Abstract
Within the International Trade Fair for Biogas Plant Technology from 23rd to 24th February, 2012 in Berlin, the following lectures were held: (1) Presentation and results of the EU project 24biomass'' (Claudia Lutsyuk); (2) The Polish biogas market (Tomasz Surowiec); (3) Presence and future of the biogas sector in Poland - EBE project (Eugeniusz Jedrysik); (4) Modern biogas generation in Poland - Case studies of the company Poldanor (Jens Bo Holm-Nielsen); (5) Low space requirement - The challenge in the integration of biogas plants in existing composting facilities - examples from real life (Michael Oertig); (6) Integration of biogas plants in composting facilities by partial-flow fermentation (Bruno Mattheeuws); (7) The significance of an efficient removal of foreign matter from biomass before fermentation in a waste incinerator for municipal wastes (Stephan Schulte); (8) Sustainable enhancement of the anaerobic degradation and increase of the biogas production by means of ultrasonic treatment - examples from real life (Silvana Velten); (9) Cultivation of energy plants on sandy soils in the northeastern part of Germany (Gunter Ebel); (10) Topinambur, a new sustainable energy crop for biogas generation (Vito Pignatelli); (11) Potential of biogas generation from reed (Vilis Dubrovskis); (12) Biogas generation from maize straw -
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Citation Formats
None.
Anaerobic digestion of solid biomass and biowaste.
Germany: N. p.,
2012.
Web.
None.
Anaerobic digestion of solid biomass and biowaste.
Germany.
None.
2012.
"Anaerobic digestion of solid biomass and biowaste."
Germany.
@misc{etde_21581315,
title = {Anaerobic digestion of solid biomass and biowaste}
author = {None}
abstractNote = {Within the International Trade Fair for Biogas Plant Technology from 23rd to 24th February, 2012 in Berlin, the following lectures were held: (1) Presentation and results of the EU project 24biomass'' (Claudia Lutsyuk); (2) The Polish biogas market (Tomasz Surowiec); (3) Presence and future of the biogas sector in Poland - EBE project (Eugeniusz Jedrysik); (4) Modern biogas generation in Poland - Case studies of the company Poldanor (Jens Bo Holm-Nielsen); (5) Low space requirement - The challenge in the integration of biogas plants in existing composting facilities - examples from real life (Michael Oertig); (6) Integration of biogas plants in composting facilities by partial-flow fermentation (Bruno Mattheeuws); (7) The significance of an efficient removal of foreign matter from biomass before fermentation in a waste incinerator for municipal wastes (Stephan Schulte); (8) Sustainable enhancement of the anaerobic degradation and increase of the biogas production by means of ultrasonic treatment - examples from real life (Silvana Velten); (9) Cultivation of energy plants on sandy soils in the northeastern part of Germany (Gunter Ebel); (10) Topinambur, a new sustainable energy crop for biogas generation (Vito Pignatelli); (11) Potential of biogas generation from reed (Vilis Dubrovskis); (12) Biogas generation from maize straw - a new procedure of harvesting and processing (Thomas Amon); (13) Generation of biogas by cofermentation of pig manure and grass silage: a pilot study (Ximmin Zhan); (14) Thermophilic dry fermentation of poultry litter and energy crops for the generation of biogas, organic fertilizer and protection of water resources from environmental damages in the Mid-Atlantic region of the USA (John Intersoll); (15) Energetic utilisation of horse manure (Saskia Oldenburg); (16) Realization of the greatest and most modern Hungarian biogas plant in Szarvas (Ludwig Dinkloh); (16) Biogas in Russia - The investment program of the cooperation ''BioGazEnergoStroy'' (Andreas Taeuber); (17) Generation of biogas from residual matter (Frank Hofmann); (17) Synergetic effects of the cofermentation of waste water concentrate and leftover foodstuffs (Konrad Koch); (18) Impacts of additional biofilm carrier and biogas generation from packed foodstuffs in the example of a large-scale plant in England (Dieter Juergen Korz); (19) ATRES performance control - Tools to advance in profits (Marcel Mayer); (20) Substrates with lignocellulose - (no) a problem