Common use of Topography Clause in Contracts

Topography. The surface topography of the Kriel area is typical of the Mpumalanga Highveld consisting in the main of a gently undulating plateau. The flood plains of the local streams are at an average elevation of ± 1540 meters above mean sea level and drainage generally is a northerly direction. The existing and potential sources of air pollution in Kriel area are the following:  ▇▇▇▇▇ Power Station stack emissions  ▇▇▇▇▇ Power Station dry dust (fly ash) handling plant  Dust blow from the Eskom coal stock yard  Dust blow from the roads in the area  Seasonal dust blow caused by ploughing of farmlands, and dust blow off denuded fields  Dust blow from dried out exposed surfaces of the wet ash dam. However, Eskom utilises the majority of the top surface of the ash dam as an evaporation pan for polluted water, which means that the exposed surface is constantly wet. The sides of the ash dam have largely been rehabilitated, with the result that dust blow from the ash dam.

Topography. The surface topography of the Kriel Matla area is typical of the Mpumalanga Highveld consisting in the main of a gently undulating plateau. The flood plains of the local streams are at an average elevation of ± 1540 meters above mean sea level and drainage generally is a northerly direction. The existing and potential sources of air pollution in Kriel Matla area are the following:  ▇▇▇▇▇ Matla Power Station stack emissions  ▇▇▇▇▇ Matla Power Station dry dust (fly ash) handling plant  Dust blow from the Eskom coal stock yard  Dust blow from the roads in the area  Seasonal dust blow caused by ploughing of farmlands, and dust blow off denuded fields  Dust blow from dried out exposed surfaces of the wet ash dam. However, Eskom utilises the majority of the top surface of the ash dam as an evaporation pan for polluted water, which means that the exposed surface is constantly wet. The sides of the ash dam have largely been rehabilitated, with the result that dust blow from the ash dam.

Topography. The surface topography of the Kriel area is typical of the Mpumalanga Highveld consisting in the main of a gently undulating plateau. The flood plains of the local streams are at an average elevation of ± 1540 meters above mean sea level and drainage generally is a northerly direction. The existing and potential sources of air pollution in Kriel area are the following:  • ▇▇▇▇▇ Power Station stack emissions  • ▇▇▇▇▇ Power Station dry dust (fly ash) handling plant  • Dust blow from the Eskom coal stock yard  • Dust blow from the roads in the area  • Seasonal dust blow caused by ploughing of farmlands, and dust blow off denuded fields  • Dust blow from dried out exposed surfaces of the wet ash dam. However, Eskom ▇▇▇▇▇ utilises the majority of the top surface of the ash dam as an evaporation pan for polluted water, which means that the exposed surface is constantly wet. The sides of the ash dam have largely been rehabilitated, with the result that dust blow from the ash dam.