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Power plant facilities of the combined heat and power plant of the waste and refuse incineration plant Im Emscherbruch in Herten in the federal state of North Rhine-Westphalia, Germany — HERTEN 01.08.2026 Power plant facilities of the combined heat and power plant of the waste and refuse incineration plant Im Emscherbruch in Herten in the federal state of North Rhine-Westphalia, Germany Power plant facilities of the combined heat and power plant of the waste and refuse incineration plant Im Emscherbruch in Herten in the federal state of North Rhine-Westphalia, Germany. Further information at: AGR Abfallentsorgungs-Gesellschaft Ruhrgebiet mbH. // Kraftwerksanlagen des Heizkraftwerkes der Müll- und Abfallverbrennungsanlage Im Emscherbruch in Herten im Bundesland Nordrhein-Westfalen, Deutschland. Weiterführende Informationen bei: AGR Abfallentsorgungs-Gesellschaft Ruhrgebiet mbH. Photo: Hermann Klöpper Licensed at: https://www.aerialphotosearch.com/lookup.php?text=709860
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Photo ID: 709860
Photo ID has been copied
Photo: Hermann Klöpper

Power plant facilities of the combined heat and power plant of the waste and refuse incineration plant Im Emscherbruch in Herten in the federal state of North Rhine-Westphalia, Germany — HERTEN 01.08.2026 Power plant facilities of the combined heat and power plant of the waste and refuse incineration plant Im Emscherbruch in Herten in the federal state of North Rhine-Westphalia, Germany Power plant facilities of the combined heat and power plant of the waste and refuse incineration plant Im Emscherbruch in Herten in the federal state of North Rhine-Westphalia, Germany. Further information at: AGR Abfallentsorgungs-Gesellschaft Ruhrgebiet mbH. // Kraftwerksanlagen des Heizkraftwerkes der Müll- und Abfallverbrennungsanlage Im Emscherbruch in Herten im Bundesland Nordrhein-Westfalen, Deutschland. Weiterführende Informationen bei: AGR Abfallentsorgungs-Gesellschaft Ruhrgebiet mbH. Photo: Hermann Klöpper Licensed at: https://www.aerialphotosearch.com/lookup.php?text=709861
Description has been copied

Photo ID: 709861
Photo ID has been copied
Photo: Hermann Klöpper

Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany — ERKELENZ 12.07.2026 Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany. Further information at: RWE AG. // Bunte Wasseroberfläche und Wasserverfärbungen in Tagebau Abraum- und Restflächen durch schwefelsaure Verbindungen und oxidierte Eisenverbindungen " Sohle " Durch aufsteigendes Grundwasser lösen sich diese und führen zur Versauerung und Verockerung des Wassers in Erkelenz im Bundesland Nordrhein-Westfalen, Deutschland. Weiterführende Informationen bei: RWE AG. Photo: Hermann Klöpper Licensed at: https://www.aerialphotosearch.com/lookup.php?text=709297
Description has been copied

Photo ID: 709297
Photo ID has been copied
Photo: Hermann Klöpper

Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany — ERKELENZ 12.07.2026 Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany. Further information at: RWE AG. // Bunte Wasseroberfläche und Wasserverfärbungen in Tagebau Abraum- und Restflächen durch schwefelsaure Verbindungen und oxidierte Eisenverbindungen " Sohle " Durch aufsteigendes Grundwasser lösen sich diese und führen zur Versauerung und Verockerung des Wassers in Erkelenz im Bundesland Nordrhein-Westfalen, Deutschland. Weiterführende Informationen bei: RWE AG. Photo: Hermann Klöpper Licensed at: https://www.aerialphotosearch.com/lookup.php?text=709299
Description has been copied

Photo ID: 709299
Photo ID has been copied
Photo: Hermann Klöpper

Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany — ERKELENZ 12.07.2026 Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany. Further information at: RWE AG. // Bunte Wasseroberfläche und Wasserverfärbungen in Tagebau Abraum- und Restflächen durch schwefelsaure Verbindungen und oxidierte Eisenverbindungen " Sohle " Durch aufsteigendes Grundwasser lösen sich diese und führen zur Versauerung und Verockerung des Wassers in Erkelenz im Bundesland Nordrhein-Westfalen, Deutschland. Weiterführende Informationen bei: RWE AG. Photo: Hermann Klöpper Licensed at: https://www.aerialphotosearch.com/lookup.php?text=709300
Description has been copied

Photo ID: 709300
Photo ID has been copied
Photo: Hermann Klöpper

Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany — ERKELENZ 12.07.2026 Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany. Further information at: RWE AG. // Bunte Wasseroberfläche und Wasserverfärbungen in Tagebau Abraum- und Restflächen durch schwefelsaure Verbindungen und oxidierte Eisenverbindungen " Sohle " Durch aufsteigendes Grundwasser lösen sich diese und führen zur Versauerung und Verockerung des Wassers in Erkelenz im Bundesland Nordrhein-Westfalen, Deutschland. Weiterführende Informationen bei: RWE AG. Photo: Hermann Klöpper Licensed at: https://www.aerialphotosearch.com/lookup.php?text=709301
Description has been copied

