The ash fusion characteristics of bamboo and coal co-firing process

Thermal Characteristics of Ash from Bamboo and Masson Pine Blends: Influence of Mixing Ratio and Heating Rate

“…This confirmed that the chemical compositions of ash during the co-firing process of bamboo and coal occurred to reaction when the temperature was higher than DT, resulting in the mass loss of the pyrolysis process. 17 Compared with bamboo alone or masson pine ash, the TG− DTG curves of blend ashes had more characteristic peaks (Figure 1). Some new characteristic peaks were mainly due to the synergistic interaction of chemical compositions in bamboo and masson pine ash.…”

“…This confirmed that the chemical compositions of ash during the co-firing process of bamboo and coal occurred to reaction when the temperature was higher than DT, resulting in the mass loss of the pyrolysis process. 17 …”

“…The different temperatures change the chemical composition of biomass ash, which further influences the fusion characteristics. It is a fact that the fusion properties of bamboo or masson pine ash have been reported. , However, the object of this research is to investigate the thermal characteristics of ash during the co-firing process of bamboo and masson pine and further analyze the influence of the mixing ratio on ash properties. It is very helpful to operate the co-firing system of bamboo and masson pine and develop them for energy products.…”

Effect of pre-treatment of herbaceous feedstocks on behavior of inorganic constituents under chemical looping gasification (CLG) conditions

“…Generally, it can be said that the fusion process of biomass ash includes moisture evaporation, oxidation of organic matters and removal as well as reaction of inorganic matters at elevated temperature. 58…”

“…Based on their profile changes h x /h 0 , it becomes clear that biomass-based ashes show rarely the same properties as already reported in DIN 51730 ("Testing of solid fuels -Determination of fusibility of fuel ash"), which is explained due to inhomogeneity of the samples. Generally, it can be said that the fusion process of biomass ash includes moisture evaporation, oxidation of organic matters and removal as well as reaction of inorganic matters at elevated temperature [58]. This journal is © The Royal Society of Chemistry 20xx…”