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The concession's advance sustainability scopes are one of the prime reasons that locked the deal for ADNOC. (Image source: Adobe Stock)

In its first strategic investment in Mozambique, ADNOC has acquired 10% of Galp’s interest in the Area 4 concession of the Rovuma basin in Mozambique

The acquisition will allow ADNOC a share of the liquefied natural gas (LNG) produced from the concession.

With the operational Coral South Floating LNG (FLNG) facility, the planned Coral North FLNG development and the planned Rovuma LNG onshore facilities, the concession has a combined production capacity of more than 25 mn tonnes per annum. It is one of the world’s largest gas discoveries in 15 years. 

A one-of-a-kind facility in Africa, the Coral South development is currently in operation, with a production capacity of up to 3.5 mtpa of LNG. Once up and running, the Coral North development is capable of adding another 3.5 mtpa of LNG to that. It will have a FLNG facility to process and liquefy natural gas for export. 

The Coral south development is already yeilding vegetable oil to serve as feedstock in Eni's biorefineries

The modular, electric-drive design of the 18-mtpa Rovuma Onshore LNG development is capable of challenging industry standards when it comes to carbon intensity reduction from LNG production. 

The concession's advance sustainability scopes are one of the prime reasons that locked the deal for ADNOC, which aims to achieve a just transition-driven net zero by 2045. 

Integrated global gas business 

Musabbeh Al Kaabi, ADNOC executive director for low carbon solutions and international growth, said, “For over fifty years, ADNOC has been a reliable and responsible global provider of LNG and we are building on this role with this landmark investment in the world-class Rovuma supergiant gas basin in Mozambique as we deliver on our international growth strategy. Natural gas plays an important role to meet growing global demand with lower emissions compared to other fossil fuels and this acquisition supports our efforts to build an integrated global gas business to ensure we continue providing a secure, reliable and responsible supply of natural gas.”

 

 

 

 

 

The signing ceremony included the CEOs of Baker Hughes, SONATRACH and MAIRE, and the Minister of Energy and Mines. (Image source: Baker Hughes)

In an effort to boost production from Hassi R’Mel gas field 550 km south of Algiers, SONATRACH has signed a contract with Baker Hughes

The energy technology company will supply 20 compression trains based on Frame 5 gas turbine and BCL compressor technology will be installed across three gas boosting stations within the Hassi R’ Mel gas field. 

This comes as part of the Mattei Plan, a broader strategic collaboration across industries between Algeria and Italy. Italy has assured financial support for Algeria's gas production, which is the European nation's biggest single source of import. 

In 2023, Bloomberg NEF recognised Algeria as the second-largest gas supplier to Europe. The country has introduced multiple gas boosting stations to hold its title on the global energy market, while embracing natural gas as its prime energy source for socio-economic development. In June last year, TotalEnergies signed contract with SONATRACH to develop gas resources in the north-east Timimoun region. The oil major has also extended its LNG contract with SONATRACH till 2025 to access 2 mn tonnes of LNG for France and Europe.  

The largest gas field in Algeria, Hassi R’ Mel is equipped to not just meet domestic demands but also serves as key source of energy supply for Europe. At more than 20 trillion cu/m, shale gas is a lucrative investment opportunity for Algeria which falls under SONATRACH's long-term development plans as the company's vice president for planning and strategy, Rachid Zerdani noted last year

Baker Hughes responsibilities on Hassi R’ Mel will include boosting and stabilising the pressure of natural gas to increase production at site. Its facility in Italy will be the base for all project activity from compressor trains packaging and manufacturing to trains testing. This comes as a sub-contract of an order awarded to a consortium between Baker Hughes and technology and engineering group MAIRE-subsidiary Tecnimont

Reliable energy source for Europe

“We have long believed that it is critical to increase gas within the overall global energy mix to help achieve a lower-carbon economy. This project helps to solve for energy producers’ multi-faceted challenge of driving sustainable energy development as energy demand increases. We are proud to support such a critical energy project in partnership with Tecnimont,” said Lorenzo Simonelli, chairman and CEO of Baker Hughes

“Today’s announcement marks a notable milestone in our historical collaboration with SONATRACH for key energy projects in Algeria that have played a crucial role in supplying reliable energy to Europe,” said Simonelli on the occasion of contract signing, which also included Rachid Hachichi, CEO, SONATRACH; Alessandro Bernini, CEO, MAIRE, and the Minister of Energy & Mines, Mohamed Arkab.

