2022
DOI: 10.1016/j.biteb.2022.101092
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Bioethanol from various types of banana waste: A review

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Cited by 16 publications
(10 citation statements)
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“…Banana cultivation is of considerable economic importance; about 130 countries produce and export this fruit. The production of one metric ton of fruit generates four metric tons of wastes, which means that the production of approximately 115 million metric tons of fruit per year produces around 460 million metric tons of waste, including rachis, pseudo-stem and peel [ 13 , 14 ]. This means BR is not only an interesting and promising source for bio-sorbent material fabrication, but it also holds great potential for alleviating both waste problems and rare earth supply problems.…”
Section: Introductionmentioning
confidence: 99%
“…Banana cultivation is of considerable economic importance; about 130 countries produce and export this fruit. The production of one metric ton of fruit generates four metric tons of wastes, which means that the production of approximately 115 million metric tons of fruit per year produces around 460 million metric tons of waste, including rachis, pseudo-stem and peel [ 13 , 14 ]. This means BR is not only an interesting and promising source for bio-sorbent material fabrication, but it also holds great potential for alleviating both waste problems and rare earth supply problems.…”
Section: Introductionmentioning
confidence: 99%
“…Agricultural waste management can mitigate greenhouse gas emission, reduce climate change impacts [13], and promote a circular economy [14]. Recent studies presented technologies that can utilize banana waste to produce energy; these technologies include incineration [15], pyrolysis [16], gasification [17], fermentation [18], and anaerobic digestion [11]. Among these waste management technologies, anaerobic digestion is the most eco-friendly method, and it supports circular bioeconomy [14,19].…”
Section: Introductionmentioning
confidence: 99%
“…Os biocombustíveis de segunda geração são combustíveis obtidos a partir materiais lignocelulósicos, resíduos agrícolas, resíduos florestais, outros produtos residuais e, fontes oleaginosas não comestíveis como pinhão manso, óleo de mamona, entre outros. A utilização dessas matrizes leva a uma quantidade de matérias primas significativamente elevada para aplicação no processo de produção tanto de bioetanol, como de biodiesel (SAWARKAR et al, 2022;MAHAPATRA et al, 2021). Os mesmos podem ser obtidos a partir de rotas termoquímicas como gaseificação, pirólise ou torrefação ou por rotas de transesterificação e fermentação (LIN; LU, 2021; ALALWANA; ALMINSHID; ALJAAFARI, 2019).…”
Section: Biocombustíveis De Segunda Geraçãounclassified
“…Outro fato relevante é que os biocombustíveis de terceira geração possuem como uma das principais características o elevado teor de hidrogênio devido às proteínas e à clorofila, o que favorece os processos. Além disso, biocombustíveis de terceira geração possuem maior poder calorífico e menores densidade e viscosidade quando comparado com outras fontes de produção de biocombustíveis (ZABERMAWI et al, 2022;SAWARKAR et al, 2022;SILVA, 2019).…”
Section: Biocombustíveis De Terceira Geraçãounclassified
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