"pipeline construction"

#11179383

26 April 2024

Construction workers are carrying out pipeline hoisting at the construction site of the Zhangye Waste Disposal and Resource Utilization Center in Zhangye, China, on April 24, 2024.

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#10954533

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10954534

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10954535

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10954536

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10954537

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10954538

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10954539

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10954540

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10954541

1 February 2024

The land construction of the integrated treatment platform for the second phase of the Deep-sea One project is being completed in the West Coast New Area of Qingdao, in Qingdao, Shandong province, China, on February 1, 2024. Reports indicate that the platform is utilizing 7 megawatt gas turbine generator sets and other domestic equipment that possess completely independent intellectual property rights. It is equipped with the largest domestic offshore platform slug flow catcher, designed by CNOOC, to eliminate the risk of liquid level fluctuations and blockages in oil and gas mixed transport pipelines, ensuring the reliable operation of oil and gas treatment equipment. The deep-sea No. 1 ultra-deep water gas field, which started operations in June 2021, has confirmed geological reserves of over 100 billion cubic meters. With a maximum water depth of more than 1,500 meters and a maximum well depth of over 4,000 meters, it is the deepest and most challenging offshore ultra-deep water gas field independently developed by China to date.

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#10835116

7 December 2023

An aerial photo is showing the West Chongqing Water Resources Allocation Project's West Main Line water transmission line and the Sanjiao Water Plant branch pipeline project in Chongqing, China, on December 7, 2023.

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#10835117

7 December 2023

An aerial photo is showing the West Chongqing Water Resources Allocation Project's West Main Line water transmission line and the Sanjiao Water Plant branch pipeline project in Chongqing, China, on December 7, 2023.

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#10835118

7 December 2023

An aerial photo is showing the West Chongqing Water Resources Allocation Project's West Main Line water transmission line and the Sanjiao Water Plant branch pipeline project in Chongqing, China, on December 7, 2023.

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#10835119

7 December 2023

An aerial photo is showing the West Chongqing Water Resources Allocation Project's West Main Line water transmission line and the Sanjiao Water Plant branch pipeline project in Chongqing, China, on December 7, 2023.

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#10835120

7 December 2023

An aerial photo is showing the West Chongqing Water Resources Allocation Project's West Main Line water transmission line and the Sanjiao Water Plant branch pipeline project in Chongqing, China, on December 7, 2023.

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#10445226

2 September 2023

JIAYUGUAN, CHINA - AUGUST 25, 2023 - Aerial photo of the construction site of the fourth line of the West-East natural Gas pipeline project in Jiayuguan, Gansu Province, China, Aug. 25, 2023

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