Alternative methodology for determining water content in wood biomass
Roberta Martins Nogueira, Roberto Carlos Beber, Evaldo Martins Pires
10 października 2025 · Ciência Florestal
Streszczenie
Brak zatwierdzonego streszczenia. Przeczytaj abstrakt poniżej lub otwórz oryginalną publikację.
Abstrakt
The need for ever faster and more efficient instruments, techniques and methods to assist in industrial decision-making has been a major challenge for industry, given growing production requirements and economic demands. In the biomass sector, the purchase, receipt and storage of batches requires increasingly efficient, fast and accurate instruments. The aim was to develop a rapid methodology for determining the water content of woodchip (eucalyptus or native wood) and sawdust samples using microwave ovens. When the water content values for woodchip and sawdust samples exposed to microwaves and forced-air ovens were compared, the results were similar, which indicates the reliability of the microwave method in relation to the results of the standard oven method. Samples with higher initial water content require a greater number of exposures in microwave ovens to reach mass stabilization for all the materials evaluated. Therefore, from this research, we can conclude that the microwave oven method guarantees results that are as reliable as those obtained using the standard forced-air oven method.
Abstrakt w wersji dostarczonej przez źródło. Pełny tekst może być ograniczony przez wydawcę.
Powiązane publikacje
Wood Waste Valuation of Selected Timber Species in Iloabuchi Sawmill, Port Harcourt, Rivers State, Nigeria
29 lip 2025 · I. Amadi, Sunday Ayobami Ogunbode, L. B. Nnyam · Journal of applied science and environmental management
Energy characterization of sawwood generated from mechanical processing of wood in small-scale sawmills
22 wrz 2026 · Irlan Paulo Ferreira Campelo, Renato Nogueira Antas, Elaine Cristina Alves da Silva i in. · Journal of the Indian Academy of Wood Science
Buckling of adhesive-free Wooden-Dowelled Cross-Laminated Timber panels
24 lis 2025 · Yue Wang, Angelo Aloisio, Dag Pasquale Pasca i in. · Engineering Structures
Circulating structural timber and engineered wood products – challenges and potentials towards reliable evaluation of mechanical properties
3 lip 2025 · Henri Ranttila, Gerhard Fink, Reinhard Brandner i in. · Wood Material Science and Engineering