Gas diffusion electrochemical electrode

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Powering a wide variety of fuel cell systems in stationary, portable and transportation applications, worldwide. From the individual to the industrial level, we all have a responsibility to commit to cleaner, more sustainable energy sources to ensure we protect our planet, our resources, and our people. Gore’s mission is to develop impactful, sustainable and practical solutions that lower total cost of ownership with a long-term approach. Our industry-leading proprietary Proton Exchange Membranes (PEM) and Membrane Electrode Assemblies (MEA) enable large-scale hydrogen fuel cell commercialization throughout major industrial market sectors, from stationary power generation to global long-haul transportation. GORE-SELECT® Membrane is a Proton Exchange Membrane (PEM). Within the fuel cell, the PEM separates hydrogen and air (oxygen), and transports protons from the anode to the cathode. These functions make the fuel cell PEM one of the most important determinants of fuel cell stack performance and service life. To function reliably in an automotive fuel cell stack, the PEM must provide high proton conductance and high mechanical/chemical durability under repeated dry-wet cycles and harsh chemical conditions. GORE-SELECT Membrane is a real drive-evaluated technology with a solid track record derived from iterative product innovation, testing and evaluation in zero-emission cars. Further innovations are already in development, to address the challenges that face the fuel cell vehicles (FCVs) of the future.