Abstract
The generation of thermal energy is the great importance for the agribusiness of dairy industry to conservation the quality of milk, taking into account that the electricity is the main source currently used for the thermal energy input. The small agribusiness dairy industry currently practiced in Brazil faces several problems related to the cost of electricity and the distance of rural properties of networks of power. In the current scenario of Brazilian dairy production, there is need for the generation of cold for the milk cooling, and also the heat for the production of hot water around 50 deg C to 60 deg C and also for cleaning of equipment used for milk production and processing. The main objective of this study is the modeling and simulation of integrated recovery process of solid waste, effluents and bioconversion. The specific project objectives are: comparison study of options and technological routes of low cost material for power generation using conventional and innovative digester; study of new technologies in the use of organic waste for anaerobic digestion for biogas and fertilizer production; enabling the use of low cost digesters with appropriate technology and alternative materials (composites); minimize problems such as environmental pollution and
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Selvam, Pagandai V. Pannir;
Almeida, Louizy Minora C.A. de;
Israel, S B.S. ,
[1]
- Universidade Federal do Rio Grande do Norte (UFRN), Natal, RN (Brazil). Dept. de Engenharia Quimica
Citation Formats
Selvam, Pagandai V. Pannir, Almeida, Louizy Minora C.A. de, and Israel, S B.S. ,.
Development of bioenergy technology for rural micro mills production of milk, ice and bio fertilizer; Desenvolvimento de tecnologia de bioenergia rural para micro usinas de producao de leite, gelo e bio fertilizante.
Brazil: N. p.,
2008.
Web.
Selvam, Pagandai V. Pannir, Almeida, Louizy Minora C.A. de, & Israel, S B.S. ,.
Development of bioenergy technology for rural micro mills production of milk, ice and bio fertilizer; Desenvolvimento de tecnologia de bioenergia rural para micro usinas de producao de leite, gelo e bio fertilizante.
Brazil.
Selvam, Pagandai V. Pannir, Almeida, Louizy Minora C.A. de, and Israel, S B.S. ,.
2008.
"Development of bioenergy technology for rural micro mills production of milk, ice and bio fertilizer; Desenvolvimento de tecnologia de bioenergia rural para micro usinas de producao de leite, gelo e bio fertilizante."
Brazil.
@misc{etde_21340865,
title = {Development of bioenergy technology for rural micro mills production of milk, ice and bio fertilizer; Desenvolvimento de tecnologia de bioenergia rural para micro usinas de producao de leite, gelo e bio fertilizante}
author = {Selvam, Pagandai V. Pannir, Almeida, Louizy Minora C.A. de, and Israel, S B.S. ,}
abstractNote = {The generation of thermal energy is the great importance for the agribusiness of dairy industry to conservation the quality of milk, taking into account that the electricity is the main source currently used for the thermal energy input. The small agribusiness dairy industry currently practiced in Brazil faces several problems related to the cost of electricity and the distance of rural properties of networks of power. In the current scenario of Brazilian dairy production, there is need for the generation of cold for the milk cooling, and also the heat for the production of hot water around 50 deg C to 60 deg C and also for cleaning of equipment used for milk production and processing. The main objective of this study is the modeling and simulation of integrated recovery process of solid waste, effluents and bioconversion. The specific project objectives are: comparison study of options and technological routes of low cost material for power generation using conventional and innovative digester; study of new technologies in the use of organic waste for anaerobic digestion for biogas and fertilizer production; enabling the use of low cost digesters with appropriate technology and alternative materials (composites); minimize problems such as environmental pollution and shortage of electricity in rural agroindustry related to milk. A system was developed for energy generating based on the work of UNICAMP (Universidade Estadual de Campinas) using the water-water heat pump for simultaneous production of ice for cooling of milk and hot water for cleaning and disinfecting facilities and equipment. The results obtained in this project were done using process simulation software Superpro design. (author)}
place = {Brazil}
year = {2008}
month = {Jul}
}
title = {Development of bioenergy technology for rural micro mills production of milk, ice and bio fertilizer; Desenvolvimento de tecnologia de bioenergia rural para micro usinas de producao de leite, gelo e bio fertilizante}
author = {Selvam, Pagandai V. Pannir, Almeida, Louizy Minora C.A. de, and Israel, S B.S. ,}
abstractNote = {The generation of thermal energy is the great importance for the agribusiness of dairy industry to conservation the quality of milk, taking into account that the electricity is the main source currently used for the thermal energy input. The small agribusiness dairy industry currently practiced in Brazil faces several problems related to the cost of electricity and the distance of rural properties of networks of power. In the current scenario of Brazilian dairy production, there is need for the generation of cold for the milk cooling, and also the heat for the production of hot water around 50 deg C to 60 deg C and also for cleaning of equipment used for milk production and processing. The main objective of this study is the modeling and simulation of integrated recovery process of solid waste, effluents and bioconversion. The specific project objectives are: comparison study of options and technological routes of low cost material for power generation using conventional and innovative digester; study of new technologies in the use of organic waste for anaerobic digestion for biogas and fertilizer production; enabling the use of low cost digesters with appropriate technology and alternative materials (composites); minimize problems such as environmental pollution and shortage of electricity in rural agroindustry related to milk. A system was developed for energy generating based on the work of UNICAMP (Universidade Estadual de Campinas) using the water-water heat pump for simultaneous production of ice for cooling of milk and hot water for cleaning and disinfecting facilities and equipment. The results obtained in this project were done using process simulation software Superpro design. (author)}
place = {Brazil}
year = {2008}
month = {Jul}
}