£106.08

Royal Society of Chemistry - Solid Oxide Electrolysis Vol 182

Name: Royal Society of Chemistry - Solid Oxide Electrolysis Vol 182
Brand: Royal Society of Chemistry
Price: 106.08 GBP
Availability: InStock

Physical Chemistry

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Description

Explore the essential research surrounding solid oxide electrolysis in this Faraday Discussion Volume 182. As the global energy landscape shifts toward renewables, there is a growing need to convert electricity overcapacity into useful fuels like hydrogen, synthetic gasoline, and ammonia. This volume addresses the fundamental aspects of electrolysis that differ from standard solid oxide fuel cell operation. This publication brings together insights from leading scientists to examine the conversion of nitrogen to ammonia and the production of fuels from water and air. It serves as a vital resource for those studying high-efficiency conversion routes and the underlying science of electrochemical processes. Whether you are researching renewable energy storage or chemical feedstock production, this collection provides the technical depth required to understand these advanced technologies.

Key Features

Covers high-efficiency routes for converting electricity overcapacity from renewable sources into usable fuels.

Explores the production of hydrogen and synthetic gasoline through advanced electrolysis methods.

Provides scientific research on the conversion of nitrogen to ammonia for various industrial applications.

Addresses the fundamental differences between electrolysis and solid oxide fuel cell operation.

Features research from leading scientists focused on the conversion of water and air into feedstocks.

Part of the respected Faraday Discussion series, offering deep technical insights into physical chemistry.

Product Specifications

Brand: Royal Society of Chemistry
Model: No
Format: hardcover
ASIN: 1782621822
Category: Books > Subjects > Science, Nature & Maths > Chemistry > Physical Chemistry
Domain: Amazon UK
Release Date: 17 November 2015
Listed Since: 14 March 2015

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Royal Society of Chemistry - Solid Oxide Electrolysis Vol 182

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