities

  • Separate hydrogen and oxygen gas streams within alkaline electrolysis cells
  • Support ionic conduction through the separator
  • Cover active areas from 100 to 1,600 cm²
  • Provide large formats up to 50 × 50 cm
  • Allow dimensional and thickness customisation for cell and stack designs
H2NEXT PRIVATE LIMITED H2NEXT PRIVATE LIMITED is an Indian hydrogen technology manufacturer supplying alkaline-water electrolysers and components for electrolysers and fuel cells. Its verified commercial products in this batch include an AWE electrolyser family, alkaline electrolyser separators, PEM fuel-cell membranes, electrolyser plates, fuel-cell plates and titanium porous materials for PEM anodes, with model or component customisation where explicitly specified.

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