IPTC Project Excellence Award

Recipient of the 16th IPTC Excellence in Project Integration Award:
Above USD500 Million Project

In May 2015, the Liza-1 exploration well discovered oil offshore Guyana in the Stabroek block.  In less than 5 years, December 2019, the Liza Phase 1 Project began production from Liza Destiny Floating, Production, Storage and Offloading (FPSO) vessel, one of the fastest projects from discovery to first oil of its type in the industry.  In May 2019, Liza Phase 2 was funded, less than two years after final investment decision (FID) for Liza Phase 1.  Liza Phase 2 began production from Liza Unity FPSO in February 2022.  There were challenges along the way, from a new country entry into a frontier basin, to the restrictive metaocean conditions, to a global pandemic.  The Liza development deployed new technologies and novel execution approaches to meet these challenges.  Integration across all aspects of the projects was key to this achievement, with the concept of One Team embedded into team behaviors. 

ADNOC's pioneering journey into Carbon Capture, Utilization, and Storage (CCUS) began with the BAB and Northeast BAB projects in 2016. These projects aimed to increase oil recovery by utilizing CO2 EOR techniques and capturing CO2 emitted from a steel plant, which was then transported through a secure 90-kilometer pipeline network at 240 bar pressure.  ADNOC's journey started with the pilot phase, where advanced CO2 injection methods and enhanced monitoring practices led to a remarkable increase in oil production within just two years. The project is now evolved into a full-field expansion, emphasizing safety and environmental considerations while optimizing engineering and facilities.

ADNOC's strategy aims to add hundreds of millions of stock tank barrels (MMstb) of oil using CO2-enhanced oil recovery, with efficient CO2 injection. This project aligns with a sustainable future vision, making a significant contribution to achieving net-zero goals by 2045 as targeting 10 million tons per annum (MTPA) of CO2 storage by 2030. ADNOC's determination and achievements in oil recovery, CO2 efficiency, and storage set an inspiring example for a harmonious future of energy and sustainability.

Recipient of the 15th IPTC Excellence in Project Integration Award

The Egina project is the largest FPSO to date in the TotalEnergies SE Fleet of FPSOs and the first deep-water project in Nigeria after the 2010 Nigerian Oil and Gas Industry Development Content Act. The project provided connections between different companies, more than 48 million person-hours worked in Nigeria, fabrication of more than 60,000 tons of equipment in Nigeria and the advancement of drilling technologies leading to greater oil production in ultra-deep waters of 1,400 to 1,700 meters.

The reservoir and drilling advancements implemented during the project are expected to benefit future offshore developments in the area of reservoir drilling. 200 Nigerian students were trained, which will create room for excellent career opportunities. A conscious effort was made to purchase local goods, employ Nigerian citizens, and develop local infrastructure. In addition to contributing to oil production, the Egina project has positively impacted the Nigerian economy.

Recipient of the 14th IPTC Excellence in Project Integration Award 

Zohr field, in Egypt, is the largest-ever gas discovery in the Mediterranean. Eni's integrated approach has enabled us to bring safely the gas on-stream just over two years from discovery; a record for such deep water project. In August 2019, Zohr gas production reached 2.7 bcf/d, five months ahead of the development plan, and reached 3.2 bcf/d in 2021.

We integrated exploration and development phases, combining advanced technologies with careful project planning. By performing pre-development analyses during the exploration phase, we gathered information to improve the engineering and reduce the time to FID. Our design-to-cost model involves subdividing projects into phases, reducing risk where the subsurface is concerned.

Thanks to Zohr, Egypt recovered the self-sufficiency in the gas sector, lost after 2011. The field will satisfy Egypt’s demand for natural gas for decades to come, allowing the nation to become a regional hub for the natural gas.

Recipient of the 16th IPTC Excellence in Project Integration Award:
Above USD500 Million Project

In May 2015, the Liza-1 exploration well discovered oil offshore Guyana in the Stabroek block.  In less than 5 years, December 2019, the Liza Phase 1 Project began production from Liza Destiny Floating, Production, Storage and Offloading (FPSO) vessel, one of the fastest projects from discovery to first oil of its type in the industry.  In May 2019, Liza Phase 2 was funded, less than two years after final investment decision (FID) for Liza Phase 1.  Liza Phase 2 began production from Liza Unity FPSO in February 2022.  There were challenges along the way, from a new country entry into a frontier basin, to the restrictive metaocean conditions, to a global pandemic.  The Liza development deployed new technologies and novel execution approaches to meet these challenges.  Integration across all aspects of the projects was key to this achievement, with the concept of One Team embedded into team behaviors. 

ADNOC's pioneering journey into Carbon Capture, Utilization, and Storage (CCUS) began with the BAB and Northeast BAB projects in 2016. These projects aimed to increase oil recovery by utilizing CO2 EOR techniques and capturing CO2 emitted from a steel plant, which was then transported through a secure 90-kilometer pipeline network at 240 bar pressure.  ADNOC's journey started with the pilot phase, where advanced CO2 injection methods and enhanced monitoring practices led to a remarkable increase in oil production within just two years. The project is now evolved into a full-field expansion, emphasizing safety and environmental considerations while optimizing engineering and facilities.

ADNOC's strategy aims to add hundreds of millions of stock tank barrels (MMstb) of oil using CO2-enhanced oil recovery, with efficient CO2 injection. This project aligns with a sustainable future vision, making a significant contribution to achieving net-zero goals by 2045 as targeting 10 million tons per annum (MTPA) of CO2 storage by 2030. ADNOC's determination and achievements in oil recovery, CO2 efficiency, and storage set an inspiring example for a harmonious future of energy and sustainability.

Recipient of the 15th IPTC Excellence in Project Integration Award

The Egina project is the largest FPSO to date in the TotalEnergies SE Fleet of FPSOs and the first deep-water project in Nigeria after the 2010 Nigerian Oil and Gas Industry Development Content Act. The project provided connections between different companies, more than 48 million person-hours worked in Nigeria, fabrication of more than 60,000 tons of equipment in Nigeria and the advancement of drilling technologies leading to greater oil production in ultra-deep waters of 1,400 to 1,700 meters.

The reservoir and drilling advancements implemented during the project are expected to benefit future offshore developments in the area of reservoir drilling. 200 Nigerian students were trained, which will create room for excellent career opportunities. A conscious effort was made to purchase local goods, employ Nigerian citizens, and develop local infrastructure. In addition to contributing to oil production, the Egina project has positively impacted the Nigerian economy.

Recipient of the 14th IPTC Excellence in Project Integration Award 

Zohr field, in Egypt, is the largest-ever gas discovery in the Mediterranean. Eni's integrated approach has enabled us to bring safely the gas on-stream just over two years from discovery; a record for such deep water project. In August 2019, Zohr gas production reached 2.7 bcf/d, five months ahead of the development plan, and reached 3.2 bcf/d in 2021.

We integrated exploration and development phases, combining advanced technologies with careful project planning. By performing pre-development analyses during the exploration phase, we gathered information to improve the engineering and reduce the time to FID. Our design-to-cost model involves subdividing projects into phases, reducing risk where the subsurface is concerned.

Thanks to Zohr, Egypt recovered the self-sufficiency in the gas sector, lost after 2011. The field will satisfy Egypt’s demand for natural gas for decades to come, allowing the nation to become a regional hub for the natural gas.