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• W3000216512 abstract "Abstract Continued rise in global human population, per capita consumption, urbanization and migration towards coastal cities present challenges in fulfilling the energy, water and food demands of coastal communities in sustainable manner. In this regard, as a solution to the problem, a new multigeneration system is proposed to address some of the most common and vital needs of such communities. The system developed is based on principles of sustainability and decentralisation and is driven by renewable energy sources including sun and biomass. It provides electricity, fresh water, hot water for domestic use, HVAC for space air-conditioning and food storage, in addition to hot air for food drying. In the proposed hybrid system, biomass energy is integrated with solar energy in a complimentary manner as a means to maximise outputs and enhance system resilience against weather conditions and day/night cycles. Designing for resilience enables a type of operation that fulfils parallel demands in a continuous stable and flexible operation which can be optimised depending on the requirements. The main sub-systems used in the proposed multigeneration system consist of a Biomass combustor, Concentrated Solar Power (CSP), a Rankine Cycle, a desalination unit and an Absorption Cooling System (ACS). A comprehensive integrated thermodynamic model of the entire system is developed by application of energy, mass, entropy and exergy balance equations. Moreover, effects of various inputs and environmental variables on the outputs and performance has also been studied. Results reveal that the proposed system is capable of fulfilling some of the coastal community’s essential requirements in an efficient and ecologically benign manner. The energy and exergy efficiencies of the proposed system are 55% and 18%, respectively. The outputs of the system include 1687 m3/day of produced fresh water, ~4 MW of cooling, ~13 MW of electricity, ~73 kg/s of hot air for food drying, and ~41 kg/s of hot water for domestic use. Furthermore, the highest amount of exergy destruction is observed in biomass combustion unit and the solar PTCs." @default.
• W3000216512 created "2020-01-23" @default.
• W3000216512 creator A5037684454 @default.
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• W3000216512 date "2020-02-01" @default.
• W3000216512 modified "2023-10-18" @default.
• W3000216512 title "Thermodynamic analysis of an Energy-Water-Food (Ewf) nexus driven polygeneration system applied to coastal communities" @default.
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• W3000216512 cites W1971873182 @default.
• W3000216512 cites W1978241996 @default.
• W3000216512 cites W2004017065 @default.
• W3000216512 cites W2008001041 @default.
• W3000216512 cites W2016511042 @default.
• W3000216512 cites W2051465859 @default.
• W3000216512 cites W2058537245 @default.
• W3000216512 cites W2069416295 @default.
• W3000216512 cites W2080992626 @default.
• W3000216512 cites W2099987724 @default.
• W3000216512 cites W2113875172 @default.
• W3000216512 cites W2119513531 @default.
• W3000216512 cites W2131722523 @default.
• W3000216512 cites W2140649045 @default.
• W3000216512 cites W2188134031 @default.
• W3000216512 cites W2196731142 @default.
• W3000216512 cites W2275882722 @default.
• W3000216512 cites W2296728900 @default.
• W3000216512 cites W2328345902 @default.
• W3000216512 cites W2332159895 @default.
• W3000216512 cites W2421718019 @default.
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• W3000216512 cites W2573493421 @default.
• W3000216512 cites W2592163211 @default.
• W3000216512 cites W2603448456 @default.
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• W3000216512 cites W2782503312 @default.
• W3000216512 cites W2783670057 @default.
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• W3000216512 doi "https://doi.org/10.1016/j.enconman.2019.112432" @default.
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