 

 

 

 

There is a potential for an uptick in E&A drilling activity. (Image source: Westwood)

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.earr gas basin

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.

earr gas basinsE&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.

APT has a gas sales agreement with TPDC. (Image source: Adobe Stock)

ARA Petroleum Tanzania and its development partner Aminex Plc have received a 25-year development licence over the Ntorya Gas discovery in Tanzania from the Deputy Prime Minister and Minister for Energy of Tanzania, Doto Mashaka Biteko

“We were honoured to receive this licence from Deputy Prime Minister Doto Biteko at such a prestigious event. This ceremony marked a significant milestone in our commitment to harness Tanzania’s gas resources for the benefit of its people. Our ambition for this serious endeavour is that it results in boosting economic development, alleviating energy poverty and supporting the country’s energy transition,” said Erhan Saygi, general manager, ARA Petroleum Tanzania, commenting on the handover ceremony that took place in Mtwara.

APT has acquired land for the installation of upstream processing facilities, and the Chikumbi-1 appraisal well location, while expanding an adjacent site to accommodate the construction of a camp and storage yard. It is also putting into place the logistics necessary to conduct the subsurface work that will lead to first gas production. This includes conducting a well-test on Ntorya-2 and converting it to a producing well, drilling the Chikumbi-1 appraisal well with a view to converting it to a producing well and carrying out a well workover at Ntorya-1, before turning it into a producing well. 

The company is aiming the completion of pipeline placement from Ntorya to Madimba by early next year, working in line with the Tanzanian government's ambitions to enable gas delivery for electricity generation in the Mtwara region. 

According to a Gas Sales Agreement signed with the Tanzanian Petroleum Development Corporation (TPDC) earlier this year, APT expects an initial yield of 40 to 60 mn st cu/ft a day in the first year, gradually boosting production to 140 mn st cu/ft over the next few years. 

This estimate is backed by strikingly positive 3D seismic datasets from the region, indicating significant potential gas volumes in other untested structures over the wider licence area. To emphasise just how significant the potential gas volumes might be, Charles Santos, the executive chairman of Aminex, has said that the Ntorya accumulation can become the largest onshore gas discovery in East Africa

This, however, will require investment in a phased development of the Ntorya gas field and the maturing of domestic industries as gas offtakers, such as fertiliser, cement and plastics production plants, vehicle CNG stations, domestic LPG suppliers and additional gas-fired power stations for industrial and residential use.

Ntorya gas hub

“We are excited about further exploration and appraisal work in this area as we consider it to hold truly enormous volumes of gas. We believe this could be game-changing for Tanzania’s energy security, for Mtwara’s industrial development and for Tanzanians’ prosperity. We look forward to building strong partnerships with local businesses and entrepreneurs to share knowledge, impart expertise and build a home-grown industry around a Ntorya gas hub,” said Saygi.

APT has been actively involved in the Ruvuma Asset since 2020, before its interests in the region accumulated to 75% post acquisition from Scirocco Energy last year. The remaining 25% interest in the Ruvuma Asset is held by Aminex.

