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Date/Time Subject Author
10:41
Communication lacks
desertwolf01 1UP
That is what I mean, why dont we ever get an info about events AFC is particpating in or a presentation as download link when it was held, a child could upload that information and data on a webpage
Hate it with this company
http://www.whtcprague2017.cz/files/AB/files/assets/common/downloads/publication.pdf
http://www.whtcprague2017.cz/new-complete-programme.htm
CCI-O04
ALKAMMONIA – Update on demonstration of integrated alkaline fuel cell
units for remote locations using ammonia cracked hydrogen fuel
C. Hinde1, S. Ahmed1, R. Blanch-Ojea1, N. Akhtar1, C. Reynolds1, K. Treyer2, F. Nigbur3, A. Kvasnicka4, J. Austin1
1 AFC Energy plc, Fuel Cell Development, Cranleigh, United Kingdom 2 Paul Scherrer Institut, Technology Assessment Group, Villigen, Switzerland 3 University of Duisburg-Essen, Gasprozesstechnik, Duisburg, Germany 4 ZBT Fuel Cell Research Center, Fakultaet Ingenieurwissenschaften Lehrstuhl Energietechnik, Duisburg, Germany
Aim
To demonstrate an integrated power delivery system consisting of an alkaline fuel cell stack and hydrogen fuel delivery from an ammonia
cracker and fuel processing unit.
THE 7th WORLD HYDROGEN TECHNOLOGY CONVENTION
TOGETHER WITH CZECH HYDROGEN DAYS 2017, 9–12 JULY 2017
94
Introduction
ALKAMMONIA is an EU FP7-funded project, via the Fuel Cells and Hydrogen-Joint Undertaking (FCH-JU), to develop and demonstrate
integrated technologies to provide off-grid power options for telecommunication stations in regions with poor grid coverage. Market
surveys with mobile telecommunication companies have established that there is a market for clean alternatives to diesel generators
to power mobile communications masts in remote locations, for example Alaska, Russia, India and Africa. Partners in the project include
ZBT (the fuel cell research centre) and Universität Duisburg-Essen (UDE), developing the ammonia cracker technology, the Paul Scherrer
Institute, performing a life-cycle analysis, and UPS Systems/Fuel Cell Systems responsible for the power supply/conditioning systems.
Methods
AFC Energy PLC has been developing a single cartridge (up to 10 kWe
) alkaline fuel cell technology based on its proprietary fuel cell
design. A cartridge contains a 101 fuel cell stack that is developed and manufactured in-house. The stack and related components have
been ergonomically designed to deliver the environment necessary for efficient operation. Recent demonstrations have shown that peak
powers of 11.7 kWe
, above the 10 kWe
power target, can be achieved when utilising industrial hydrogen feedstocks. ZBT/UDE are close
to completing an efficient, cost-effective ammonia cracker bespoke for AFC Energy’s s