In The Spotlight
Mozambique can still lead production and drilling in the East African Ruvuma-Rufiji (EARR) Gas Basin through to 2030, if the government continues to take strides to guarantee rapid progression of projects off Cabo Delegado province, writes Michela Francisco, analyst - onshore energy services, Westwood Global Energy Group
According to bp's 2024 Energy Outlook, global liquefied natural gas (LNG) traded volumes are forecast to grow 43% by 2030 from the 543 bn cu/m recorded in 2022
In recent years, LNG exports have been dominated by the United States, Australia and Qatar, which, according to the Energy Information Administration (EIA), held a combined LNG export capacity of approximately 257 mmtpa in 2023 (60% of total global LNG capacity). By 2030, Qatar and the US are projected to add approximately 150 mmtpa in LNG feedstock, securing the top two positions in global LNG export capacity. New additions are anticipated to stem from LNG facilities currently under construction in the US (84.1 mmtpa) and expansion phases of QatarEnergy’s North Field (65mmtpa). Despite this, there is still an appetite for additional LNG supply, given current demand expectations, making the business case for developing long-stalled gas projects from frontier areas stronger.
Mozambique and Tanzania, which house the EARR Gas Basin, could potentially be major beneficiaries of this projected demand, given abundant gas reserves (165.7 trillion cu/ft) and the basin's proximity to South-Asian import markets. However, the burning question remains – how soon can the world expect the EARR Gas Basin to roar amid an increasingly thirsty LNG demand environment?
It is pertinent to state that the EARR Gas Basin has failed to live up to its full potential due to a series of endemic bottlenecks faced in the host countries. In Tanzania, the US$40bn Tanzania LNG project, which aims to receive gas feedstock from six fields across Blocks 1 and 4 (Shell) and Block 2 (Equinor), has been subject to extensive delays due to protracted negotiations rooted in unattractive fiscal terms due to high domestic supply obligations.
The story behind undeveloped gas reserves is quite different for the reserves offshore Mozambique, with the main culprit being the Islamist insurgency in Cabo Delgado province. The conflict has led to delays in final investment decisions (FIDs) and project start-ups, given declarations of force majeure for key projects. An example is TotalEnergies’ enforcing force majeure on the 13 mmtpa Mozambique LNG project, hereby delaying production start from the operator's Golfinho-Atum field into 2028, nine years post sanction.
On a similar note, ExxonMobil's Rovuma LNG project also felt the knock-on effect following the declaration of force majeure by TotalEnergies, given that it plans to share some facilities belonging to the Mozambique LNG project. ExxonMobil, however, seized this as an opportunity to cut costs by heavily reconfiguring the design plan from its initial two-train 15.2 mmtpa stick-build facility to an 18 mmtpa facility now being constructed using a modular approach whilst putting some emphasis on mitigating greenhouse gas emissions from the project. To date, ExxonMobil has launched tenders for a front-end engineering and design (FEED) contract and an engineering, procurement, construction and installation (EPCI) option for the subsea-to-shore gas gathering facilities.
Another factor contributing to the untimely development of resources in Mozambique is complicated project economics. TotalEnergies highlighted this in 2023 when it reported that supply chain inflationary pressures further complicated the resumption of the US$20bn Mozambique LNG project. However, there have been signs of positive developments given that TotalEnergies communicated in the company’s April 2024 earnings call that contractors have agreed to reverse contract inflation plans; thus, this is no longer an obstacle to the project’s sanctioning decision.
Despite these challenges, the Basin's inaugural project, Eni's 75,000 boepd Coral South floating liquified natural gas (FLNG) project, came onstream in 2022, signalling that complex, multi-billion-dollar developments could work offshore Mozambique. Output in Mozambique is forecast to remain stable at around 75,000 boepd until 2027 before growing to a peak of 295,000 boepd by 2030, up 296%, driven by TotalEnergies’ Golfinho-Atum and Eni's Coral Phase II fields.
Additionally, Tanzania's inaugural field in the Basin should come onstream in 2026 from Aminex's 7000 boepd Ntorya onshore gas field, boosting total output across the Basin to a peak of approximately 302,000 boepd by 2030, up 305% on 2023. Although there are positive signs for production, the spectre of delays that have been haunting projects remains strong, potentially diluting the positive picture prior to 2030, especially since only one of the three projects expected onstream by 2030 has passed sanctioning (TotalEnergies’ Golfinho-Atum).