 

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The initialling marks a significant step forward to securing Block KON4. (Image source: Adobe Stock)

Exploration

Aiming to acquire an operated interest onshore Kwanza basin in Angola, Afentra plc has initialled a risk service contract (RSC) for Block KON4

The initialling marks a significant step forward to securing Block KON4. Under the terms of the proposed KON4 RSC, Afentra will be Operator with a 35% equity interest. The Block offers both short cycle, low-cost production opportunities linked to field redevelopment alongside low-cost near-term exploration potential similar to that being pursued in KON15 and KON19. The contract will now progress through the formal governmental approval process, and the company will provide a further update to the market once the agreement has been fully executed and signed.

Paul McDade, Chief Executive Officer of Afentra plc, said, "The initialling of the KON4 RSC is a significant step in our continued strategy to build a material position in onshore Kwanza basin in Angola. While this marks the beginning of the formal approval process, we are already working closely with our partners in the contractor group to prepare for an efficient review of the block's existing oil fields and the potential for early development opportunities. In addition, we will be bringing our significant experience in the use of eFTG data, which is currently being acquired across the basin, to understand the full exploration potential of KON4 as well as our other licenses KON15 and KON19.

"The addition of the KON4 license to our existing onshore licenses will represent a compelling opportunity to work with local Angolan companies to both revitalise historic oil fields with modern production and development techniques as well as understand the full exploration potential of this underexploited basin where exploration activities stopped over 40 years ago."

Covering 1,387 sq km, Block KON4 has seen the discovery of 11 oil and two gas fields, producing more than 90 mmboe to date. The block features the Quenguela Norte field - the largest onshore discovery to date - estimated to hold over 200 mmbbls of discovered oil in place. The field achieved peak production of 12,000 bopd, with 42 mmbbls recovered before it was eventually shut-in and abandoned in 1999. This represents an opportunity to unlock significant value through the reactivation of legacy oil fields, supported by modern technology and re-development techniques that have advanced considerably since the fields were last in production decades ago. In addition, the Block's proximity to the Luanda refinery and the existing road infrastructure could allow early production and export to the refinery.

KON4 also provides low-cost, near-field exploration opportunities that further enhance Afentra's footprint and strategic optionality in the onshore Kwanza basin. The three blocks together offer a complementary portfolio with exposure to a diverse range of play types - across both post-salt and pre-salt petroleum systems - as well as opportunities to appraise and re-develop multiple discovered but abandoned oil fields.

DUG Elastic MP-FWI Imaging is a unique approach to seismic processing and imaging. (Image source: DUG)

Geology & Geophysics

DUG has released the latest results from its elastic multi-parameter full waveform inversion (MP-FWI) imaging technology which it launched in 2022, since when more than 70 successful projects have been completed worldwide

DUG Elastic MP-FWI Imaging is a unique approach to seismic processing and imaging which is not only a complete replacement for the traditional processing and imaging workflows, it also replaces the subsequent inversion workflow for elastic rock properties.

With the traditional processing workflow, projects can take many months to years to complete. It involves the testing and application of dozens of steps such as deghosting, designature, demultiple and regularisation, all designed to overcome the limitations of conventional imaging. These workflows are complex, subjective, and very time-consuming and they rely on many assumptions and simplifications. All of these issues impact the output data quality. The resulting, primary-only data then undergoes a similarly complex model-building workflow to derive an estimate of the subsurface velocity, which is used for depth imaging. Post-migration processing is performed before the pre-stack reflectivity undergoes another workflow to derive rock properties that feed into interpretation, also relying on simplifications of the actual physics.

As well as three-component reflectivity and velocity, DUG Elastic MP-FWI Imaging enables the estimation of fundamental rock properties like P-impedance, density and Vp/Vs from field data, without the need for a secondary amplitude variation with angle (AVA) inversion step. DUG Elastic MP-FWI Imaging simultaneously resolves not only subsurface structural features but also quantitative rock property information while avoiding the need for extensive data pre-processing and (post-imaging) AVA-inversion workflows.

