Matches in SemOpenAlex for { <https://semopenalex.org/work/W4297360308> ?p ?o ?g. }
- W4297360308 endingPage "405" @default.
- W4297360308 startingPage "389" @default.
- W4297360308 abstract "Anaerobic digestion is a widely used process for organic waste treatment and renewable energy production. This is a complex natural biodegradation of organic matter involving four main biochemical reactions through the action of four microbial groups. The performances of anaerobic digestion (biodegradation and biogas production) depend on the contact between the biodegradable materials and the micro-organisms. Consequently, hydrodynamics phenomena have a significant impact on the anaerobic digestion. Computational Fluid Dynamics (CFD) simulations allow to simulate the flow field within anaerobic digesters. In these models, the waste are characterized by their physical properties, specifically their rheological properties. Rheology consists in the study of the flow of liquids or viscous materials. In this respect, it involves the properties related to the flow behavior of liquids and the temporary and/or permanent deformation of materials. The knowledge on the rheological properties of the biowaste is crucial in order to describe the flows using CFD models. The aim of this review is to present the physical properties of different type of waste, as well as the rheological models. In conclusion, the rheological behaviors of wastewater, manure, and sludge are described in literature. However the rheological behaviors of a mix of biowaste and solid food waste are poorly known. Research should focus on the experimental measurements of these biowaste. These data are necessary for CFD modeling of flows in anaerobic reactors treating this type of waste." @default.
- W4297360308 created "2022-09-28" @default.
- W4297360308 creator A5042274118 @default.
- W4297360308 creator A5045224207 @default.
- W4297360308 date "2022-09-26" @default.
- W4297360308 modified "2023-10-17" @default.
- W4297360308 title "A Review on the Rheological Behavior of Organic Waste for CFD Modeling of Flows in Anaerobic Reactors" @default.
- W4297360308 cites W1497896109 @default.
- W4297360308 cites W1557577901 @default.
- W4297360308 cites W1600095717 @default.
- W4297360308 cites W1633488805 @default.
- W4297360308 cites W1965200143 @default.
- W4297360308 cites W1970177926 @default.
- W4297360308 cites W1970501122 @default.
- W4297360308 cites W1971041580 @default.
- W4297360308 cites W1971285142 @default.
- W4297360308 cites W1972282493 @default.
- W4297360308 cites W1975540938 @default.
- W4297360308 cites W1977466796 @default.
- W4297360308 cites W1983752859 @default.
- W4297360308 cites W1984661662 @default.
- W4297360308 cites W1987951391 @default.
- W4297360308 cites W1990649182 @default.
- W4297360308 cites W1991684731 @default.
- W4297360308 cites W1993224028 @default.
- W4297360308 cites W1994222436 @default.
- W4297360308 cites W1996351609 @default.
- W4297360308 cites W1997101211 @default.
- W4297360308 cites W2003227566 @default.
- W4297360308 cites W2012876218 @default.
- W4297360308 cites W2024336940 @default.
- W4297360308 cites W2029062933 @default.
- W4297360308 cites W2033215025 @default.
- W4297360308 cites W2039209605 @default.
- W4297360308 cites W2042614489 @default.
- W4297360308 cites W2043028816 @default.
- W4297360308 cites W2043432235 @default.
- W4297360308 cites W2045562172 @default.
- W4297360308 cites W2056384776 @default.
- W4297360308 cites W2059954314 @default.
- W4297360308 cites W2062605777 @default.
- W4297360308 cites W2068673184 @default.
- W4297360308 cites W2069407099 @default.
- W4297360308 cites W2072704033 @default.
- W4297360308 cites W2074097803 @default.
- W4297360308 cites W2076819914 @default.
- W4297360308 cites W2078228852 @default.
- W4297360308 cites W2088566293 @default.
- W4297360308 cites W2089274821 @default.
- W4297360308 cites W2089667883 @default.
- W4297360308 cites W2091548947 @default.
- W4297360308 cites W2092794061 @default.
- W4297360308 cites W2094006264 @default.
- W4297360308 cites W2104067766 @default.
- W4297360308 cites W2112138975 @default.
- W4297360308 cites W2119804888 @default.
- W4297360308 cites W2124208022 @default.
- W4297360308 cites W2144962865 @default.
- W4297360308 cites W2146791847 @default.
- W4297360308 cites W2167346889 @default.
- W4297360308 cites W2214261010 @default.
- W4297360308 cites W2288636065 @default.
- W4297360308 cites W2321860791 @default.
- W4297360308 cites W2342674412 @default.
- W4297360308 cites W2344579891 @default.
- W4297360308 cites W2348498334 @default.
- W4297360308 cites W2396565821 @default.
- W4297360308 cites W2434489056 @default.
- W4297360308 cites W2462395355 @default.
- W4297360308 cites W2509022468 @default.
- W4297360308 cites W2510684755 @default.
- W4297360308 cites W2553141432 @default.
- W4297360308 cites W2553191740 @default.
- W4297360308 cites W2561160468 @default.
- W4297360308 cites W2587204611 @default.
- W4297360308 cites W2588397088 @default.
- W4297360308 cites W2590086921 @default.
- W4297360308 cites W2593378443 @default.
- W4297360308 cites W2742822456 @default.
- W4297360308 cites W2748547145 @default.
- W4297360308 cites W2749945298 @default.
- W4297360308 cites W2750269820 @default.
- W4297360308 cites W2762901496 @default.
- W4297360308 cites W2769959169 @default.
- W4297360308 cites W2792954094 @default.
- W4297360308 cites W2795180001 @default.
- W4297360308 cites W2795399064 @default.
- W4297360308 cites W2802730506 @default.
- W4297360308 cites W2806641731 @default.
- W4297360308 cites W2883090793 @default.
- W4297360308 cites W2894184479 @default.
- W4297360308 cites W2897707540 @default.
- W4297360308 cites W2908057578 @default.
- W4297360308 cites W2938689694 @default.
- W4297360308 cites W2967684772 @default.
- W4297360308 cites W2969168384 @default.
- W4297360308 cites W2981790448 @default.
- W4297360308 cites W2998657735 @default.