Although the direct combustion of biomass for energy that applies circulating fluidized bed
(CFB) technology is steadily expanding worldwide, only few studies have conducted an …

To evaluate the characteristics of wood ash as fertilizer, composition of inorganic elements
and the leaching behavior were studied. The leaching behavior was evaluated by three …

Coal combustion in thermal power plants leads to concentration of various metals in the fly
ash. The fly ash requires proper handling, disposal and monitoring in order to control their …

In this study, we have examined the behavior of heavy metals during fluidized bed
combustion of poultry litter. Heavy metals examined include As, Cd, Co, Cr, Cu, Hg, Mn, Mo …

In this study, a pilot-scale low-temperature two-stage fluidized bed incinerator was evaluated
for the control of heavy metal emissions using various chlorine (Cl) additives. Artificial waste …

Climate change, rigorously heralded more than thirty years ago as a real threat, has become
the most pressing and pernicious global problem for the entire planet. In conjunction with …

With the continuous rise in CO 2 emissions, the pH of seawater may decrease extensively in
the coming centuries. Deep-sea environments are more vulnerable to decreasing pH since …

The effects of waste ash leachates on soil microorganism were evaluated along with a
chemical characterization of ash leachates. Thirty fly ash samples and cyclone ash samples …

Thermal power plants generate a large amount of fly ash as a solid waste material from coal
combustion. In the present study, the results obtained from shake tests of class 'F'fly ash with …

In order to assess the potential risk of metal release from deep-sea sediments in response to
pH decrease in seawater, the mobility of elements from ferromanganese (Fe–Mn) nodules …