“Elastic MP-FWI Imaging accounts for both compressional and shear waves, handling variations in seismic wave dynamics as a function of incidence angle, including in the presence of high impedance contrasts and onshore near-surface geological complexity,” said Tom Rayment, DUG chief geophysicist. “Multiples and converted waves are now treated as valuable additional signal, increasing sampling, resolution and constraining the inverted parameters.”

DUG managing director, Dr Matthew Lamont, added, “We have invested over a decade of R&D to realise this opportunity. Our new Elastic MP-FWI Imaging technology is the product of a multi-year, significant and ongoing R&D effort, which has seen the continuous integration of complete-physics FWI imaging including viscoelasticity, anisotropy and multi-parameter updates. When using the full wavefield for simultaneous velocity model building, rock property inversion and true-amplitude imaging, a multi-parameter solution is a necessity.”

“The fact that DUG MP-FWI Imaging is delivering material imaging uplifts using field-data input is very powerful, but to couple this with high-resolution elastic rock property outputs for quantitative interpretation is even more exciting, providing immediate opportunities for new surveys and maximising the value of legacy datasets,” said Martin Stupel, geophysical manager, Geophysical Pursuit Inc.

The Sequestri is part of SLB's full suite of complementary CCS solutions. (Image source:SLB)

Technology

Energy technology company, SLB has launched Sequestri carbon storage solutions for the most effective project delivery 

Since long-term carbon storage demands a calculated approach, the new portfolio gives customised hardware and digital workflows for improved decision-making across the full carbon storage value chain, from site selection and planning to development, operations and monitoring.

“Advanced technology solutions have a crucial role to play in shifting the economics and safeguarding the integrity of carbon storage projects,” said Katherine Rojas, SLB’s senior vice president of Industrial Decarbonisation. “The Sequestri portfolio offers a comprehensive suite of solutions that provide the precision, reliability and efficiency needed to advance carbon storage projects at every stage of their lifecycle — driving meaningful progress toward industrial decarbonisation at scale.”

The Sequestri portfolio is anchored by a network of interconnected digital technologies and services for carbon storage that provide a robust foundation for analysis and prediction. These end-to-end digital technologies harness more than 25 years of carbon capture and storage (CCS) project experience to help developers screen, rank, design, model, simulate and analyse every phase of the project lifecycle. The portfolio also includes a range of technologies which have been specifically engineered and qualified for carbon storage applications, from subsurface safety valves and measurement tools to cementing systems, including SLB’s EverCRETE CO2-resistant cement system.

The Sequestri portfolio of carbon storage solutions, together with the SLB Capturi standard, modular carbon capture solutions, provide emitters and project developers with a full suite of complementary CCS solutions to enable decarbonisation at scale from point of capture to permanent carbon storage.

LNG production has reached approximately 2.4mtpa. (Image source: Adobe Stock)

Gas

The FLNG Gimi by Golar LNG Limited has reached commercial operations date (COD) for the 20-year lease and operate agreement with bp for the Greater Tortue Ahmeyim (GTA) project offshore Mauritania and Senegal

This marks a significant milestone for the project partners, as LNG production volumes have successfully been ramped up to a level equivalent to the annual contracted volumes of approximately 2.4 million tonnes per annum (mtpa), or around 90% of nameplate capacity of 2.7mtpa.

The achievement of COD follows first LNG in February and the first LNG cargo in April. The second and third LNG cargo were exported in May and early June respectively and a fourth cargo is currently loading. The fifth cargo is expected at the start of the third quarter. With this expected cargo timing, Kosmos Energy forecasts 3.5 gross cargos in the second quarter.

Achieving COD and the recent ramp up in cargo lifting activity highlights continued strong cooperation between the project partners and Golar. 

 

The new 750-meter quay will double the terminal’s capacity. (Image source: Adobe Stock)

Downstream

As part of production optimisation strategy, the Republic of Congo is advancing investments on infrastructure development

With aims to expand the container terminal at the Port of Pointe Noire, a €230mn in financing has been generated to onboard freight forwarding service Africa Global Logistics (AGL) for the project.