Drilling activity across both countries has been negligible, averaging one well per annum over the 2019-2024 period. Activity is anticipated to liven up over the forecast, driven by approximately 50 wells to be drilled to support upcoming LNG projects in Mozambican deepwater. Of these, 27 subsea trees have already been awarded between 2017 and 2019 for Eni’s Coral South and TotalEnergies’ Golfinho-Atum fields. 30 additional subsea trees are forecast to be awarded, with six awards anticipated for Eni’s Coral North field, scheduled to reach FID before the end of 2024. Onshore drilling activity will remain negligible, with only Aminex’s Chikumbi-1 exploration well set to be spud in 2024, the only onshore E&A well spud in the basin since 2016.
Post 2030, the outlook from the EARR Basin could be more promising, given continued interest from international energy companies (IECs), as well as licencing rounds and concession award announcements made across both countries since 2023. Although projects are few and far between in Tanzania, Shell and Equinor proposed a US$42bn LNG project from three deepwater blocks in March 2023, and this was later followed by CNOOC’s expression of interest in developing a FLNG deepwater project in blocks 4/1B and 4/1C in June 2023. From a regulatory standpoint, the current administration has increased optimism, given ongoing negotiation on fiscal terms with joint venture companies; however, nothing has materialised thus far.
Additionally, it is noteworthy to highlight the potential for an uptick in E&A drilling activity beyond Westwood’s current forecasts. This is due to the semi-autonomous Government of Zanzibar, off-Tanzania, launching its inaugural five-year licensing round in March of 2024, inviting IECs to explore eight offshore blocks.
E&A drilling could also occur in Mozambique, given that the National Hydrocarbon Company approved a concession contract for oil exploration and production in the Angoche A6-C Area in July 2024. However, Westwood is bearish on these progressing into any E&A drilling activity before the second half of the forecast.
When dissecting current developments in the EARR Basin, it is evident that by the onset of the next decade, the Basin could contribute about 295,000 boepd of gas to meet global LNG demand. Westwood anticipates that Mozambique will continue to lead production and drilling in the EARR Basin through to 2030. However, it remains crucial for the Mozambican government to continue to take strides towards eradicating the insurgency to guarantee rapid progression of projects off Cabo Delegado province, which are currently mainly in the FEED stage.
Contrarily, on the Tanzanian side of the Basin, the portrait is more promising than in the hindcast, albeit there is still a need to focus on improving fiscal terms to attract more near-term investment and ensure that current interest from IECs is maintained. Overall, Westwood believes that by 2030, the EARR Gas Basin might start to live up to its potential as projects finally move from potential to reality.
![The pump is ideally suited for applications with limited suction head. (Image source: Michael Smith Engineers) TPM pumps](/images/2024/august/michael-smith-tpm-pumps.webp#joomlaImage://local-images/2024/august/michael-smith-tpm-pumps.webp?width=787&height=399)
The pump is ideally suited for applications with limited suction head. (Image source: Michael Smith Engineers)
Michael Smith Engineers has introduced the TPM magnetic-coupled peripheral pump, engineered by Dickow Pumpen
The latest addition to Michael Smith's extensive range of high-performance pumps, this innovation is designed for application across industries, including oil & gas, chemical, petrochemical, aviation, and renewable energy.
Also known as turbine pump, the TPM peripheral pump works like any centrifugal and side-channel pumps. It is ideally suited for applications with limited suction head as it comes with a low net positive suction head (NPSH).
The TPM range can deliver flow rates of up to 17 cu/m per hour and a maximum differential head of 400 m. With a design pressure of 40 bar and maximum operating temperature of 300°C, the TPM range is built to ensure reliable performance even under the most challenging conditions.
One of the standout features of the TPM peripheral pump is its ability to handle liquids with entrained gas, enabling continuous operation even during gas release or temporary air ingress. Additionally, its hermetically sealed design makes it an excellent choice for handling toxic, explosive, or environmentally hazardous fluids, ensuring safety and compliance with stringent environmental standards.
New technology
David Todd of Michael Smith Engineers said, "‘We are delighted to be able to offer our customers this new pump technology from Dickow Pump, whom we have been in partnership with for almost three decades. We are confident this will be as successful as the rest of the Dickow pump range."
