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EnglishThe study presents a life cycle assessment of energy produced by biogas obtained by biomass waste and fuelled in a tri-generation pilot plant located in Tunisia. The results, referred to 1 MJ of exergy, showed that the plant construction causes 76% of primary energy consumption and gives a contribution higher than 90% on resource depletion and ionising radiation, and of 50% on ozone depletion. Operation causes 66% of the impact on human toxicity - cancer effects and more than 90% of the other impacts, except for ecotoxicity of freshwater mainly caused during the end-of life. The study is one of the first applications of environmental analysis to tri-generation from waste in developing countries; it can be considered a guideline for similar countries for transforming the threat of waste in opportunity. Furthermore, it gives suggestions for a cleaner management of biomass waste to achieve a bio-economy based on energy from renewable sources.
Longo S., Cellura M., Guarino F., & Mistretta M. (2019). A life cycle assessment of tri-generation from biomass waste: The experience of the “agro-combined” of Thibar. In Biofuels for a more Sustainable future (pp. 213-226). Jingzheng Ren, Antonio Scipioni, Alessandro Manzardo, Hanwei Liang.
| Data di pubblicazione: | 2019 | |
| Titolo: | A life cycle assessment of tri-generation from biomass waste: The experience of the “agro-combined” of Thibar | |
| Autori: | ||
| Citazione: | Longo S., Cellura M., Guarino F., & Mistretta M. (2019). A life cycle assessment of tri-generation from biomass waste: The experience of the “agro-combined” of Thibar. In Biofuels for a more Sustainable future (pp. 213-226). Jingzheng Ren, Antonio Scipioni, Alessandro Manzardo, Hanwei Liang. | |
| Abstract: | The study presents a life cycle assessment of energy produced by biogas obtained by biomass waste and fuelled in a tri-generation pilot plant located in Tunisia. The results, referred to 1 MJ of exergy, showed that the plant construction causes 76% of primary energy consumption and gives a contribution higher than 90% on resource depletion and ionising radiation, and of 50% on ozone depletion. Operation causes 66% of the impact on human toxicity - cancer effects and more than 90% of the other impacts, except for ecotoxicity of freshwater mainly caused during the end-of life. The study is one of the first applications of environmental analysis to tri-generation from waste in developing countries; it can be considered a guideline for similar countries for transforming the threat of waste in opportunity. Furthermore, it gives suggestions for a cleaner management of biomass waste to achieve a bio-economy based on energy from renewable sources. | |
| Appare nelle tipologie: | 2.01 Capitolo o Saggio |
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| BIOFUELS_FOR_A_MORE_SUSTAINABLE_FUTURE_Cap7.pdf | Post-print | Administrator Richiedi una copia |
http://hdl.handle.net/10447/369850
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