Biomass combustion behaviors based on online monitoring system: Morphological, thermodynamic and kinetic analysis

Zha, Zhenting; Ge, Zefeng; Wang, Sheng; Li, Fangzhou; Ma, Yuna; Wu, Yuqing; Zeng, Mingxun; Huang, Chen; Zhang, Huiyan

doi:10.1016/j.combustflame.2023.112750

Cited by 9 publications

(1 citation statement)

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“…A high moisture content can cause incomplete combustion and undesirable reaction products, increasing the emission of pollutant gasses (Geronimo et al 2022) . Therefore, values of 30% or less are more suitable for conversion (Zha et al 2023) . For the production of compacts (briquettes and pellets), there is also an ideal range of MC.…”

Section: Physical Attributes and Proximate Analysismentioning

confidence: 99%

From waste to watts: Investigating teak biomass waste for bioenergy

Oliveira,

Santos Júnior,

Pereira

et al. 2024

BioRes

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The appropriate use of forest biomass can support the transition to a society with clean and renewable energy. In this context, the research aimed to evaluate the waste biomass from Tectona grandis L.f. for energy purposes. Seven teak wood waste types were used, accessible from the harvesting stage to wood processing. Physical attributes (moisture and basic density) and proximate analysis (volatile materials, ashes, and fixed carbon content) were evaluated, which were used to estimate the energy attributes (higher, lower, and net heating value and energy density). It was found that most waste components had moisture content averages below 30% and did not differentiate statistically. For the basic density, values varied between 366 and 519 kg.m-3. Proximate analysis and energetic attributes of the teak wastes support its feasibility for bioenergy use, focused on trimmings and thin logs. It was concluded that teak waste has the potential for energy purposes if its specific characteristics are considered and appropriate ways of use and conversion are chosen.

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Section: Physical Attributes and Proximate Analysismentioning

confidence: 99%