Results 11 to 20 of about 3,992,456 (274)
Agricultural biogas plants in Eastern Hungary
Acta Agraria Debreceniensis, 2015 In the scope of the article, agricultural biogas plants which operate within the region have been analysed together with their linked livestock plants. The study attempts to describe the current condition and future opportunities of the sites. It also covers the description of energy production/use efficiency.
Kith, Károly
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The contribution of Slovenian biogas plants to the reduction of agricultural sector green house emissions [PDF]
Acta Agriculturae Slovenica, 2015 Agriculture is a source of emissions of the greenhouse gas methane into the environment. These emissions can be reduced by appropriate storage of animal slurry and manure, with proper fertilization and processing of organic agricultural waste into biogas,
Romana MARINŠEK LOGAR +2 more
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Sanitization of Biomass in Agricultural Biogas Plants Depends on the Type of Substrates. [PDF]
Animals (Basel), 2023 Large-scale pig farming is associated with the production of large amounts of animal excrement, which, after processing into the form of, e.g., slurry, are managed on agricultural land as natural fertilizers. The utilization of pig manure on agricultural land in an excessive and uncontrolled manner may pose a threat to zoonoses due to the significant ...
Pietruszka A +2 more
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Importance of Feedstock in a Small-Scale Agricultural Biogas Plant
Energies, 2022 Although no legal sustainability criteria have been formulated for electricity and heat production from biogas, the sustainability and profitability of large-scale biogas plants which use mainly energy crops is now questioned.
Robert Czubaszek +2 more
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Heterogeneity of Agricultural Biogas Plants in France: A Sectoral System of Innovation Perspective
Journal of Innovation Economics & Management, 2022 Literature on biogas production mainly studies the outputs of production or the technical dimension of its organization. We argue that there is a need to study this process in a more institutional political economy perspective to understand the variety of biogas plants’ organizational models.
Berthe, Alexandre +2 more
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Analysis of propionate-degrading consortia from agricultural biogas plants. [PDF]
Microbiologyopen, 2016 AbstractIn order to investigate the propionate‐degrading community of agricultural biogas plants, four propionate‐degrading consortia (Ap1a, N12, G12, and Wp2a) were established from different biogas plants which were fed with renewable resources. The consortia were cultivated in a batch for a period of 2–4 years and then analyzed in an 8‐week batch ...
Ahlert S +3 more
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STUDY ON THE TRANSPORT SYSTEM OF FEEDSTOCK IN AGRICULTURAL BIOGAS PLANTS [PDF]
Scientific Papers Series : Management, Economic Engineering in Agriculture and Rural Development, 2016 The human energetic necessities are frequently exceeded by the energetic potential of plants, but the present technologies use only a small part of biomass to be used for transforming it in energy. Even so, the energy obtained from biomass obtained from agriculture, forests and waste can be significant.
Mariana DUMITRU
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The Future Agricultural Biogas Plant in Germany: A Vision [PDF]
Energies, 2019 After nearly two decades of subsidized and energy crop-oriented development, agricultural biogas production in Germany is standing at a crossroads. Fundamental challenges need to be met. In this article we sketch a vision of a future agricultural biogas plant that is an integral part of the circular bioeconomy and works mainly on the base of residues ...
Susanne Theuerl +6 more
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Energies, 2020 Renewable energy production is gaining importance in the context of global climate changes. However, in some countries other aspects increasing the role of renewable energy production are also present.
Adam Wąs +7 more
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Energy Reports, 2023 The circular economy is one of the most critical challenges in the 21st century. By using waste, the consumption of valuable raw materials can be reduced. It will also reduce the amount of waste directed to landfill or incineration.
Wojciech Czekała +2 more
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