Serbia obtains most of its energy from low-quality lignite, thus being one of the world's largest producers of coal ash per capita. In order to examine the distribution of trace and major elements in the ash and the pollution potential of the ash itself, six combined samples of filter ash, obtained by lignite combustion in the Nikola Tesla A Power Plant, were subjected to a five-phase sequential extraction. Analysis of obtained concentrations revealed the short- and long-term pollution capacity of different elements as well as the influence ionic strength of river water may have to the pollution of neighboring waters
Coal ash obtained by coal combustion in the "Nikola Tesla A" power plant in Obreno...
Nikola Tesla B power plant (TENT B), located at the Sava River, in Obrenovac, 50 km west from the Se...
Trace and major elements in coal ash particles from dump of "Nikola Tesla A" power plant in Obrenova...
Serbia obtains most of its energy from low-quality lignite, thus being one of the world's largest pr...
Six combined samples of filter ash obtained by lignite combustion in the "Nikola Tesla A" Power Plan...
Eight samples each of coal ash taken from active, currently filled, and passive, previously filled c...
Coal ash obtained by coal combustion in the "Nikola Tesla A" power plant in Obrenovac, near Belgrade...
In order to establish associations of trace and major elements in dump coal ash taken from active, c...
Four samples of milled lignite used in the “Nikola Tesla A” power plant, located in Obrenovac near B...
In order to examine association patterns and pollution potential of trace and major elements from co...
Four samples of milled lignite used in the "Nikola Tesla A" power plant located in Obrenovac near Be...
Statistical analysis of concentrations of trace and major elements obtained by five-step sequential ...
Coal ash obtained by coal combustion in the "Nikola Tesla A" power plant in Obreno...
Nikola Tesla B power plant (TENT B), located at the Sava River, in Obrenovac, 50 km west from the Se...
Trace and major elements in coal ash particles from dump of "Nikola Tesla A" power plant in Obrenova...
Serbia obtains most of its energy from low-quality lignite, thus being one of the world's largest pr...
Six combined samples of filter ash obtained by lignite combustion in the "Nikola Tesla A" Power Plan...
Eight samples each of coal ash taken from active, currently filled, and passive, previously filled c...
Coal ash obtained by coal combustion in the "Nikola Tesla A" power plant in Obrenovac, near Belgrade...
In order to establish associations of trace and major elements in dump coal ash taken from active, c...
Four samples of milled lignite used in the “Nikola Tesla A” power plant, located in Obrenovac near B...
In order to examine association patterns and pollution potential of trace and major elements from co...
Four samples of milled lignite used in the "Nikola Tesla A" power plant located in Obrenovac near Be...
Statistical analysis of concentrations of trace and major elements obtained by five-step sequential ...
Coal ash obtained by coal combustion in the "Nikola Tesla A" power plant in Obreno...
Nikola Tesla B power plant (TENT B), located at the Sava River, in Obrenovac, 50 km west from the Se...
Trace and major elements in coal ash particles from dump of "Nikola Tesla A" power plant in Obrenova...