The coal-fired electricity power plant in this study is located
about 5 km west of Kapar. Fourteen sites between the power plant
and the town were chosen as the soil indicator sites, as shown in
Fig. 1, with Table 2giving the coordinates of the power plant and
sampling sites. The sampling locations were chosen based on the
possible TENORM contributions from various sources in addition
to the expected atmospheric diffusion and ash disposal from the
Kapar power plant, prevailing wind-direction informed by windrose data also being taken into account. Relevant information
concerning the probable TENORM contributions in the sampling
sites are shown in the results and discussion section. After
removing grass and other top organic material, surface soil up to
a depth of about 5 cm were sampled, obtained four times over aperiod of one year to look for seasonal variation in soil contamination. In addition to the soil samples, bottom ash or slag samples
were also obtained from the power plant
The coal-fired electricity power plant in this study is locatedabout 5 km west of Kapar. Fourteen sites between the power plantand the town were chosen as the soil indicator sites, as shown inFig. 1, with Table 2giving the coordinates of the power plant andsampling sites. The sampling locations were chosen based on thepossible TENORM contributions from various sources in additionto the expected atmospheric diffusion and ash disposal from theKapar power plant, prevailing wind-direction informed by windrose data also being taken into account. Relevant informationconcerning the probable TENORM contributions in the samplingsites are shown in the results and discussion section. Afterremoving grass and other top organic material, surface soil up toa depth of about 5 cm were sampled, obtained four times over aperiod of one year to look for seasonal variation in soil contamination. In addition to the soil samples, bottom ash or slag sampleswere also obtained from the power plant
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