Abstract Structure is the basis of the reaction. Compared with the ex-situ analysis of char
structure evolution during thermochemical conversion of carbonaceous substance, in-situ …

Combustion of biomass pellets is one of the essential approaches to biomass energy
utilization. However, the ash produced from the combustion of pellets may melt and affect …

为了分析生物质循环流化床锅炉的燃烧机理, 实现燃烧控制优化, 通过生物质燃料特性分析以及
即燃碳燃烧理论的应用, 对炉内燃烧过程以及燃烧机理进行分析, 同时建立燃烧过程机理模型 …

Densification is the most effective forming technology, the production of which, pellets are
the most intensive energy content of biomass solid fuels. Increasing the overall utilization …

This Review covers the current state-of-the-art literature dealing with numerical modeling
and experimental analysis of moving grate biomass combustors. The greatest attention is …

The formation of ash during pyrolysis of biomass pellets (corn straw and rice husk) was
studied, at high temperature conditions where the formation of tars is minimized. In …

In this paper, a novel multi-region Eulerian model is presented to study the conversion of
thermally thick biomass particles. In the present model, the particle and the surrounding fluid …

Biomass devolatilization and incineration in grate-fired plants are characterized by
heterogeneous fuel mixtures, often incompletely mixed, dynamical processes in the fuel bed …

The existence of tar is the most severe problem hindering the development of biomass
gasification technology. The high-temperature cracking method is an effective method to …

The effect of ash melting behaviors on the characteristics of heat and mass transfer and
combustion rate for the corn straw pellet were investigated by experiment and simulation …