Also read: GD Energy introduces customer-friendly pumps
![Area 2 lies within the emerging South Africa and Namibia (SANAM) super-basin. (Image source: Impact Oil & Gas) Area 2 map](/images/2024/august/impact-in-area-2-south-africa.webp#joomlaImage://local-images/2024/august/impact-in-area-2-south-africa.webp?width=787&height=399)
Area 2 lies within the emerging South Africa and Namibia (SANAM) super-basin. (Image source: Impact Oil & Gas)
Impact Africa Ltd by Impact Oil & Gas Limited has entered into an agreement with Silver Wave Energy Pte Ltd to acquire its entire interest (10%) in Area 2, offshore South Africa
Impact currently owns a 90% participating interest and operatorship in Area 2, acquired from Silver Wave Energy in 2020. Following completion of this transaction, the company will own 100% of Area 2.
Area 2 sits outboard of, and compliments, Impact’s Transkei & Algoa blocks, off the east coast of South Africa. Together, the blocks extend the entire length and breadth of the deepwater part of the east coast margin, covering a combined area of approximately 125,000 sq km across a very exciting frontier exploration area, with plays extending across both blocks.
Closing of the transaction is subject to customary conditions, including the approval of the Government of South Africa.
High-calibre exploration block
Area 2 lies within the emerging South Africa and Namibia (SANAM) super-basin, which stretches from northernmost Namibia to the Durban Basin of eastern South Africa. The Block shares the same prolific petroleum play as is currently being successfully explored in the Orange Basin of Namibia, and further proven by the Brulpadda and Luiperd discoveries in South Africa’s Outeniqua Basin. Impact believes that all of these areas share common world-class Cretaceous source rocks and similar giant stratigraphic traps. It is expecting higher quality Cretaceous reservoir sands in Area 2 than those currently explored in the SANAM super-basin.
Siraj Ahmed, CEO of Impact Oil & Gas, said, “We are pleased to have concluded this agreement with Silver Wave Energy and thank the Silver Wave team for their collaboration over the past four years. As the holder of 100% of this high-calibre exploration block, we are particularly excited with the opportunity for this area to contain a very similar play to that which has brought Impact so much success in the Namibian Orange Basin.”
Following completion of this transaction, Impact will hold 100% participating interest and operatorship in Area 2. In the adjacent Transkei & Algoa blocks Impact holds a 45% participating interest and BG International Limited, a wholly owned subsidiary of Royal Dutch Shell plc, holds a 55% participating interest and Operatorship.
Uganda’s journey towards its first oil production by 2025 is on track, with critical milestones achieved in the Tilenga and Kingfisher projects, Ruth Nankabirwa Ssentamu, the Minister for Energy and Mineral Development, announced at a press conference for the media
She confirmed that 63 out of the planned 426 wells in the Tilenga project have been successfully drilled, surpassing the target necessary for first oil. Additionally, 9 out of the 11 wells required for first oil in the Kingfisher project have also been completed.
In addition to the drilling achievements, the Minister pointed out other critical developments, including the near completion of civil works at the Tilenga Industrial Area and the ongoing construction of the Central Processing Facility (CPF) at both the Tilenga and Kingfisher sites. These facilities are vital to Uganda’s oil production capacity and are expected to be fully operational in time for the first oil.
Speaking at the Ministry of Energy and Minerals offices in Kampala, Hon. Dr. Nankabirwa underscored Uganda's progress in the oil and gas sector as a testament to the country's determination to become a key player in the global oil market.
She emphasised that the Tilenga and Kingfisher projects, which are critical components of Uganda’s oil development strategy, are advancing steadily. With 63 out of 426 wells completed in Tilenga and 9 out of 11 in Kingfisher necessary for first oil, Uganda is firmly on track to achieve first oil by 2025.
The Minister also highlighted the strategic importance of the East African Crude Oil Pipeline (EACOP) and the Uganda Refinery, noting that these midstream projects are crucial in ensuring that Uganda maximizes the economic benefits from its petroleum resources.
“Our integrated approach, which includes the upstream, midstream, and downstream sectors, positions Uganda to significantly contribute to the global oil supply, fostering economic growth and boosting national revenue,” she said.
