ACTIVATED CARBON FROM BAMBOO (&lt;i&gt;Bambusa vulgaris&lt;/i&gt;) FOR METHYLENE BLUE REMOVAL: PREDICTION TO THE ENVIRONMENT APPLICATIONS

Santana, Gregório Mateus; Lelis, Roberto Carlos Costa; Paes, Juarez Benigno; Morais, Rayssa de Medeiros; Lopes, Cláudio Rocha; Lima, Carlos Roberto de

doi:10.5902/1980509833395

Cited by 21 publications

(6 citation statements)

References 13 publications

(27 reference statements)

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“…Next, 93 full-text articles were reviewed, out of which 44 studies were eligible for the qualitative analysis according to the established inclusion criteria. The 44 papers were composed of articles containing the physicochemical and adsorption properties of ACs from the three selected biomass sources with the respective distributions: coconut shell [6][7][8][9][10][11][12][13][14][15][16][17][18][19][20][21][22], bamboo [16,[23][24][25][26][27][28][29][30][31][32][33][34] and rice husk [35][36][37][38][39][40][41][42][43][44][45][46][47][48]. The analyses were divided into two categories: (a) synthesis conditions affecting the differences in physicochemical properties of ACs and (b) effects of physicochemical properties onto MB adsorption performance.…”

Section: Resultsmentioning

confidence: 99%

A systematic literature review on the effects of synthesis conditions to the physicochemical properties of activated carbons and their performance in methylene blue adsorption

Nasaruddin¹

2022

mcij

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This systematic literature review (SLR) describes the trend of study in activated carbons (ACs) from various biomass sources, specifically coconut shell, rice husks, and bamboo, for the adsorption of methylene blue (MB). Data acquisition and extraction from online databases were performed to review and discusses the effects of the synthesis parameters (i.e., carbonization temperature and holding time) to the physicochemical properties of the synthesized ACs (i.e., surface area, pore volume) and the effects of physicochemical properties to the MD adsorption. The SLR shows that the carbonization temperatures significantly affect the surface area and pore volume of ACs synthesized from coconut shells and rice husks, while ACs synthesized from bamboo were significantly influenced by the holding time. MB adsorption by ACs from all three biomasses increased with the increasing surface area and pore volume. This SLR could be a guideline to the synthesis ACs from biomass for the removal of dye in wastewater.

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Section: Resultsmentioning

confidence: 99%

A systematic literature review on the effects of synthesis conditions to the physicochemical properties of activated carbons and their performance in methylene blue adsorption

Nasaruddin¹

2022

mcij

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“…In another research by [ 47 ], activated charcoal was made from bamboo. This study used bamboo as a raw material source to illustrate the high-quality and undeniably affordable activated charcoal production.…”

Section: The Uniqueness Of Bamboo For Obtaining Charcoal and Biocharmentioning

confidence: 99%

Bamboo for producing charcoal and biochar for versatile applications

Chaturvedi

Singhwane

Dhangar

et al. 2023

Biomass Conv. Bioref.

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Bamboo, the fastest-growing plant, has several unique characteristics that make it appropriate for diverse applications. It is low-cost, high-tensile, lightweight, flexible, durable, and capable of proliferating even in ineffectual areas (e.g., incline). This review discusses the unique properties of bamboo for making charcoal and biochar for diverse applications. To produce bamboo charcoal and biochar, this study reports on the pyrolysis process for the thermal degradation of organic materials in an oxygen-depleted atmosphere under a specific temperature. This is an alternative method for turning waste biomass into products with additional value, such as biochar. Due to various advantages, bamboo charcoal is preferred over regular charcoal as it has four times the absorption rate and ten times more surface area reported. According to the reports, the charcoal yield ranges from 24.60 to 74.27%. Bamboo chopsticks were the most useful source for producing charcoal, with a high yield of 74.27% at 300 °C in nitrogen, but the thorny bamboo species have a tremendous amount of minimal charcoal, i.e., 24.60%. The reported biochar from bamboo yield ranges from 32 to 80%. The most extensive biochar production is produced by the bamboo D. giganteus , which yields 80% biochar at 300 °C. Dry bamboo stalks at 400 °C produced 32% biochar. One of the sections highlights biochar as a sustainable solution for plastic trash management produced during the COVID-19 pandemic. Another section is dedicated to the knowledge enhancement about the broad application spectrum of the charcoal and biochar. The last section highlights the conclusions, future perspectives, and recommendations on the charcoal and biochar derived from bamboo. Graphical Abstract

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“…Além disso, Santana et al (2018) utilizaram carvão ativado oriundo de bambu (Bambusa vulgaris), o qual passou por um processo de ativação físico-química, sendo posteriormente aplicado na adsorção do AM, onde obteve-se capacidade máxima de adsorção de 374,75 mg g -1 . Em estudos posteriores, , utilizaram o mesmo resíduo, porém ativaram o carvão com CO2, obtendo 298,82 mg g -1 de capacidade adsortiva de AM, evidenciando que diferentes métodos de obtenção do carvão ativado podem influenciar na capacidade de remover os corantes.…”

Section: Desenvolvimentounclassified

A utilização de resíduos agroindustriais para adsorção do corante azul de metileno: uma breve revisão / The use of agro-industrial waste for adsorption of the blue dye of methylene: a brief review

Lermen

Fronza

Diel

et al. 2021

BASR

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No âmbito industrial há uma crescente preocupação com o setor têxtil, em especial com os efluentes gerados por ele, em virtude de seu potencial como fonte de contaminação de águas. Nestes efluentes estão presentes inúmeros corantes, dentre os quais evidencia-se o azul de metileno (AM), amplamente usado em função de suas características. Portanto, é essencial realizar um tratamento adequado dos efluentes, a fim de possibilitar seu lançamento em corpos receptores sem comprometê-los. Dentre as alternativas de tratamento disponíveis, a adsorção com carvão ativado ganha destaque pela elevada eficiência, mas apresenta-se muito custosa, motivo pelo qual buscam-se outros materiais com capacidade adsortiva e, sob esse viés surgem os resíduos agroindustriais. Estes são utilizados in natura ou transformados em carvão ativado, através de ativação física ou química. Devido a extensão territorial brasileira, encontram-se uma ampla gama de resíduos que vêm sendo pesquisados como adsorventes, dentre os quais destacam-se a serragem de madeira, cascas de frutas, sementes de frutas e amêndoas, bagaço de frutas, cana-de-açúcar, resíduos de cereais e leguminosas como palha, sabugo, bainha e tortas, além de resíduos de erva-mate. Os dados das pesquisas mostram resultados satisfatórios para os adsorventes alternativos e dessa maneira, além da remoção eficiente do corante, também é possível reduzir custos do processo de tratamento, agregando valor a um resíduo e solucionando-se uma problemática ambiental, tanto na questão de destinação de resíduos, bem como no tratamento de efluentes.

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ACTIVATED CARBON FROM BAMBOO (<i>Bambusa vulgaris</i>) FOR METHYLENE BLUE REMOVAL: PREDICTION TO THE ENVIRONMENT APPLICATIONS

Cited by 21 publications

References 13 publications

A systematic literature review on the effects of synthesis conditions to the physicochemical properties of activated carbons and their performance in methylene blue adsorption

A systematic literature review on the effects of synthesis conditions to the physicochemical properties of activated carbons and their performance in methylene blue adsorption

Bamboo for producing charcoal and biochar for versatile applications

A utilização de resíduos agroindustriais para adsorção do corante azul de metileno: uma breve revisão / The use of agro-industrial waste for adsorption of the blue dye of methylene: a brief review

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