Accelerating the development of fuel cell technology with cutting-edge expertise and material solutions
The use of hydrogen technology in transportation is increasing in momentum as fuel cell electric vehicles produce zero harmful tailpipe emissions and reduce oil dependence. Proton Exchange Membrane (PEM) fuel cells, today’s most widespread technology, face key challenges such as increasing fuel cell performance and durability. Syensqo is committed to advancing the development of hydrogen fuel cell technology for mobility, making significant investments in Research and Innovation to develop new solutions for reducing membrane thickness in Membrane Electrode Assembly (MEA), lightweighting of the entire fuel cell system, improving thermal management efficiency and minimizing contaminants.
In this e-guide, you will discover the areas where our solutions can bring added value from the Balance of Stack (BoS), including Membrane Electrode Assembly (MEA), to Balance of Plant (BoP), and how Syensqo’s portfolio of advanced materials plus application expertise are able to address requirements in vital applications such as:
- Membrane electrode assemblies
- Sub-gaskets
- Endplates
- Bipolar plates
- Air management systems
- Thermal management systems
- Hydrogen supply and recirculation systems
It also examines Syensqo’s state-of-the-art facilities to support testing, simulation, processing and prototyping to provide a near-real performance evaluation for more accurate material screening and selection.
Syensqo: at the heart of the green hydrogen economy