Nankabirwa also reaffirmed the government's dedication to balancing economic growth, social development, and environmental conservation as the country navigates its path to prosperity. "Uganda's leap in economic growth is partly based on the development of its oil and gas resources, which, once commercialized, will significantly impact all Ugandans," she noted.
“These developments are not only pivotal for Uganda's economy but also have significant implications for the global energy market. Uganda’s oil reserves, estimated at 6.5 billion barrels with 1.5 billion barrels recoverable, are set to make the country a key player in the global oil industry. The successful completion of these projects will ensure a stable and reliable supply of energy resources, contributing to global energy security.”
Nankabirwa emphasized Uganda’s commitment to transparency and sustainability, highlighting the ongoing review of the National Oil and Gas Policy to align with the dynamic global environment. "Balancing economic growth, social development, and environmental conservation remains a priority as we navigate our path to prosperity," she said.
![The agreement will allow TGS to manage and license more than 132,000 sq kms of seismic data, both 2D and 3D. (Image source: TGS) seismic data Tanzania](/images/2024/june/PURA_Seismic_Tanzania_TGS.webp#joomlaImage://local-images/2024/june/PURA_Seismic_Tanzania_TGS.webp?width=787&height=399)
The agreement will allow TGS to manage and license more than 132,000 sq kms of seismic data, both 2D and 3D. (Image source: TGS)
By agreement, Tanzania’s Petroleum Upstream Regulatory Authority (PURA) has given energy data and intelligence company TGS full access to the region's extensive offshore subsurface data
The agreement will allow TGS to manage and license more than 132,000 sq kms of seismic data, both 2D and 3D.
Tanzania boasts strong play diversity, proven through exploration success across much of the stratigraphy, from Early Cretaceous to Miocene reservoirs. The comprehensive dataset comprises of regional seismic as well as well data, unlocking insights into the basin's evolution and structural history.
It will help identify hydrocarbon plays, allow for prospect-specific analysis, mapping of robust trapping configurations, and help understand the maturity and distribution of source rocks.
Besides exclusive rights to license all of Tanzania’s offshore mainland data, TGS is also free to acquire new seismic data and reprocess existing data.
The company can support upcoming licensing rounds, which is expected to start next year. Tanzania is now ranked third in sub-Saharan Africa for future investment, anticipating 6% GDP growth by 2025, with million-dollar investments in infrastructure, and LNG, among other sectors.
Attractive exploration target
David Hajovsky, EVP of multi-client at TGS, said, “Tanzania remains an attractive exploration target with its world-class gas fields and excellent sands proven across multiple source intervals. By providing access to high-quality seismic data ahead of potential future licensing activities, TGS will empower exploration and production companies to evaluate opportunities in this under-explored but highly promising region of East Africa.”
TGS has also signed an agreement recently with the national oil company of Liberia (NOCAL) for data access expansion in the region.
![The pump is ideally suited for applications with limited suction head. (Image source: Michael Smith Engineers) TPM pumps](/images/2024/august/michael-smith-tpm-pumps.webp#joomlaImage://local-images/2024/august/michael-smith-tpm-pumps.webp?width=787&height=399)
The pump is ideally suited for applications with limited suction head. (Image source: Michael Smith Engineers)
Michael Smith Engineers has introduced the TPM magnetic-coupled peripheral pump, engineered by Dickow Pumpen
The latest addition to Michael Smith's extensive range of high-performance pumps, this innovation is designed for application across industries, including oil & gas, chemical, petrochemical, aviation, and renewable energy.
Also known as turbine pump, the TPM peripheral pump works like any centrifugal and side-channel pumps. It is ideally suited for applications with limited suction head as it comes with a low net positive suction head (NPSH).
The TPM range can deliver flow rates of up to 17 cu/m per hour and a maximum differential head of 400 m. With a design pressure of 40 bar and maximum operating temperature of 300°C, the TPM range is built to ensure reliable performance even under the most challenging conditions.
One of the standout features of the TPM peripheral pump is its ability to handle liquids with entrained gas, enabling continuous operation even during gas release or temporary air ingress. Additionally, its hermetically sealed design makes it an excellent choice for handling toxic, explosive, or environmentally hazardous fluids, ensuring safety and compliance with stringent environmental standards.
New technology
David Todd of Michael Smith Engineers said, "‘We are delighted to be able to offer our customers this new pump technology from Dickow Pump, whom we have been in partnership with for almost three decades. We are confident this will be as successful as the rest of the Dickow pump range."
