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- W2080242593 abstract "A high number of life cycle assessment of the production of lignocellulosic bioethanol have been published to evaluate or to demonstrate its environmental benefits, in most of the cases the comparison of results and conclusions is difficult due the different methodological approaches of the analysts. The aim of this review is to synthesize and to analyze the available and updated information concerning to life cycle assessment (LCA) of lignocellulosic bioethanol and to compare its environmental impacts with conventional fossil fuels and the first-generation bioethanol. This review analyzes more than one hundred case studies reported in the last decade, whose main focus were the energy balance and the green house gas (GHG) emissions, considering the methods of analysis, assumptions and the most used impact categories. The studies showed a clear reduction in GHG emissions and ozone layer depletion, while results in other impact categories, such as acidification, eutrophication, human health and photochemical smog showed to be positively or negatively affected. The LCA results of the bioethanol production are highly influenced by the bioethanol proportion in the gasoline–bioethanol blend and by the source of raw material: GHG emissions reduction is less than 10% for E10 blend and higher than 40% for E85 and upper blends. When comparing raw materials for E100 blend, the highest GHG reduction per distance traveled were obtained for agricultural residues, with reductions between 82 and 91%. In the case of switchgrass and wood, the reduction values were between 53–93% and 50–62%, respectively. Most of the reviewed studies found that lignocellulosic bioethanol production is energetically sustainable, being this result dependent on the possibility of using by-products as fuel in a cogeneration system. It has been shown that lignocellulosic bioethanol have lower impacts in most of the categories and a positive energy balance compared with first generation bioethanol and gasoline." @default.
- W2080242593 created "2016-06-24" @default.
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- W2080242593 date "2015-02-01" @default.
- W2080242593 modified "2023-10-06" @default.
- W2080242593 title "Life cycle assessment of lignocellulosic bioethanol: Environmental impacts and energy balance" @default.
- W2080242593 cites W1963641466 @default.
- W2080242593 cites W1965414369 @default.
- W2080242593 cites W1966300595 @default.
- W2080242593 cites W1966471631 @default.
- W2080242593 cites W1971248885 @default.
- W2080242593 cites W1972969537 @default.
- W2080242593 cites W1974842330 @default.
- W2080242593 cites W1977923271 @default.
- W2080242593 cites W1983739177 @default.
- W2080242593 cites W1984899454 @default.
- W2080242593 cites W1986565723 @default.
- W2080242593 cites W1987151857 @default.
- W2080242593 cites W1988892822 @default.
- W2080242593 cites W1990717355 @default.
- W2080242593 cites W1991890885 @default.
- W2080242593 cites W1995298840 @default.
- W2080242593 cites W1997420938 @default.
- W2080242593 cites W1997608922 @default.
- W2080242593 cites W2004009788 @default.
- W2080242593 cites W2004958771 @default.
- W2080242593 cites W2005134060 @default.
- W2080242593 cites W2009585018 @default.
- W2080242593 cites W2010393201 @default.
- W2080242593 cites W2010640359 @default.
- W2080242593 cites W2017208073 @default.
- W2080242593 cites W2022580590 @default.
- W2080242593 cites W2023341976 @default.
- W2080242593 cites W2024299778 @default.
- W2080242593 cites W2026341461 @default.
- W2080242593 cites W2028424452 @default.
- W2080242593 cites W2029112548 @default.
- W2080242593 cites W2029290103 @default.
- W2080242593 cites W2036849472 @default.
- W2080242593 cites W2044360757 @default.
- W2080242593 cites W2046108575 @default.
- W2080242593 cites W2047137159 @default.
- W2080242593 cites W2048972132 @default.
- W2080242593 cites W2049313437 @default.
- W2080242593 cites W2050146692 @default.
- W2080242593 cites W2050683371 @default.
- W2080242593 cites W2052827515 @default.
- W2080242593 cites W2055858504 @default.
- W2080242593 cites W2060668501 @default.
- W2080242593 cites W2065082914 @default.
- W2080242593 cites W2065638482 @default.
- W2080242593 cites W2071653069 @default.
- W2080242593 cites W2076250793 @default.
- W2080242593 cites W2077193390 @default.
- W2080242593 cites W2080715303 @default.
- W2080242593 cites W2081288253 @default.
- W2080242593 cites W2084784550 @default.
- W2080242593 cites W2086954666 @default.
- W2080242593 cites W2087427112 @default.
- W2080242593 cites W2091269799 @default.
- W2080242593 cites W2095074643 @default.
- W2080242593 cites W2109741905 @default.
- W2080242593 cites W2110919001 @default.
- W2080242593 cites W2113535908 @default.
- W2080242593 cites W2119219489 @default.
- W2080242593 cites W2121520422 @default.
- W2080242593 cites W2121637712 @default.
- W2080242593 cites W2130354631 @default.
- W2080242593 cites W2131238514 @default.
- W2080242593 cites W2134695519 @default.
- W2080242593 cites W2137406125 @default.
- W2080242593 cites W2138772983 @default.
- W2080242593 cites W2147026391 @default.
- W2080242593 cites W2148083454 @default.
- W2080242593 cites W2153688251 @default.
- W2080242593 cites W2155197079 @default.
- W2080242593 cites W2164072362 @default.
- W2080242593 cites W2165053916 @default.
- W2080242593 cites W2165179708 @default.
- W2080242593 doi "https://doi.org/10.1016/j.rser.2014.10.097" @default.
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