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Biomass-glycerol briquettes are not necessarily mechanically stable and energetically effective

Waste Disposal and Sustainable Energy 2020年第4期2卷 291-303页

作者： Bruno Rafael de Almeida Moreira Ronaldo da Silva Viana Samuel Dias Moreira Monique dos Santos Lima Anderson Chagas Magalhães celso tadao miasaki JoséClaudio Caraschi Department of Phytosanitary Rural Engineering and SoilsSchool of EngineeringSão Paulo State University(Unesp)Ilha SolteiraSão PauloBrazil Department of Plant Production College of Agricultural and Technological SciencesSão Paulo State University(Unesp)DracenaBrazil São Paulo State University(Unesp) ItapevaSão PauloBrazil

The re-use of glycerol from biodiesel industry as an alternative lubricant for making high-performance briquettes is ***,the technical performance of this agro-industrial residue is not *** study outlines,accordingly,the real risk of introducing glycerol into the co-briquetting of highly caloric by-products of *** production of hybrid briquettes consisted of pressing mixtures of residues of sugarcane and sorghum with the liquid additive at 10,20,and 30 wt.%in bench-scale hydraulic piston presser *** of the blend,briquettes containing the supplement at the highest level as part of their composition ended up being much more hygroscopic(20.10%)and less energetic(3.15 GJ m^(−3)).The explanation for the negative impact of glycerol on the thermomechanical behavior of briquettes would be overconcen-tration of additive capable of effectively defying compacting *** degree of compaction during co-briquetting has likely gone down quickly with a maximizing level of *** long as the additive is not able to lubricate the feedstock suitably,improbability of biomass particles to successfully bond together to form themselves into mechanically stable and energetically effective briquettes is *** lower density(273.80 kg m^(−3))and higher relaxation(22.75%),briquettes with glycerol at 30 wt.%generally were aesthetically ***,these products resisted no longer to handling,transportation,and *** lost their shape easily during emptying and shifting them,thus,releasing larger quanti-ties of biomass to the *** evidence of high-viscosity glycerol capable of limiting safe and effective production of high-performance briquettes for heating and power exists.

关键词： Additive Agro-residues Densification Biosolids Waste-to-energy

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Valorization of semi-solid by-product from distillation of cellulosic ethanol into blends for heating and power

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Waste Disposal and Sustainable Energy 2021年第1期3卷 49-61页

作者： Bruno Rafael de Almeida Moreira Victor Hugo Cruz Matheus Luís Oliveira Cunha Nathaly Proença Lopes Anderson Chagas Magalhães celso tadao miasaki JoséClaudio Caraschi Ronaldo da Silva Viana Department of Phytosanitary Rural Engineering and SoilsSchool of EngineeringSão Paulo State University(Unesp)Ilha SolteiraSão PauloBrazil Department of Plant Production College of Agricultural and Technological SciencesSão Paulo State University(Unesp)DracenaSão PauloBrazil São Paulo State University(Unesp) ItapevaSão PauloBrazil

Burning down on semi-solid by-product from distillation of cellulosic ethanol to power upstream steps of its manufacturing is ***,this feedstock is homogenous in size and shape,hygroscopic and poorly *** disadvantages make its re-use in the industrial plant very *** of this agro-residue into high-performance blends for heating and power is,accordingly,the scientific point of this *** pilot-scale manufacturing of composite pellets consisted of systematically pressing the residue with sugarcane bagasse at the mass ratios of 1:4,2:4,and 3:4 on an automatic pelletizer machine at 200 MPa and 125℃.The process of compaction lasted for 90 *** and energy density,both increased significantly,from 95.85%to 99.55%and from 27.95 GJ m^(−3) to 32.20 GJ m^(−3) with blending at 3:***,the semi-solid by-product considerably improved the feeding,thus,enabling the layers of particles to go smoothly through the channel-forming die of the ***,blends became stiffer and denser than pellets purely consisting of sugarcane *** evidence of the process of pelleting capable of highly valorizing the semi-solid by-product from distillation of cellulosic bioethanol into mechanically stable and energetically effective hybrid fuel grade biosolids *** major findings of this paper should be of great relevance to ensure safe and effective transportation and storage of biomass in indoor facili-ties where the risk for the generation of dust and fines and the subsequent off-gassing and self-firing is ***,pelletization may optimize the co-generation of heat and steam at the large-scale bioethanol station.

关键词： Fuel grade biosolids Non-woody biomass Pelletization Second-generation biofuel Sustainable waste-to-energy technique

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