Also read: GD Energy introduces customer-friendly pumps
Mozambique can still lead production and drilling in the East African Ruvuma-Rufiji (EARR) Gas Basin through to 2030, if the government continues to take strides to guarantee rapid progression of projects off Cabo Delegado province, writes Michela Francisco, analyst - onshore energy services, Westwood Global Energy Group
According to bp's 2024 Energy Outlook, global liquefied natural gas (LNG) traded volumes are forecast to grow 43% by 2030 from the 543 bn cu/m recorded in 2022
In recent years, LNG exports have been dominated by the United States, Australia and Qatar, which, according to the Energy Information Administration (EIA), held a combined LNG export capacity of approximately 257 mmtpa in 2023 (60% of total global LNG capacity). By 2030, Qatar and the US are projected to add approximately 150 mmtpa in LNG feedstock, securing the top two positions in global LNG export capacity. New additions are anticipated to stem from LNG facilities currently under construction in the US (84.1 mmtpa) and expansion phases of QatarEnergy’s North Field (65mmtpa). Despite this, there is still an appetite for additional LNG supply, given current demand expectations, making the business case for developing long-stalled gas projects from frontier areas stronger.
Mozambique and Tanzania, which house the EARR Gas Basin, could potentially be major beneficiaries of this projected demand, given abundant gas reserves (165.7 trillion cu/ft) and the basin's proximity to South-Asian import markets. However, the burning question remains – how soon can the world expect the EARR Gas Basin to roar amid an increasingly thirsty LNG demand environment?
It is pertinent to state that the EARR Gas Basin has failed to live up to its full potential due to a series of endemic bottlenecks faced in the host countries. In Tanzania, the US$40bn Tanzania LNG project, which aims to receive gas feedstock from six fields across Blocks 1 and 4 (Shell) and Block 2 (Equinor), has been subject to extensive delays due to protracted negotiations rooted in unattractive fiscal terms due to high domestic supply obligations.
The story behind undeveloped gas reserves is quite different for the reserves offshore Mozambique, with the main culprit being the Islamist insurgency in Cabo Delgado province. The conflict has led to delays in final investment decisions (FIDs) and project start-ups, given declarations of force majeure for key projects. An example is TotalEnergies’ enforcing force majeure on the 13 mmtpa Mozambique LNG project, hereby delaying production start from the operator's Golfinho-Atum field into 2028, nine years post sanction.
On a similar note, ExxonMobil's Rovuma LNG project also felt the knock-on effect following the declaration of force majeure by TotalEnergies, given that it plans to share some facilities belonging to the Mozambique LNG project. ExxonMobil, however, seized this as an opportunity to cut costs by heavily reconfiguring the design plan from its initial two-train 15.2 mmtpa stick-build facility to an 18 mmtpa facility now being constructed using a modular approach whilst putting some emphasis on mitigating greenhouse gas emissions from the project. To date, ExxonMobil has launched tenders for a front-end engineering and design (FEED) contract and an engineering, procurement, construction and installation (EPCI) option for the subsea-to-shore gas gathering facilities.
Another factor contributing to the untimely development of resources in Mozambique is complicated project economics. TotalEnergies highlighted this in 2023 when it reported that supply chain inflationary pressures further complicated the resumption of the US$20bn Mozambique LNG project. However, there have been signs of positive developments given that TotalEnergies communicated in the company’s April 2024 earnings call that contractors have agreed to reverse contract inflation plans; thus, this is no longer an obstacle to the project’s sanctioning decision.
Despite these challenges, the Basin's inaugural project, Eni's 75,000 boepd Coral South floating liquified natural gas (FLNG) project, came onstream in 2022, signalling that complex, multi-billion-dollar developments could work offshore Mozambique. Output in Mozambique is forecast to remain stable at around 75,000 boepd until 2027 before growing to a peak of 295,000 boepd by 2030, up 296%, driven by TotalEnergies’ Golfinho-Atum and Eni's Coral Phase II fields.
Additionally, Tanzania's inaugural field in the Basin should come onstream in 2026 from Aminex's 7000 boepd Ntorya onshore gas field, boosting total output across the Basin to a peak of approximately 302,000 boepd by 2030, up 305% on 2023. Although there are positive signs for production, the spectre of delays that have been haunting projects remains strong, potentially diluting the positive picture prior to 2030, especially since only one of the three projects expected onstream by 2030 has passed sanctioning (TotalEnergies’ Golfinho-Atum).
