[Book] Development of Materials and Devices in Water Electrolysis Systems (No. 2380)
[Available for trial reading] - Precious metal catalyst materials / electrode design / membrane materials / devices, analytical techniques
★Consolidation of materials and device technologies for high-efficiency production of green hydrogen in one volume ★Measures against load fluctuations and frequent start-stop operations for the utilization of renewable energy power, and prospects for robustness ■Key Points of This Book ◆Low Precious Metal Catalyst Materials - Tungsten oxide catalysts aimed at substituting Ir and Ru - Catalyst materials that achieve a reduction in Ir content through nanostructuring - Catalysts for hydrogen generation reactions using metal nanoclusters ◆Electrode Design - Electrode structure design for AEM-type water electrolysis using FeNi-based catalysts - Quantitative evaluation of the impact of electrode structure on cell performance through overvoltage separation analysis - Development and design guidelines for iridium oxide alternative electrodes operable under PEM water electrolysis conditions ◆Membrane Materials - Proton-conductive polymers based on cellulose - Molecular design aimed at improving the chemical and mechanical durability of AEM materials - Current status and prospects of data-driven anion exchange membrane design ◆Devices and Analytical Technologies - Pressurized and atmospheric operation technologies for large-scale alkaline water electrolysis systems - Development trends of megawatt-class PEM hydrogen generation systems - High-efficiency water electrolysis methods using hydrate melts
basic information
■Table of Contents Chapter 1: Development of Catalytic Materials and Electrodes for Alkaline Water Electrolysis and Anion Exchange Membranes Chapter 2: Development of Catalytic Materials and Electrodes for Solid Polymer and Proton Membrane Water Electrolysis Chapter 3: Development of Supports and Diffusion Layers Chapter 4: Development of Proton Exchange Membranes Chapter 5: Development of Anion Exchange Membranes Chapter 6: Manufacturing Technology for PEM Water Electrolysis Electrode Assemblies by Chemical Plating Method and Its Application to AEM Water Electrolysis Chapter 7: Trends in Water Electrolysis Devices Chapter 8: Development Trends in High-Temperature Steam Electrolysis Technology and Other Hydrogen Production Technologies Chapter 9: Evaluation and Simulation Technologies for Water Electrolysis Devices and Their Components ●Publication Date: October 30, 2026 ●Format: A4, 350 pages ●Authors: 41 ●ISBN: 978-4-86798-169-6
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88,000 yen (including tax) [shipping included] Various discount systems are available. Please contact us.
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2380 Water electrolysis
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