The Project

Efficient and Durable Pressurised Anion Exchange Membrane Electrolyser with Novel Triple-Phase Boundary and Stack Designs
Starting Date
01/05/2025
Duration
42 Months
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12 Partners
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7 EU Countries
EU Budget
~ 4M Euro
Coordinator
Rachmat Adhi Wibowo

Key Features

Combinatorial materials for CRM-free NiCu-based OER catalysts and sustainable PTL

Implementation of ionic liquid for co-catalyst and high membrane durability

Assessment of harmonized test protocol

Development of low overpotential CRM-free NiMo-phosphate HER catalysts

Environmental analysis
Recycle | Reduce | Reuse

Innovative bio-based polymer for stable membrane

New approach on materials optimization by machine learning

Diffusion- Surface reconstruction

Novel bipolar plate and AEMEL stack internal design

Breakthrough stack cell design and modelling for pressurized AEMEL

Events calendar

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