Drilling activity across both countries has been negligible, averaging one well per annum over the 2019-2024 period. Activity is anticipated to liven up over the forecast, driven by approximately 50 wells to be drilled to support upcoming LNG projects in Mozambican deepwater. Of these, 27 subsea trees have already been awarded between 2017 and 2019 for Eni’s Coral South and TotalEnergies’ Golfinho-Atum fields. 30 additional subsea trees are forecast to be awarded, with six awards anticipated for Eni’s Coral North field, scheduled to reach FID before the end of 2024. Onshore drilling activity will remain negligible, with only Aminex’s Chikumbi-1 exploration well set to be spud in 2024, the only onshore E&A well spud in the basin since 2016.
Post 2030, the outlook from the EARR Basin could be more promising, given continued interest from international energy companies (IECs), as well as licencing rounds and concession award announcements made across both countries since 2023. Although projects are few and far between in Tanzania, Shell and Equinor proposed a US$42bn LNG project from three deepwater blocks in March 2023, and this was later followed by CNOOC’s expression of interest in developing a FLNG deepwater project in blocks 4/1B and 4/1C in June 2023. From a regulatory standpoint, the current administration has increased optimism, given ongoing negotiation on fiscal terms with joint venture companies; however, nothing has materialised thus far.
Additionally, it is noteworthy to highlight the potential for an uptick in E&A drilling activity beyond Westwood’s current forecasts. This is due to the semi-autonomous Government of Zanzibar, off-Tanzania, launching its inaugural five-year licensing round in March of 2024, inviting IECs to explore eight offshore blocks.
E&A drilling could also occur in Mozambique, given that the National Hydrocarbon Company approved a concession contract for oil exploration and production in the Angoche A6-C Area in July 2024. However, Westwood is bearish on these progressing into any E&A drilling activity before the second half of the forecast.
When dissecting current developments in the EARR Basin, it is evident that by the onset of the next decade, the Basin could contribute about 295,000 boepd of gas to meet global LNG demand. Westwood anticipates that Mozambique will continue to lead production and drilling in the EARR Basin through to 2030. However, it remains crucial for the Mozambican government to continue to take strides towards eradicating the insurgency to guarantee rapid progression of projects off Cabo Delegado province, which are currently mainly in the FEED stage.
Contrarily, on the Tanzanian side of the Basin, the portrait is more promising than in the hindcast, albeit there is still a need to focus on improving fiscal terms to attract more near-term investment and ensure that current interest from IECs is maintained. Overall, Westwood believes that by 2030, the EARR Gas Basin might start to live up to its potential as projects finally move from potential to reality.
![Gas yield from OML 58 is processed in the Obite treatment centre for supply to NLNG. (Image source: Adobe Stock) oil and gas processing plant](/images/2024/june/Total-Energies-NNPC-Ubeta.webp#joomlaImage://local-images/2024/june/Total-Energies-NNPC-Ubeta.webp?width=787&height=399)
Gas yield from OML 58 is processed in the Obite treatment centre for supply to NLNG. (Image source: Adobe Stock)
TotalEnergies and the Nigerian National Petroleum Corporation Ltd has reached a final investment decision (FID) for the development of the Ubeta gas field
Located about 80 km northwest of Port Harcourt in Rivers state, the Ubeta gas field falls under OML 58 onshore license which is operated by TotalEnergies with a 40% interest while NNPC holds the other 60%.
The development plan includes the installation of a 11 km buried pipeline to connect Ubeta's new six-well cluster to the existing Obite facilities, thus allowing emissions reduction and cost efficiency. A 5 MW solar plant is currently under construction at Obite to further alleviate carbon intensity. A completely electrified drilling rig will be deployed for production which is due to start in 2027.
During COP28, TotalEnergies signed an agreement with NNPCL among other African oil companies to deploy its advanced drone-based technology AUSEA on oil & gas facilities in Nigeria, and soon after, an inspection of OML 100 field in south-eastern Niger Delta confirmed that their joint venture has achieved zero routine gas flaring across all its assets, including OML 58.
Favourable government initiatives
While things are looking up in terms of sustainable practices, Nigeria is also focusing on production optimisation, and its recent collaboration with SLB testifies this approach.
