Next-Level Performance: Unveiling AvCarb’s Advanced Carbon Porous Transport Layer for Electrolyzers

Advanced Carbon Porous (Cover) - AvCarb

Inside This Release

  • Introduction
  • Electrolyzer Design and Function
  • PTL Focus: Why Carbon is Ideal for the Cathode
  • Product Spotlight

This release introduces engineers, scientists, and industry professionals to porous carbon materials as transport layers (PTLs) for electrolyzers and highlights key characteristics for optimal performance.

Introduction

AvCarb is excited to unveil its newest innovations in porous transport layer (PTL) carbon materials, designed to enhance the efficiency and durability of electrolyzer systems. Engineered for applications such as Proton Exchange Membrane (PEM), Alkaline Water Electrolysis (AWE), Anion Exchange Membrane (AEM), and CO₂ electrolysis, these advanced PTLs offer superior conductivity, optimized mass transport, and long-term stability under demanding conditions.

As the need for scalable hydrogen production grows, AvCarb is pushing the boundaries of electrolysis innovation, delivering high-performance carbon solutions in multiple form factors to drive efficiency and reliability. This paper examines the role of carbon materials in a standard electrolyzer system, from where it can be used effectively to the specific properties that influence performance. Our product spotlight looks at the newest of our rollable carbon paper, manufactured continuously on rolls over 1000 linear meters long and 850 mm wide, that is designed to perform in electrolyzer systems.

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    AvCarb Material Solutions is Proud to be a Gold Sponsor for the 7th Annual Advanced Water Splitting Technology Pathways Benchmarking & Protocols Annual Meeting

    The project team, supported by the Department of Energy is planning the seventh in an annual series of advanced water splitting (sustainable hydrogen production) technology pathways meetings. The project spans the range of promising approaches to producing hydrogen from water: Low and high temperature electrolysis, photo-electro-chemical, and solar thermochemical. We are holding the 2025...

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