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Influence of physical-anatomical wood variables on charcoal physical-mechanical properties

Journal of Forestry Research 2023年第2期34卷 531-538页

作者： Allan Motta Couto Thiago Campos Monteiro paulo fernando trugilho JoséTarcísio Lima JoséReinaldo Moreira da Silva Alfredo Napoli Diego Pierre de Almeida Department of Forestry Science State University of Mato Grosso do Sul–UEMSAv.Graziela Maciel BarrosoKm 12 Zona RuralAquidauanaMS 79200000Brazil Department of Forestry Engineering and Technology Federal University of Paraná–UFPRA V.Pref.Lothário Meissner 632Jardim BotânicoCuritibaPR 80210170Brazil Department of Forestry Science Federal UniversityLavras–UFLALavrasMG 37200000Brazil Département de Performance Des Systèmes de Production Et de Transformation Tropicaux Centre de Coopération Internationale em Recherche Agronomique pour le Développement–CIRADMontpellierFrance

This research assessed the relationship between wood physical-anatomical variables and charcoal physical-mechanical *** trees were harvested and mechanically processed into standard pieces for laboratory *** following variables were determined:wood density,fiber length and width,fiber lumen diameter and wall thickness,fiber wall fraction,and vessel *** charcoal was produced in a laboratory and gravimetric yield,relative density,and mechanical properties ***’s correlation coefficients,multivariate statistical analysis of canonical correlation,and principal component analysis were used to evaluate the relationship between wood and charcoal *** width was not significantly correlated with charcoal *** bulk density,hardness,and strength were positively correlated with wood density,fiber length,wall thickness,and wall *** properties were negatively correlated with fiber lumen diameter and vessel *** results will help identify the best wood with adequate physical-mechanical properties for industrial charcoal proces sing.

关键词： Biomass Density Energy Fiber Vessel

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Variations in productivity and wood properties of Amazonian tachi-branco trees planted at diff erent spacings for bioenergy purposes

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Journal of Forestry Research 2021年第1期32卷 211-224页

作者： Marilene Olga dos Santos Silva Marcela Gomes da Silva Lina Bufalino Maíra Reis de Assis Delman de Almeida Goncalves paulo fernando trugilho Thiago de Paula Protásio Rural Federal University of Amazonia/UFRA Perimetral Ave.Terra FirmeBelémPA 66077-830Brazil Federal University of Lavras/UFLA Francisco Sales St.CentroLavrasMG 37200-000Brazil Brazilian Agricultural Research Corporation/Eastern Amazonia Embrapa Dr.Enéas Pinheiro BySt.MarcoBelémPA 66095-903Brazil Rural Federal University of Amazonia/UFRA PA-275 Rd.Zona RuralParauapebasPA 68515-000Brazil

Marilene Olga dos Santos Silva 1·Marcela Gomes da Silva 1·LTachi-branco(Tachigali vulgaris,*** da Silva&***)is a leguminous tree species native to the Amazon rainforest that has drawn attention for its remarkably fast growth,a required trait for biomass/bioenergy *** evaluations of biomass production and wood properties of *** planted in homogeneous plantations at diff erent spacings in the Amazonian state of Pará,Brazil,biomass of 7-year-old trees was quantifi ed for individual trees and the entire *** was also sampled to assess properties relevant to bioenergy *** choice for spacing dimension for planting nonclonal *** should consider whether the priority is greater productivity per tree,achieved with greater spacings(9.0 m 2 and 12.0 m 2),or productivity per area,achieved with closerina Bufalino 1·Maíra Reis de Assis 2·Delman de Almeida Goncalves 3·paulo fernando trugilho 2·Thiago de Paula Protásio 4 spacings(6.0 m 2 and 7.5 m 2).Genetic variability of the *** seed stand and/or high heritability of wood traits overcame the eff ect of diff erent spacing on all morphological,physical,chemical and energetic properties of *** *** species has moderate basic density when cultivated at spacings larger than 6 m 2 and net heating value above 7.95 MJ/kg,which is suitable for bioenergy *** high variation in wood properties within tree spacing is strongly indicative of great potential for genetic *** fast growth and the suitable moderate wood basic density confi rm the outstanding potential of homogeneous plantations of *** for providing wood for bioenergy.

关键词： Basic density Heating value Planting density Tachigali vulgaris

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