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The Company:. More than 12 years of experience in designing, planning and construction of biogas power plants. Input of the first plants: organic waste (fats and flotates ); Weser-Ems region: intensive livestock farming Biogas-boom since amendment of
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The Company: • More than 12 years of experience in designing, planning and construction of biogas power plants. • Input of the first plants: organic waste (fats and flotates); • Weser-Ems region: intensive livestock farming • Biogas-boom since amendment of • the EEG (law on renewable energy) • in 2004 • More than 250 biogas plants built • Installed capacity over 140 MWel
The Company: Headquarters : biogas weser-ems GmbH & Co. KGZeppelinring 12-16D-26169 Friesoythe Branch office Großenhain Carl-maria-von Weber-Allee 51 01558 Großenhain Affiliates: Biogaz-tech Spółka zo.o.ul. Długa 4463-200 Jarocin Ies biogas SrlVia T. Donadon, 4I-33170 Pordenone - ITALY bentec bioenergies SLCalle Sant Josep, 1417176 Sant Esteve d´en Bas (Girona) Spain
Energy For The Future • Biogas • versatile source of renewable energy: providing electricity and heat • reduction of harmful methane emissions • CO2neutrality • environmentally friendly way of preserving resources
Planning and Project Development • Project • Conception • Quotation • Financing Assistance • Approval planning
Plant Construction • Building phase • bwe installation teams set up the agitators, gas storage roofs and pipelines • Use of low maintenance and energy-efficient agitators • Connection of the high performance CHP units with engines upward of 190 kW
Technology • Biogas plant • User friendly process control systems • Control of individual plant components and documentation of the control • parameters • Remote access to the control system
Natural Gas From Biogas • Biogas Preparation • Often there are no possibilities to use the heat economically • Upgrading of biogas to natural gas quality • Transportation through the existing natural gas network • Alternative use as fuel for vehicles
Heat use • Transportation of heat • Increasing efficiency by utilizing surplus heat • Use of district heating for nearby houses and stables • Wide variety of possible consumers, • e.g. heat for drying plants (cereals or digestate) • Arbitrary choice of temperature level (default at 85 °C)
Micro-Gas Distribution System • Transportation of biogas • the CHP is placed next to the heat consumer • transport of biogas to the CHP unit through a gas pipeline • lower investment required compared to district heating • moreefficient use of thermal energy, no losses during transportation
Reference Plants Naturgas Ardorf • Technical Parameters: • Year of construction: • Power kWel: • Substrates: • Digester: • Post-digester: • Storage: • 7 • L • 2007 • 1131 kW + 190 kW • Energy crops • 1 x Ø 23 m • 1 x Ø 23 m • 1 x Ø 28 m
Biogasanlagen Heinfelde (NawaRo) • Technical Parameters: • Year of construction: • Power kWel: • Substrates: • Digester: • Post-digester: • Storage: • 7 • L • 2006 • 835 kW • NawaRo • 2 x Ø 25 m • 1 x Ø 25 m • 1 x Ø 25 m
Biogasanlagen Heinfelde (Kofermente) • Technical Parameters: • Year of construction: • Power kWel: • Substrates: • Digester: • Post-digester: • Storage: • 7 • L • 2006 • 1064 kW + 500 kW • Organic Waste • 2 x Ø 25 m • 1 x Ø 25 m • 1 x Ø 30 m
Biogaspark Felgentreu • Technical Parameters: • Year of construction: • Power kWel: • Substrates: • Digester: • Post-digester: • Storage: • 7 • L • 2007/08 • 10 x 844 kW • NawaRo • 10 x Ø 23 m • 10 x Ø 23 m • 10 x Ø 26 m