Enauta启动亚特兰大油田FPSO招标程序|亚特兰大_新浪财经

原标题：Enauta启动亚特兰大油田FPSO招标程序

中国石化新闻网讯据OE网站3月8日报道，巴西石油公司Enauta已经启动了FPSO的投标程序，以全面开发位于巴西近海桑托斯盆地的亚特兰大油田。

亚特兰大油田一直通过一个早期生产系统Petrojarl I号 FPSO生产石油。

Enauta预计，整个油田开发FPSo的投标过程将在10-12个月内完成，并邀请具有开发类似项目经验的公司参与。

本次招标考虑一艘FPSO，日产油5万桶，将连接6至8口生产井，其中3口已在早期生产系统（EPS）中运行。

据Enauta称，投标过程考虑了对从未部署过的现有FPSO的改造，这是通过一项为期12个月的独家协议实现的，Enauta签署了购买选择权。Enauta说，中标者将有权行使这一选择权。

在Barra决定退出亚特兰大油田后，Enauta公司很快将拥有亚特兰大油田100%的股份，该油田上个月已恢复了生产。

以前被称为Quireoz Galvao的Enauta，在2020年11月宣布“预防性暂停”亚特兰大油田的生产，因为在一些设备中发现了可能损害其功能的腐蚀。

该公司随后决定更换油田7-ATL-4HB-RJS油井其中一个加热器的管子。

郝芬译自 OE

原文如下：

Brazil: Enauta Launches Bidding Process for Atlanta Field FPSO

Brazilian oil company Enauta has launched the bidding process for the FPSO for the full development of the Atlanta field, in the Santos Basin, offshore Brazil.

The Atlanta field has been producing oil via Petrojarl I FPSO - an early production system.

Enauta expects that the bidding process for the full field development FPSo will be completed in 10 to 12 months, with companies with proven experience in developing similar projects invited to take part.

The bidding considers an FPSO with a capacity to process 50 thousand barrels of oil per day, to which 6 to 8 producing wells will be connected, including the 3 wells already in operation in the Early Production System (EPS).

According to Enauta, the bidding process considers the adaptation of an existing FPSO, which has never been deployed, made possible by an exclusive agreement for 12 months with an option to purchase signed by Enauta. The winning bidder will have the right to exercise this option, Enauta said.

Enauta, which will soon own a 100 percent stake in the Atalanta field, following Barra's decision to exit the field, last month resumed production from the Atlanta oil field.

Enauta, previously known as Quireoz Galvao, had in November 2020 announced the "preventive suspension" of Atlanta field’s production, after corrosion found in some of the equipment that could harm functionality.

The company then decided to replace the tubes in one of the heaters of the 7-ATL-4HB- RJS well at the field.