Photo ID: 709301
Photo ID has been copied
Photo: Hermann Klöpper

Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany — ERKELENZ 12.07.2026 Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany. Further information at: RWE AG. // Bunte Wasseroberfläche und Wasserverfärbungen in Tagebau Abraum- und Restflächen durch schwefelsaure Verbindungen und oxidierte Eisenverbindungen " Sohle " Durch aufsteigendes Grundwasser lösen sich diese und führen zur Versauerung und Verockerung des Wassers in Erkelenz im Bundesland Nordrhein-Westfalen, Deutschland. Weiterführende Informationen bei: RWE AG. Photo: Hermann Klöpper Licensed at: https://www.aerialphotosearch.com/lookup.php?text=709302
Description has been copied

Photo ID: 709302
Photo ID has been copied
Photo: Hermann Klöpper

Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany — ERKELENZ 12.07.2026 Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany Colorful water surfaces and water discoloration in open-cast mining spoil heaps and residual areas are caused by sulfuric acid compounds and oxidized iron compounds. These compounds dissolve due to rising groundwater, leading to acidification and ochre formation in the water in Erkelenz, North Rhine-Westphalia, Germany. Further information at: RWE AG. // Bunte Wasseroberfläche und Wasserverfärbungen in Tagebau Abraum- und Restflächen durch schwefelsaure Verbindungen und oxidierte Eisenverbindungen " Sohle " Durch aufsteigendes Grundwasser lösen sich diese und führen zur Versauerung und Verockerung des Wassers in Erkelenz im Bundesland Nordrhein-Westfalen, Deutschland. Weiterführende Informationen bei: RWE AG. Photo: Hermann Klöpper Licensed at: https://www.aerialphotosearch.com/lookup.php?text=709303
Description has been copied

Photo ID: 709303
Photo ID has been copied
Photo: Hermann Klöpper

The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany — NESCHWITZ 02.06.2026 The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany. // Die Deponie Wetro Puschwitzer Feld ist in Betrieb seit 2011 und die einzige Deponie in Sachsen, die gefährliche Abfälle der Deponieklasse III aufnehmen kann, in Neschwitz im Bundesland Sachsen, Deutschland. Photo: Max Gaertner Licensed at: https://www.aerialphotosearch.com/lookup.php?text=699055
Description has been copied

Photo ID: 699055
Photo ID has been copied
Photo: Max Gaertner

The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany — NESCHWITZ 02.06.2026 The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany. // Die Deponie Wetro Puschwitzer Feld ist in Betrieb seit 2011 und die einzige Deponie in Sachsen, die gefährliche Abfälle der Deponieklasse III aufnehmen kann, in Neschwitz im Bundesland Sachsen, Deutschland. Photo: Max Gaertner Licensed at: https://www.aerialphotosearch.com/lookup.php?text=699056
Description has been copied

Photo ID: 699056
Photo ID has been copied
Photo: Max Gaertner

The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany — NESCHWITZ 02.06.2026 The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany. // Die Deponie Wetro Puschwitzer Feld ist in Betrieb seit 2011 und die einzige Deponie in Sachsen, die gefährliche Abfälle der Deponieklasse III aufnehmen kann, in Neschwitz im Bundesland Sachsen, Deutschland. Photo: Max Gaertner Licensed at: https://www.aerialphotosearch.com/lookup.php?text=699057
Description has been copied

Photo ID: 699057
Photo ID has been copied
Photo: Max Gaertner

The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany — NESCHWITZ 02.06.2026 The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany. // Die Deponie Wetro Puschwitzer Feld ist in Betrieb seit 2011 und die einzige Deponie in Sachsen, die gefährliche Abfälle der Deponieklasse III aufnehmen kann, in Neschwitz im Bundesland Sachsen, Deutschland. Photo: Max Gaertner Licensed at: https://www.aerialphotosearch.com/lookup.php?text=699058
Description has been copied

Photo ID: 699058
Photo ID has been copied
Photo: Max Gaertner

The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany — NESCHWITZ 02.06.2026 The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany The Wetro Puschwitzer Feld landfill has been in operation since 2011 and is the only landfill in Saxony capable of accepting hazardous waste of landfill class III, located in Neschwitz in the state of Saxony, Germany. // Die Deponie Wetro Puschwitzer Feld ist in Betrieb seit 2011 und die einzige Deponie in Sachsen, die gefährliche Abfälle der Deponieklasse III aufnehmen kann, in Neschwitz im Bundesland Sachsen, Deutschland. Photo: Max Gaertner Licensed at: https://www.aerialphotosearch.com/lookup.php?text=699061
Description has been copied

Photo ID: 699061
Photo ID has been copied
Photo: Max Gaertner

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