Green Microbiology for Planetary Resilience: A Research Agenda for Microbial Sustainability Science. [PDF]
Akinsemolu AA, Onyeaka H.
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Upgrading upflow anaerobic sludge blanket (UASB) reactors with rice straw biochar: a smart pathway for rural sanitation, bioenergy recovery& agricultural reuse. [PDF]
Nessem N +6 more
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Low-concentration methanogenic effluent combined with nitrogen-fixing bacteria as a sustainable nutrient solution for hydroponic lettuce production. [PDF]
Oktaviani R +4 more
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Effects of chemical fertilizer and biogas slurry on cotton (Gossypium hirsutum L.) yield and soil properties under different irrigation levels. [PDF]
Cun S +6 more
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Biomass to bio-CNG from sorghum varieties for biogas production, energy recovery, and emission mitigation. [PDF]
Gurawalia H +5 more
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Long-term biogas slurry fertilization alters rhizosphere soil metabolite profiles and microbial communities in poplar plantations. [PDF]
Gao XX +8 more
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Agricultural Biogas Plants—A Chance for Diversification of Agriculture in Poland [PDF]
The aim of the analysis is to present the implementation and development of agricultural biogas plants as a chance for diversification of agriculture in Poland. The main exogenous and endogenous determinants of the development of agriculture biogas plants in Poland were indicated. It is an attempt to present agricultural biogas plants in terms of their
Daniela Szymańska +1 more
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Complex biogas membrane upgrading to BioCNG at agriculture biogas plant
Chemical Papers, 2020Biogas upgrading in Czech Republic evinces very slow start, especially because of low foundation support. Distrust of biogas plant operators is caused mainly by high capital costs and further biomethane utilization. Cheap, small-scale demonstration units, which evince additional value, could present potential kick-off for following capacity increase in
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Fugitive methane emissions from two agricultural biogas plants
Waste Management, 2022This study quantified fugitive methane (CH4) losses from multiple sources (open digestate storages, digesters and flare) at two biogas facilities over one year, providing a much needed dataset integrating all major loss pathways and changes over time. Losses of CH4 from Facility A were primarily from digestate storage (5.8% of biogas CH4), followed by ...
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