Product category:
Chromatographs: gas
News Release from: Agilent Technologies Europe | Subject: 5988-4397EN
Edited by the Laboratorytalk Editorial
Team on 30 January 2002
Accelerating fuel cell development
Agilent Technologies's latest brochure describes chemical analysis applications including GC, GC/MS, and micro GC, in the emerging industry of fuel cell development
The brochure explains how Agilent's complete line of GC, GC/MS, micro GC, and real-time gas analyser instruments can support and accelerate fuel cell development Specific chemical measurement applications are noted, including analysis of fuel stream components such as feedstock, desulphurised fuel, reformate, anode gas, and exhaust gas
This article was originally published on Laboratorytalk on 30 Jun 2008 at 8.00am (UK)
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Determining chemical composition of these gases can help fuel cell developers design superior sub-assemblies, model and verify fuel cell performance, test environmental compliance, and optimise operating conditions.
Fast and accurate chemical analysis results in a more efficient fuel cell developmental process that minimises guesswork, accelerating the time to market.
Agilent provides a complete chemical analysis solution for fuel cell customers.
Agilent technical experts can assist with installation, training, service and consultative support for companies involved in all areas of this emerging industry.
These specialists can help customers apply Agilent industry-leading instruments to the development of portable, transportation, and stationary fuel cells.
Agilent has collaborated with various companies seeking to develop an environmentally superior source of energy derived from fuel cells.
"Go Further, Faster: Accelerating the Efficiency of Fuel Cell Development" is available free of charge from the Agilent website (seee above) or from any Agilent sales office worldwide.
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