Biodrying with the hot-air aeration system for kitchen food waste
Biodrying is a promising method that produces bio-stabilized output with minimum
pretreatment requirements. In this study, a hot-air supply system was added to the traditional …
pretreatment requirements. In this study, a hot-air supply system was added to the traditional …
Carbon conversion during biodrying of municipal solid waste generated under tropical Asian conditions
N Sutthasil, T Ishigaki, S Ochiai, M Yamada… - Biomass Conversion …, 2022 - Springer
The concept of biodrying is to reduce moisture in the waste within a short period while
preserving organic carbon for energy recovery. However, the municipal solid wastes in the …
preserving organic carbon for energy recovery. However, the municipal solid wastes in the …
From the conventional to the intermittent biodrying of orange solid waste biomass
Biodrying is an innovative solution in the search for ecologically viable and economically
attractive drying processes. However, biodrying processes often have long operating times …
attractive drying processes. However, biodrying processes often have long operating times …
The biological drying of municipal waste in an industrial reactor—a case study
J Latosińska, M Żygadło, M Dębicka - Energies, 2022 - mdpi.com
One of the methods of municipal solid waste (MSW) treatment is biodrying. The literature
describes mainly the results obtained in a laboratory-and a pilot-scale reactor. The …
describes mainly the results obtained in a laboratory-and a pilot-scale reactor. The …
Distinct degradation characteristics and bacterial distributions under continuous and intermittent ventilation of synergistic bioevaporation
B Yang, S Wang, Y Liu, X Huang, T Huang… - Journal of Water …, 2024 - Elsevier
This study discussed the impact of aeration type, ie, intermittent ventilation (IV) and
continuous ventilation (CV) on the synergistic bioevaporation treatment of corncob and food …
continuous ventilation (CV) on the synergistic bioevaporation treatment of corncob and food …
[HTML][HTML] Aeration Optimization for the Biodrying of Market Waste Using Negative Ventilation: A Lysimeter Study
YNN Lwin, A Bhatsada, S Towprayoon… - Clean …, 2024 - mdpi.com
This study investigates the optimization of aeration rates for the biodrying of market waste
using negative-pressure ventilation. Market waste, characterized by a high moisture content …
using negative-pressure ventilation. Market waste, characterized by a high moisture content …
Impact of biochar addition and air-flow rate on ammonia and carbon dioxide concentration in the emitted gases from aerobic biostabilization of waste
M Malinowski, S Famielec - Materials, 2022 - mdpi.com
Application of additives to waste may influence the course of the biostabilization process
and contribute to its higher effectiveness, as well as to a reduction in greenhouse gas and …
and contribute to its higher effectiveness, as well as to a reduction in greenhouse gas and …
[PDF][PDF] Impact of air-flow rate and biochar addition on the oxygen concentration in waste and emitted gases during biostabilization of undersized fraction from municipal …
M Malinowski - Journal of Ecological Engineering, 2021 - bibliotekanauki.pl
Mechanical biological treatment of waste is still one of the most popular methods for mixed
municipal waste treatment. The result of mechanical processing of waste is sorting out: the …
municipal waste treatment. The result of mechanical processing of waste is sorting out: the …
Finite Difference Modeling of the Temperature Profile during the Biodrying of Organic Solid Waste
C Orozco-Álvarez, J Díaz-Megchún, A Osorio-Mirón… - Sustainability, 2022 - mdpi.com
Biodrying is a complex process that is very useful in the treatment of solid waste, where
variables, such as temperature, thermal conductivity and the moisture content of organic …
variables, such as temperature, thermal conductivity and the moisture content of organic …
[PDF][PDF] 热风系统对食品工业污泥生物干化的影响
刘翌锶, 周子安, 孙小婷, 祁光霞, 于素萍, 董黎明 - 中国环境科学 - zghjkx.com.cn
通过预热+ 热通风模拟工业余热对食品工业脱水污泥进行联合热处理, 研究其在不同热通风(30,
40, 50℃) 条件下生物干化效果和机理. 结果表明, 预热基础上热通风40℃ 时生物干化高温期可 …
40, 50℃) 条件下生物干化效果和机理. 结果表明, 预热基础上热通风40℃ 时生物干化高温期可 …