Pesquisando por: "Solar evaporation ponds, Utah, USA" - Fotoarena - Agência de fotojornalismo

2WMKFGG Aerial view of TexasGulf Potash Ponds which are solar evaporation ponds used in the process of mining potash. Potash, a water-soluble potassium sal...

2JJ25B0 Grantsville, Utah - The Cargill salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ258G Grantsville, Utah - The Morton Salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ25AY Grantsville, Utah - The Morton Salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ25B5 Grantsville, Utah - The Morton Salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ25B4 Grantsville, Utah - The Cargill salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ25B1 Grantsville, Utah - The Morton Salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ25B3 Grantsville, Utah - The Cargill salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ258C Grantsville, Utah - The Morton Salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ257Y Grantsville, Utah - The Morton Salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2JJ258A Grantsville, Utah - The Morton Salt facility, where salt is produced by impounding brine in shallow evaporation ponds at the edge of Great Salt Lake.

2G7B1P5 Solar evaporation ponds outside the city of Moab, Utah, USA, looking like broken blue and white porcelain in the soil. Photographed from the International Space Station (ISS). There are 23 colourful ponds spread across 400 acres, part of a large operation toÊmine potassium chloride, high in demand as fertilizer. The Colorado Plateau. 26 June 2017. An optimised and digitally enhanced version of an NASA image / credit NASA

2WMCCEY At Dead Horse Point State Park with solar evaporation ponds and Colorado River in the background, near Moab, Utah, USA

2WMCCJN At Dead Horse Point State Park with solar evaporation ponds and Colorado River in the background, near Moab, Utah, USA

2WMCC74 At Dead Horse Point State Park with solar evaporation ponds in the background, near Moab, Utah, USA

2WMCC39 At Dead Horse Point State Park with solar evaporation ponds in the background, near Moab, Utah, USA

2WMCBWX Solar evaporation ponds at Dead Horse Point State Park near Moab, Utah, USA

2WMCBWF Solar evaporation ponds at Dead Horse Point State Park near Moab, Utah, USA

2WMCBNH At Dead Horse Point State Park with solar evaporation ponds in the background, near Moab, Utah, USA

2WMCB4X At Dead Horse Point State Park with solar evaporation ponds in the background, near Moab, Utah, USA

BGTN62 Scene overlooking the bight blue Cane Creek potash mine water evaporation ponds near Moab, Utah, USA

BGTM0K Scene overlooking the bight blue Cane Creek potash mine water evaporation ponds near Moab, Utah, USA

BGTMAJ Scene overlooking the bight blue Cane Creek potash mine water evaporation ponds near Moab, Utah, USA and 4x4 truck in foreground

BGTBGT Scene overlooking the bight blue Cane Creek potash mine water evaporation ponds near Moab, Utah, USA

BGTANC View over Cane Creek potash mine water evaporation blue ponds near Moab, Utah, USA

BGTAB6 View over Cane Creek potash mine water evaporation blue ponds near Moab, Utah, USA

B92XJ1 View from Dead Horse Point State Park Utah USA