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Bagasse exergy

, : Bagasse exergy. Zuckerindustrie 118(11): 859-862

Over 250 Mt sugarcane bagasse is produced annually in the world, and its economic importance, particularly as an energy source, cannot be ignored. The cane sugar industry is increasingly seeking to optimize its energy economy in order to improve the utilization of this valuable byproduct. Since bagasse is primarily used as a fuel, analyses of energy economy require reliable process and material data, including the exergy value of the bagasse.

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Related references

Ramani, B.; Kothari, N.D., 1990: Drying of bagasse by exergy dryer. Tables show the effects of moisture content of sugarcane bagasse (35-50% or 20-50%) on: calorific value of the bagasse; volume of combustion gases; combustion temperature; heat transmitted to steam, and weight of steam produced/kg bagasse. In the...

Pellegrini, L.F.; Oliveira Junior, S. de, 2007: Exergy analysis of sugarcane bagasse gasification. The gasification technology has been object of study of many researchers, especially those involved in promoting large-scale electricity generation in sugarcane mills. This paper presents a simplified model for the gasification process based on ch...

Kim,; Jorgensen, S.E.ik., 1999: Exergy, exergy ratio, and specific exergy as measures of ecosystem health of the Nakdong River. Korean Journal of Limnology. December; 324: 281-287 Serial Number 88

Cardenas, G.J.; Vazquez, D.P. de; Wittwer, E., 1994: Energy and exergy analysis of a boiler system with drying of bagasse. An assessment is given of the energy and exergy efficiencies of a boiler fired on sugarcane bagasse with and without predrying of the bagasse, on the basis of data from a prototype (designed, constructed and tested by EEAOC) which has operated for...

Kamate,S.C.; Gangavati,P.B., 2010: Energy and exergy analysis of a 44-MW bagasse-based cogeneration plant in India. In this article, energy and exergy analysis of an ongoing, 44-MW, heat-matched, bagasse-based cogeneration plant of Ugar Sugar Works Ltd (USWL), located in Belgaum, India is presented. In the analysis, exergy methods with more conventional energy...

Cardenas, G.J.; Paz, D., 1996: Exergy balance as an analytic tool for the selection of heat recovering systems of a bagasse boiler. In bagasse boilers used at sugar factories in Tucuman (Argentina), energy contained in stack gases is recovered by means of air heating or bagasse drying. Using exergy analysis, the useful work of such boilers was determined. This analysis showed...

Draganovic, V.; Jørgensen, S.E.ik; Boom, R.; Jonkers, J.; Riesen, G.; van der Goot, A.J.n, 2013: Sustainability assessment of salmonid feed using energy, classical exergy and eco-exergy analysis. Reduction of the environmental impact of feed products is of paramount importance for salmon farming. This article explores the potential to compare three thermodynamically based ecological indicators. The environmental impact of partial replaceme...

Szargut, J.T., 2003: Anthropogenic and natural exergy losses (exergy balance of the Earth's surface and atmosphere). Natural exergy losses connected with the absorption of solar radiation by the Earth have been calculated. The exergy income caused by the radiation exchange between the Earth and the cosmic space has also been considered. The exergy losses occurri...

Jorgensen, SE., 2000: Application of exergy and specific exergy as ecological indicators of coastal areas. Aquatic Ecosystem Health and Management, 33: 419-430

Ludovisi, A.; Poletti, A., 1999: Use of exergy and structural exergy as ecological indicators for the development state of homogeneous lake ecosystems. Annals of the New York Academy of Sciences. June 30; 879: 406-410