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China Offshore Oil Engineering delivered one of the world’s largest oil and gas platforms from its shipyard in Qingdao.

China Offshore Oil Engineering delivered one of the world’s largest oil and gas platforms from its shipyard in Qingdao.
blog image
Maritime
Port Terminal Services

China Offshore Oil Engineering delivered one of the world’s largest oil and gas platforms from its shipyard in Qingdao.

The Marjan oil and gas collection and transportation platform is a ground-breaking achievement in offshore construction technology, particularly for Chinese builders. This massive structure, tipping the scales at over 17,200 tons, stands as one of the largest offshore platforms globally. Designed to handle an impressive annual output, the Marjan platform is capable of processing 24 million tonnes of crude oil and 7.4 billion cubic meters of associated gas. Its sheer scale is matched by its technical sophistication: the platform features a vast array of pipeline types and sizes, along with a complex system layout that sets new standards in the industry. The platform's construction not only represents a significant engineering feat but also underscores advancements in offshore infrastructure. It integrates cutting-edge technology to ensure efficient collection and transportation, making it a landmark project in the evolution of offshore oil and gas facilities. During development tests, VCR demonstrated impressive efficiency improvements with better fuel consumption and reduced greenhouse gas emissions, including methane. For the French container line, which runs a fleet of over 620 ships, this technology could be a key part of their strategy to achieve Net Zero Carbon by 2050. The company currently operates more than 30 dual-fuel LNG vessels and has nearly a hundred more on order, many of which are also set to use dual-fuel LNG.


14 Aug 24
blog image
Maritime
Port Terminal Services

China Offshore Oil Engineering delivered one of the world’s largest oil and gas platforms from its shipyard in Qingdao.

The Marjan oil and gas collection and transportation platform is a ground-breaking achievement in offshore construction technology, particularly for Chinese builders. This massive structure, tipping the scales at over 17,200 tons, stands as one of the largest offshore platforms globally. Designed to handle an impressive annual output, the Marjan platform is capable of processing 24 million tonnes of crude oil and 7.4 billion cubic meters of associated gas. Its sheer scale is matched by its technical sophistication: the platform features a vast array of pipeline types and sizes, along with a complex system layout that sets new standards in the industry. The platform's construction not only represents a significant engineering feat but also underscores advancements in offshore infrastructure. It integrates cutting-edge technology to ensure efficient collection and transportation, making it a landmark project in the evolution of offshore oil and gas facilities. During development tests, VCR demonstrated impressive efficiency improvements with better fuel consumption and reduced greenhouse gas emissions, including methane. For the French container line, which runs a fleet of over 620 ships, this technology could be a key part of their strategy to achieve Net Zero Carbon by 2050. The company currently operates more than 30 dual-fuel LNG vessels and has nearly a hundred more on order, many of which are also set to use dual-fuel LNG.


14 Aug 24
blog image
Maritime
Port Terminal Services

China Offshore Oil Engineering delivered one of the world’s largest oil and gas platforms from its shipyard in Qingdao.

The Marjan oil and gas collection and transportation platform is a ground-breaking achievement in offshore construction technology, particularly for Chinese builders. This massive structure, tipping the scales at over 17,200 tons, stands as one of the largest offshore platforms globally. Designed to handle an impressive annual output, the Marjan platform is capable of processing 24 million tonnes of crude oil and 7.4 billion cubic meters of associated gas. Its sheer scale is matched by its technical sophistication: the platform features a vast array of pipeline types and sizes, along with a complex system layout that sets new standards in the industry. The platform's construction not only represents a significant engineering feat but also underscores advancements in offshore infrastructure. It integrates cutting-edge technology to ensure efficient collection and transportation, making it a landmark project in the evolution of offshore oil and gas facilities. During development tests, VCR demonstrated impressive efficiency improvements with better fuel consumption and reduced greenhouse gas emissions, including methane. For the French container line, which runs a fleet of over 620 ships, this technology could be a key part of their strategy to achieve Net Zero Carbon by 2050. The company currently operates more than 30 dual-fuel LNG vessels and has nearly a hundred more on order, many of which are also set to use dual-fuel LNG.


14 Aug 24