for biogas plants? (Thilo Lehmann); (21) Pros and cons of separate hydrolysis systems: An overview (Birgit Pfeifer); (22) Methanos - Increase of efficiency of biogas plants by means of microorganisms (Monika Reuter); (23) SulphPur desulfurization of biogas, a core component of modern biogas generation (Joerg Stockinger); (24) Tightment measurement at biogas plants via gas camera - reduction of emissions and minimisation of losses (Frank Schillig); (25) Analysis of the technologies for an effective recycling of ammonia from waste water of biogas plants (Jerzy Mackowiak); (26) Utilization of waste heat by drying biomass, especially sewage sludge (Henk Haaring); (27) Duerr Cyplan ORC technology - 10% increase in performance by power generation from exhaust gases (Jochen Fink).}
place = {Germany}
year = {2012}
month = {Jul}
}
title = {Anaerobic digestion of solid biomass and biowaste}
author = {None}
abstractNote = {Within the International Trade Fair for Biogas Plant Technology from 23rd to 24th February, 2012 in Berlin, the following lectures were held: (1) Presentation and results of the EU project 24biomass'' (Claudia Lutsyuk); (2) The Polish biogas market (Tomasz Surowiec); (3) Presence and future of the biogas sector in Poland - EBE project (Eugeniusz Jedrysik); (4) Modern biogas generation in Poland - Case studies of the company Poldanor (Jens Bo Holm-Nielsen); (5) Low space requirement - The challenge in the integration of biogas plants in existing composting facilities - examples from real life (Michael Oertig); (6) Integration of biogas plants in composting facilities by partial-flow fermentation (Bruno Mattheeuws); (7) The significance of an efficient removal of foreign matter from biomass before fermentation in a waste incinerator for municipal wastes (Stephan Schulte); (8) Sustainable enhancement of the anaerobic degradation and increase of the biogas production by means of ultrasonic treatment - examples from real life (Silvana Velten); (9) Cultivation of energy plants on sandy soils in the northeastern part of Germany (Gunter Ebel); (10) Topinambur, a new sustainable energy crop for biogas generation (Vito Pignatelli); (11) Potential of biogas generation from reed (Vilis Dubrovskis); (12) Biogas generation from maize straw - a new procedure of harvesting and processing (Thomas Amon); (13) Generation of biogas by cofermentation of pig manure and grass silage: a pilot study (Ximmin Zhan); (14) Thermophilic dry fermentation of poultry litter and energy crops for the generation of biogas, organic fertilizer and protection of water resources from environmental damages in the Mid-Atlantic region of the USA (John Intersoll); (15) Energetic utilisation of horse manure (Saskia Oldenburg); (16) Realization of the greatest and most modern Hungarian biogas plant in Szarvas (Ludwig Dinkloh); (16) Biogas in Russia - The investment program of the cooperation ''BioGazEnergoStroy'' (Andreas Taeuber); (17) Generation of biogas from residual matter (Frank Hofmann); (17) Synergetic effects of the cofermentation of waste water concentrate and leftover foodstuffs (Konrad Koch); (18) Impacts of additional biofilm carrier and biogas generation from packed foodstuffs in the example of a large-scale plant in England (Dieter Juergen Korz); (19) ATRES performance control - Tools to advance in profits (Marcel Mayer); (20) Substrates with lignocellulose - (no) a problem for biogas plants? (Thilo Lehmann); (21) Pros and cons of separate hydrolysis systems: An overview (Birgit Pfeifer); (22) Methanos - Increase of efficiency of biogas plants by means of microorganisms (Monika Reuter); (23) SulphPur desulfurization of biogas, a core component of modern biogas generation (Joerg Stockinger); (24) Tightment measurement at biogas plants via gas camera - reduction of emissions and minimisation of losses (Frank Schillig); (25) Analysis of the technologies for an effective recycling of ammonia from waste water of biogas plants (Jerzy Mackowiak); (26) Utilization of waste heat by drying biomass, especially sewage sludge (Henk Haaring); (27) Duerr Cyplan ORC technology - 10% increase in performance by power generation from exhaust gases (Jochen Fink).}
place = {Germany}
year = {2012}
month = {Jul}
}