Destination of Vinasse, a Residue From Alcohol Industry

Carrilho, Elma Neide Vasconcelos Martins; Labuto, Geórgia; Kamogawa, Marcos Yassuo

doi:10.1016/b978-0-12-803837-6.00002-0

Cited by 18 publications

(3 citation statements)

References 48 publications

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“…Vinasse, a byproduct of biomass distillation, is the largest source of pollution in the ethanol industry (Santos et al 2013), and its disposal has become a problem in sugarcane growing countries. Considering that 1 L of ethanol generates around 9-14 L of vinasse, it is forecast that about 6 trillion L (TL) of this material will need to be managed by 2023 (Carrilho et al 2016). On the other hand, land application of vinasse and sugar industry effluents is gaining importance due to the presence of high quantities of mineral nutrients essential for plant growth and organic matter content.…”

Section: Potassium From Agro-industrial Residuesmentioning

confidence: 99%

Considerations for Unharvested Plant Potassium

Rosolem

Mallarino

Nogueira

2020

Improving Potassium Recommendations for Agricultural Crops

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Potassium (K) is found in plants as a free ion or in weak complexes. It is easily released from living or decomposing tissues, and it should be considered in fertilization programs. Several factors affect K cycling in agroecosystems, including soil and fertilizer K contributions, plant K content and exports, mineralization rates from residues, soil chemical reactions, rainfall, and time. Soil K+ ions can be leached, remain as exchangeable K, or migrate to non-exchangeable forms. Crop rotations that include vigorous, deep-rooted cover crops capable of exploring non-exchangeable K in soil are an effective strategy for recycling K and can prevent leaching below the rooting zone in light-textured soils. The amount of K released by cover crops depends on biomass production. Potassium recycled with non-harvested components of crops also varies greatly. Research with maize, soybean, and wheat has shown that 50–60% of K accumulated in vegetative tissues is released within 40–45 days. A better understanding of K cycling would greatly improve the efficacy of K management for crop production. When studying K cycling in agricultural systems, it is important to consider: (1) K addition from fertilizers and organic amendments; (2) K left in residues; (3) K partitioning differences among species; (4) soil texture; (5) soil pools that act as temporary sources or sinks for K. In this chapter, the role of cash and cover crops and organic residues on K cycling are explored to better understand how these factors could be integrated into making K fertilizer recommendations.

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Section: Potassium From Agro-industrial Residuesmentioning

confidence: 99%

Considerations for Unharvested Plant Potassium

Rosolem

Mallarino

Nogueira

2020

Improving Potassium Recommendations for Agricultural Crops

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“…This may make it an excellent candidate for use as a S. pasteurii culture medium in soil stabilization processes, and a potential circular economy solution [41][42][43][44]. The production of one liter of bio-ethanol results in the generation of 10-18 liters of vinasse, and the disposal of this waste in soil and water with high levels of concentration has led to signi cant environmental problems [43,45,46]. Vinasse is a nutrient-rich waste material that is cost-effective and can be recycled.…”

Section: Introductionmentioning

confidence: 99%

Soil microbial improvement using enriched vinasse as a new abundant waste

Kariminia

Rowshanzamir

Abtahi

et al. 2023

Preprint

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This study proposes the use of vinasse, an inexpensive and readily available waste biopolymer, as a fundamental component of a waste culture medium that can enhance the effectiveness and cost-efficiency of the Microbial-Induced Calcite Precipitation (MICP) method for sustainable soil improvement. Vinasse enriched with urea, sodium caseinate, or whey protein concentrate is employed to optimize bacterial growth and urease activity using Taguchi Design of Experiments (TDOE) and statistical analysis. The results show that using the new culture medium yields a 91 times reduction in the cost of culture medium compared to conventional Nutrient Broth (NB) culture medium while improving soil shear strength parameters. Furthermore, the recycling of vinasse as a waste product can promote the progress of a circular economy and reduce environmental pollution. This study provides a promising approach to achieving cost-effective and sustainable soil improvement using waste biopolymers.

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“…A cada litro de etanol produzido gera de 9-15 litros de vinhaça [11] que é amplamente utilizada para fertilizar o solo no ciclo de plantação de cana-de açúcar [12,13]. A vinhaça é de grande interesse agrícola devido à sua composição química constituída por matéria orgânica na forma de ácidos orgânicos e por cátions como Potássio (K + ), Cálcio (Ca 2+ ) e Magnésio Mg 2+ [14], representando uma alternativa para fertilizantes inorgânicos [15].…”

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Foto-sorção de metais alcalinos utilizando a heterojunção de SiO>sub<2>/sub<//TiO>sub<2>/sub<//PB

Perissinotto¹

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Agradeço especialmente aos meus avós Nair Gatti Pasquoto e Geraldo Pasquoto pelo carinho, amor e apoio incondicional em todos os momentos da minha vida. Obrigada minha querida irmã gêmea Aline Pasquoto Perissinotto pelo companheirismo, carinho, amizade, paciência e imenso apoio. A minha mãe Sandra Regina Pasquoto por dedicar toda uma vida aos meus estudos e por sempre apoiar as minhas escolhas. Ao meu pai Oilson Perissinotto pelo apoio e sábios conselhos. Ao Professor Dr. Ubirajara Pereira Rodrigue Filho, a quem estimo e admiro muito, pela oportunidade de realização deste trabalho, pelos ensinamentos passados, pela convivência no grupo de pesquisa GQMATHI onde aprendi demasiadamente nestes anos de doutorado.Não posso deixar de agradecer Professor Adj. Dimas Roberto Vollet, pelos conhecimentos passados, imensa dedicação e paciência nos anos em que foi meu orientador de iniciação cientifica e mestrado. Ao Professor Adj. Dario Antonio Donatti pelos sábios conselhos, pelos ensinamentos passados nos anos de convivência na UNESP. Ao Professor Dr. Fábio Simões de Vicente pela amizade e colaboração nas medidas de Adsorção de nitrogênio.Ao Grupo de Eletroquímica no IQCS e ao Professor Dr. Germano Tremiliosi Filho pela colaboração nas medidas de cromatografia de íons.A Professora Dra. Cristiani Campos Plá Cid pela colaboração e ajuda na interpretação dos dados obtidos das medidas de MEV e TEM realizadas Laboratório Central de Microscopia Eletrônica (LCME) na universidade Federal de Santa Catarina UFSC. Ao Professor Dr. Ariano de Giovanni Rodrigues do departamento de física da UFSCAR pela colaboração nas medidas de espectroscopia Raman.Ao instituto de química e aos técnicos que me auxiliaram nas medidas de XRD, XRF, EPR e FTIR.Agradeço ao Fabiano e Guto por toda ajuda nestes anos.Aos amigos que fiz no laboratório GQMATHI: Elias,

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Destination of Vinasse, a Residue From Alcohol Industry

Cited by 18 publications

References 48 publications

Considerations for Unharvested Plant Potassium

Considerations for Unharvested Plant Potassium

Soil microbial improvement using enriched vinasse as a new abundant waste

Foto-sorção de metais alcalinos utilizando a heterojunção de SiO>sub<2>/sub<//TiO>sub<2>/sub<//PB

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