The new 750-meter quay – scheduled for completion by 2027 – will double the terminal’s capacity to 2.3 million containers annually and support the country’s growing oil and LNG exports.
The Pointe Noire project is being executed by AGL’s subsidiary Congo Terminal in collaboration with engineering firm China Road and Bridge Corporation. Backed by both international and Congolese banks, the €400mn platform will include 26 hectares of quayside, a dredged 17-meter-deep basin, and the installation of 16 gantries. It forms a key part of Congo’s strategy to boost hydrocarbon production to 500,000 barrels of oil per day and LNG output to 3 million tons per annum within five years.

In Angola, AGL also launched operations at its Lobito Terminal in March last year. The terminal – Angola’s second-largest port hub – handles over one million tons of bulk cargo and more than 100,000 20-ft equivalent unit containers annually, with 730 employees operating deepwater berths and modern equipment. The project comes at a pivotal time for Angola, which is preparing to bring several major energy developments online between 2025 and 2028. These include the Cabinda Oil Refinery in 2025, the Agogo Integrated West Hub development in late-2025, the Quiluma and Maboqueiro gas fields in 2026 and the Kaminho Deepwater Development in 2028.

Meanwhile, in Ivory Coast, AGL is playing a vital role in Phase 2 of the Baleine offshore development - West Africa’s first net-zero emissions project. In partnership with engineering firm Saipem, AGL began manufacturing critical subsea structures for the Baleine field in April 2024 at its Carena shipyard in Abidjan. The works include anchoring systems and underwater fixtures totaling over 200 tons, to be deployed in ultra-deep waters. AGL has mobilized 100 skilled local workers – including certified welders, painters and crane operators – reinforcing its commitment to local content, capacity building and sustainable energy infrastructure in Ivory Coast’s rapidly growing oil and gas sector.

AGL’s recent activities in Africa align with its broader vision to support the continent’s energy infrastructure. In addition to the Republic of Congo, Angola and Ivory Coast, the company is currently modernising the Walvis Bay terminal in Namibia while playing a key role in major energy logistics across Mauritania, Senegal and Mozambique. 

 

Major operators are increasingly adopt AI. (Image source: African Energy Chamber)

Event News

As Africa is zooming in on brownfield sites for maximum oil recovery, artificial intelligence and machine learning technologies are fuelling the industry's optimisation goals

Redifining operational efficiency by extending field life and maximising output, AI is set to move the oil and gas industry at a US$6.4bn market value by 2030.

As major operators increasingly adopt AI, global oilfield technology companies like Baker Hughes, Halliburton or SLB have opened bases in Africa. SLB's technology is backing several billion-dollar oil projects in Angola, and has introduced the Africa Performance Centre in Luanda this year. It has a strong presence in other regions of Africa as well.

Repsol has several developments underway in Libya, Algeria and Morocco and strives to bolster production across these markets. 

Enhanced oil recovery is currently witnessing a disruption as AI has unlocked access to large datasets which is unimaginable with traditional systems. This makes a huge difference for operators in taking the right decisions. With deep geological and production data in hand, reservoir management and pattern identification become much simpler. 

AI is now way past the experimental stage, and is being adopted on a policy level as well. Many African countries are streamlining policy to support EOR at legacy assets. Angola, for example, implemented its Incremental Production Initiative in 2024 which offers tax incentives to encourage reinvestments in mature oilfields. Energy major ExxonMobil made the first discovery – the Likembe-01 well - as part of the initiative in 2024, demonstrating the role policy plays in unlocking incremental resources. The African Union Commission also declared AI as a strategic priority for the continent in May 2025, citing the role machine-learning plays in transforming the continent’s development trajectory. 

These topics will drive conversations at the African Energy Week (AEW): Invest in African Energies 2025 that will be taking place from 29 September 29 to 3 October in Cape Town. 

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