Fly ash (FA) generated as a waste produced from thermal power plants globally has started
gaining as a potentially significant anthropogenic source of arsenic (As). In India electricity …

Over the last 20 years, interest in diverting waste from landfills and recovering energy from
waste materials has grown significantly. The cement industry in particular has adapted its …

The present state of the methods commonly used for characterization of the phase, mineral,
and chemical composition of fly ashes from coal-fired power stations is described and …

Hexavalent chromium constitutes a serious deterioration factor for the groundwater quality of
several regions around the world. High concentrations of this contaminant have been also …

The effect of glass addition on the processing, physical properties and microstructure of
lightweight aggregate made from lignite coal fly ash from the Megalopolis power station in …

A laboratory leaching test was used to determine the potential mobility of Pb, Cd, Cr, Cu, Zn,
Ca, and Mn in fly ash samples, originated from four locations in Northern Greece, in order to …

In this work, we firstly examined the technical feasibility of geopolymer synthesis from the
coal fly ash with high iron oxide (48.84 wt.%) and calcium oxide (22.15 wt.%) contents. The …

Hexavalent chromium is one of the most toxic and carcinogenic species known and can be
released into the environment from several sources. In Sarigkiol basin (N Greece) the …

Use of lignite in power generation has led to increasing environmental problems associated
not only with gaseous emissions, but also with the disposal of ash residues. In particular …

Magnetic fractions (MFs) in fly ashes from eight coal-burning power plants were extracted by
magnetic separation procedure. Their mineralogy and potential leachability of heavy metals …