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"Underground Water Project"
44 professional editorial images found
The Planned Highway A69 Work Sites After Its Stoppage By Judges Two Months Ago
16 May 2025
#12372284
16 May 2025
The construction work exposes underground water, revealing a phreatic zone. The A69 highway is planned to be built on this phreatic zone. After the Administrative Court of Toulouse suspends all works on the A69 highway project between Toulouse and Castres, NGE/Atosca files an appeal against this decision and requests the Court to allow the works to continue while the appeal is judged. Two senators and two MPs from the Tarn department propose a retroactive law to authorize the building of the A69, aiming to bypass the decision of the Administrative Court of Toulouse. Atosca states that all leveling works have begun and that more than 70% of highway structures are completed. However, the leveling works and highway structures do not match the numbers provided by Atosca. Additionally, several issues affect the work, such as water evacuation and protection of species. The main association 'La Voie est Libre' (i.e., 'The Way is Free'), consisting of opponents, wants the construction of the highway to be stopped until all judicial decisions are made. All expropriations for farmers are not resolved. Opponents of this project argue that the reprofiling of the N126 will suffice for the 6,000 vehicles planned per day and would cost significantly less. The A69 highway is estimated to cost EUR512 million (in 2018 euros without inflation) for 54 kilometers. More than 100 protected species and 400 hectares of agricultural fields will be destroyed. In Toulouse, France, on May 15, 2025.
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#12163514
16 March 2025
The Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021, supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.
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#12163515
16 March 2025
The Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021, supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.
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#12163516
16 March 2025
The Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021, supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.
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#12163517
16 March 2025
A Munich bus passes the Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021. This renewable energy facility supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.
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#12163518
16 March 2025
The Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021, supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.
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#11116513
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116514
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116515
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116516
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116517
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116518
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116519
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116520
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116521
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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#11116522
3 April 2024
An aerial view is showing Karez, an ancient water project that is using the slope of the ground to extract groundwater without power, in an arid area of Hami, Xinjiang province, China, on March 31, 2024.
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