The Ubeta field capacity is expected at approximately 70,000 bopd including condensates. The Obagi oil field and the Ibewa gas and condensate field that also belong within OML 58 are currently in production. The gas yield is processed in the Obite treatment centre for supply to the Nigerian domestic gas market as well as Nigeria LNG (NLNG) plant.
TotalEnergies owns a 15% interest in NLNG, which is a liquefaction plant in Bonny Island, with an on-going capacity expansion from 22-30 Mtpa.
With more than 90% of manhours to be worked locally, the major, along with NNPCL, is aiming to enhance local content.
“Ubeta is the latest in a series of projects developed by TotalEnergies in Nigeria, most recently Ikike and Akpo West. I am pleased that we can launch this new gas project which has been made possible by the Government’s recent incentives for non-associated gas developments. Ubeta fits perfectly with our strategy of developing low-cost and low-emission projects, and will contribute to the Nigerian economy through higher NLNG exports,” said Mike Sangster, senior vice president - Africa, exploration and production at TotalEnergies.
![The conference brings together the brightest minds and technical experts from across the energy value chain. (Image source: dmg events) ADIPEC 2024 technical conference](/images/2024/july/ADIPEC_24_Technical_conference_infographic_0701.webp#joomlaImage://local-images/2024/july/ADIPEC_24_Technical_conference_infographic_0701.webp?width=787&height=399)
The conference brings together the brightest minds and technical experts from across the energy value chain. (Image source: dmg events)
The ADIPEC 2024 Technical Conference has received a record 5,977 submissions, a 16% increase over last year, with major submission growth seen in the AI and Digital Transformation and Energy Transition and Decarbonisation categories, and increased submissions from African and Arab states.
The ADIPEC Technical Conference is a key part of ADIPEC, the world’s largest energy event, which takes place on 4-7 November 2024 in Abu Dhabi. Organised by SPE, the Technical Conference this year will feature 159 sessions across 12 categories, for which energy experts and engineers from around the world submit their work to be considered for presentation.
“As chairman of the ADIPEC Technical Conference, I am immensely proud to announce a historic milestone of 5,977 technical submissions received this year. This unprecedented volume of contributions underscores ADIPEC's vital role as a premier forum for innovative dialogue and exchange within the global energy sector. I extend my heartfelt thanks to all authors – the pioneering experts that continue to drive our industry forward, fostering the advancements and collaborative spirit necessary to meet the evolving demands of our world,” said Dr. Khaled Abdul Monem Al Kindi, Senior Vice President, Upper Zakum, ADNOC Offshore and ADIPEC 2024 Technical Conference Programme Chair.
Continuing its 40-year legacy of energy leadership and innovation, ADIPEC 2024 aims to be a driving force for accelerated energy action. This year, the event sets out a renewed vision, gathering diverse voices from communities, nations, and industries to find collective solutions that can deliver affordable, secure, and sustainable energy for all.
As a key part of ADIPEC’s portfolio of 10 conferences, the ADIPEC Technical Conference brings together the brightest minds and technical experts from across the energy value chain – the changemakers at the forefront of engineering, technology and industry innovation.
The two submission categories that saw the biggest increases were Energy Transition and Decarbonisation and AI and Digital Transformation, with 38% and 32% jumps respectively. These increases reveal the energy industry’s growing focus on emerging digital technologies and efforts to decarbonise in support of the energy transition, which are a major focus of ADIPEC this year, reflected across its dynamic conference and exhibition agenda.
A significant increase was also recorded in the number of submissions from Arab and African countries over last year, rising 50% and 28% respectively. Double-digit growth was also recorded in submissions from the Asia & Pacific Region, North America, and the Middle East. The ADIPEC Technical Conference also saw experts from 25% more companies submit their work for presentation.
Christopher Hudson, president of dmg events, the organiser of ADIPEC, said: "Decarbonisation presents many challenges and opportunities for all sectors. ADIPEC’s focus on platforming low-carbon energy innovations to power industry, empower lives, and accelerate global prosperity makes its Technical Conference a critical forum to advance a sustainable, secure and equitable energy future. This year’s record number of submissions, along with the substantial increases in geographical and category-specific contributions, highlights the alignment of our agenda with the industry's needs and the global commitment to be part of the solution."