biogaspartner – a joint initiative.

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Market.Development.in.Germany.. Lanken, 2010 Godenstedt, 2007 / 2009 Zeven, 2009 Drögennindorf, 2010 Wüsting, 2009 Werlte, 2007 Lüchow, 2009 Ronnenberg, 2008 Pohlsche Heide, 2010 Horn-Bad Meinberg, 2009 Bergheim/Steinheim, 2011 Rhede, 2010 Borken/Münsterland, 2010 Dorsten, 2010 Einbeck, 2009 Hardegsen, 2009 Straelen, 2006 Neuss am Niederrhein, 2010 Kerpen, 2009 Neu-Ullrichstein, 2010 Heskem, 2010 Schornbusch - Euskirchen, 2010 Bergheim/Paffendorf, 2010 Kleinlüder bei Fulda, 2011 Altenstadt/Hessen, 2010 Industriepark Höchst, 2011 Darmstadt/Wixhausen, 2008 Semd, 2010 Blaufelden/Emmertsbühl, 2010 Merzig (Ballern), 2011 Bliestal 2012 Mühlacker, 2007 Burgrieden (bei Laupheim), 2008 Forchheim im Breisgau, 2009 Tunningen, 2009 Altenstadt/Schongau, 2009 Figure: Geographical distribution of biomethane plants in Germany and (expected) start of operation. 10 B I o G a s P a r T n E r <strong>–</strong> a j o I n T I n I T I a T I v E Düsseldorf Bremen Wiesbaden Mainz Saarbrücken Kiel Hamburg Hannover Stuttgart Erfurt Schwerin Berlin Magdeburg Potsdam München Dresden Güstrow, 2009 Wittenburg, 2010 Neukammer II, 2010 Feldberg, 2010 Schwedt, 2010 Rathenow, 2009 Barsikow, 2010 Angermünde/Schwanendorf, 2010 Arneburg 2011 Berlin Ruhleben, 2010 Stresow, 2010 Wriezen, 2010 Brunne, 2010 Jüterborg, 2010 Guben, 2010 Ketzin, 2008 Güterglück, 2009 Alteno, 2010 Zschornewitz 2010 Zörbig 2010 Holleben 2010 Gröden, 2010 Oschatz, 2011 Könnern I, 2007 Könnern II, 2009 Schöpstal, 2010 Niederndodeleben, 2009 Grabsleben, 2010 Homburg, 2010 Willingshausen/Ransbach, 2010 Schwandorf, 2008 Arnschwang, 2010 Maihingen, 2008 Aiterhofen/Niederbayern, 2009 Eich in Kallmünz, 2010 Graben/Lechfeld, 2008 Eggertshofen bei Freising 2010 Pliening, 2006
Due to the diverse amendments to the legal framework in Germany (see page 20), a significant plant growth expansion is expected in the medium term. Three demand markets are relevant for the application of biomethane in Germany: Biomethane for power generation (in cogeneration mode) Biomethane for admixing products (in blends with natural gas) Biomethane for transport application as biofuel Biomethane.for.power.generation.in.cogeneration. In order to achieve the best-possible positive impact on the conservation of our climate, the legislation of the German Federal Government is aimed at the application of biogas fed-in for combined heat and power generation. The main instrument for this is the renewable Energy sources act (EEG), which explicitly includes power generation from fed-in biomethane and supports it by means of the technology bonus. In the medium term, the EEG market is viewed as the leading market for biomethane, since based on state-guaranteed tariffs, security and stability can be offered to private investors for 20 years. a remaining risk factor is the development of substrate prices, which could not be compensated due to the fixed tariff system and might directly affect business revenues. Biomethane.as.admixing.product. Biomethane as an admixing product in combination with fossil natural gas is already offered by some gas suppliers in admixing quotas ranging from 5 to 20 percent. The latter quota is especially common in Baden-Württemberg, where customers thus can fulfill the requirements of the renewable Heat Law Baden-Württemberg. In contrast to the nationally effective EEWärmeG, which only calls for the utilisation of biomethane in exceptional cases, and only if used in a cogeneration process, the Heat Law of the state of Baden-Württemberg also allows the application in exclusive heat generation. Market.Development.in.Germany.. other federal states are contemplating the implementation of similar regulations. Due to the existing infrastructure of the gas grid and the existing gas heating system, a sginificant Co2 reduction could thus be achieved in the short term. There is also a trend toward a growing demand in national biomethane product sales. similar to “green power” offers in the power sector, German private end customers increasingly show a readiness to pay an eco premium for biomethane admixing products. various city works and nationwide gas supply companies have developed and implemented such products. Biomethane.application.as.biofuel. as a substitute to natural gas, biomethane can be used to fuel natural gas-dedicated vehicles. By means of gas grid feed-in, it can be distributed to the German gas station network and substitute fossil fuels. Compared to other biofuels, even those of the second generation like biomass-to-liquid (BtL), biomethane is a highly effective biofuel with a high specific cropland yield. Therefore, from an economic and technological point of view, it is one of the most promising alternatives to sustainably apply biomass in the vehicle sector. However, the demand in this sector is very much dependent on the development of the natural gas-dedicated vehicle market. Currently, there are about 90,000 natural gas vehicles in Germany. so for the application of biomethane, the biofuel market is merely a niche market under the current conditions. Due to the changes in the biofuel quota regulation from june 2009, however, a new impetus for this sales market is to be expected: biomethane can now be counted in context with the biofuel quota goals of the German Federal Government. 11
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Glossary.. Glossary. Anaerobic biol
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The.platform.for.biogas.grid.inject
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