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The Falköping Model - Excel based calculation model now available
The Falköping Model enables users to estimate market demand for biomethane in a region from evolving gas vehicle fleets and estimate supply capabilities from a range of production and distribution facilities. It takes a system perspective to model multiple actors across a 15 year time-span, allowing users to examine (and fine-tune!) the economic and environmental performance of the whole biomethane system, and its component parts.
A 10-minute video on biomethane life cycle on Biogasmax web site!
A 10-minute video is available on Biogasmax web site. Are presented the large scale biodigestion units developed as part of Biogasmax programme, such as waste water treatment plants in Bern (Switzerland), Göteborg, Stockholm (Sweden) and such as organic recovery centres in Lille (France), Vasteras and Falköping (Sweden). All the different aspects of the biomethane chain are illustrated with interviews of the professionals involved in each site: feedstock collection, biogas production,...
Gas filling stations: a new Biogasmax report published
A first demonstration report, carried out by GDF-SUEZ partner of the Biogasmax project, on fuel stations including deployment strategies and regulatory requirements is published on www.biogasmax.eu. Demonstration sites such as Lille (France), Bern (Switzerland), Göteborg and Stockholm (Sweden) are described, regarding gas supply, compression and storage facilities and distribution modes. Technical, environmental and economic factors for biomethane fuelling stations have been assessed. A...
Methane emissions from upgrading plants: how to limit them ?
The crucial point of biogas upgrading is the methane emission or often called methane slip. This was stressed during the European Conference on Biomethane Fuel in Göteborg, through both Arthur's Wellinger's and Jan-Paul Lindner's presentations, at the plenary session 2 and at the training session 3 on biogas upgrading of the Biogasmax final conference.
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