• Aemion® One step exchange
  Properties of Aemion+ Electrolysis Membranes & Ionomer
• Aemion®
  Properties of Aemion+ Electrolysis Membranes & Ionomer
• Aemion® CCM / MEA
  Properties of Aemion+ catalyst coated membranes and gas diffusion electrodes
• Aemion® CO2
  Properties of Aemion+ Electrolysis Membranes & Ionomer
• Pemion®
  Properties of Pemion Hydrocarbon Proton Exchange Membranes
• Pemion® CCMs / MEAs
  Properties of Pemion Catalyst Coated Membranes & Membrane Electrode Assemblies

• Aemion® AF3N Membrane Pre-treatment & Activation Procedure
  Aemion® AF3N Membrane One step exchange Pre-treatment & Activation App Note
• Aemion® Membrane Pre-treatment & Activation, Handling and Storage Recommendations
  Aemion® AF3 Membrane Pre-treatment & Handling
• Aemion ® AP3 Dissolution for Ink Formulation
  Dispersion of Aemion® Ionomers Application Notes
• Aemion® Cell & Stack Compression
  Aemion® Cell & Stack compression recommendations
• Aemion® Disassembly Instructions for Post-Mortem Characterization
  Aemion® Disassembly Instructions for Post-Mortem Characterization Application Note
• Pemion®: Membrane Handling & Storage
  Membrane handling, storage and pre-treatment instructions
• Pemion®: Ionomer Dispersion and Ink Formulation
  Ionomer handling, mixing & formulation instructions
• Aemion® AEM Water Electrolyzer Reference Design
  Aemion® Water Electrolyzer Reference Design

• Adv Materials Inter: Transport of Hydrogen Through Anion Exchange Membranes in Water Electrolysis 
  An in-depth design guide to modeling and optimizing AEM Electrolyzer design with respect to hydrogen transport.
• JPS: One year operation of an anion exchange membrane water electrolyzer utilizing Aemion+® membrane: Minimal degradation, low H2 crossover and high efficiency
  Demonstration of commercially viable AEMWE with negligible degradation in abrasive, industrially relevant conditions.
• JACS: A Stable Hydroxide-Conducting polymer
  First report of an indefinitely stable anion-exchange polymer addressed from basic principles
• EES: Universal hydroxide-conducting polymer for energy conversion devices
  First AEM device paper for HMT-PMBI us as both the polymer electrolyte membrane and ionomer in alkaline AEM fuel cells and electrolyzers
• ACS Macro Letters: 10 M KOH at 100°C / Alkaline Stability of Cationic Polyelectrolytes
  Next-gen breakthrough paper demonstrating indefinite polymer stability in the most forcing alkaline conditions
• Practical Method for Measuring the True Hydroxide Conductivity of Anion Exchange Membranes
  The first ex situ method to measure OH^– conductivity demonstrating the high conductivity of our materials

• Can Hydrocarbon-Based MEAs Close the Performance Gap to State-of-the-Art Perfluorosulfonic Acid-Based MEAs for PEM Fuel Cells Demonstration of fully hydrocarbon CCMs with performance meeting and exceeding state of the art fully PFSA systems. Introduction of a method for decal transfer of catalyst layer using fully hydrocarbon materials.

• JACS: Structurally-Defined Polyphenylenes
  First demonstration of breakthrough of fully hydrocarbon membranes as extremely stable, high performance, and flexible materials
• Angewandte: Highly Stable, Low Gas Crossover, Proton-Conducting Phenylated Polyphenylenes
  Fuel cell demonstration including DOE stress test of breakthrough of hydrocarbon membranes as highly conductive, low gas crossover proton-exchange membrane fuel cells with extreme radical resistance
• Sulfophenylated Terphenylene Copolymer Membranes and Ionomers
  This is the first demonstration of a fully hydrocarbon PEMFC exceeding the performance of the gold standard Nafion in all conditions, using a system and optimized for Nafion.
• Hydrocarbon-based Pemion® proton exchange membrane fuel cells with state-of-the-art performance
  The first demonstration of a fully hydrocarbon Pemion-based PEMFC, which surpassed all previous literature examples of fully hydrocarbon systems, as well as state-of-the-art PFSA systems.

• Hydrogen Production Cost by Aemion+®
  The pathway to lower the cost of electrolytic hydrogen is possible with the advance of AEMWE technology. Using the Aemion+ membranes by Ionomr Innovations, AEM stability has improved to a point enabling large scale commercial development, and performance can be improved based on a stable platform to approach PEMWE

Recently we hosted our first ever webinar to inform attendees on the importance of the emerging hydrogen economy and how we are doing our part to drive forward the goals set by the recent Canadian Hydrogen Strategy.

• Revisiting The Canadian Hydrogen Strategy with Ionomr

Hosted by Jeff Sim and Benjamin Britton, we are happy to share the recording for all as a high-level educational resource.

• Ionomr at World Hydrogen Technology Convention

Invited to present at the 9th World Hydrogen Technology Convention and in collaboration with f-cell+HFC, we provided a deep dive on our game changing materials for fuel cells and electrolyzers

Presented by Mike Adamski, we are happy to share the recording for all as a high-level educational resource.