Reviewed September 2026 against EnkiAI’s carbon capture reporting and KAPSARC (King Abdullah Petroleum Studies & Research Center) technical assessments.

Try it: Run your own numbers →

Saudi Aramco’s exploration and production technology roadmap runs through three areas that are actually funded and dated: carbon capture utilization and storage (CCUS) at Jubail Industrial City, digital reservoir management in upstream fields, and remote sensing for exploration. The one figure with a public number, a date, and a named third-party check is CCUS — a $1.7 billion Jubail hub deployment moving toward 6 million metric tonnes per annum (MTPA) of Aramco’s own capture capacity by 2027, inside a 9 MTPA hub total. Below is what’s published, what isn’t, and how to check each number yourself before you cite it.

On This Page

• The One Fully-Sourced Number: Aramco’s Jubail CCUS Buildout
• Aramco Technology and Innovation in Exploration and Production
• Natural Gas Efficiency and Sustainability Claims — What’s Verifiable
• Aramco’s Exploration and Production Goals for the Next Decade
• Aramco Technology Investment vs. the Natural Gas Industry
• CCUS Capacity & Payback Calculator
• How to Verify These Numbers Yourself
• Where Farmonaut Fits: Satellite Mineral Intelligence for Energy Exploration
• FAQ
• Conclusion

The One Fully-Sourced Number: Aramco’s Jubail CCUS Buildout

Start with the number that has an independent check behind it. Aramco’s carbon capture, utilization and storage program at the Jubail hub represents a $1.7 billion deployment, according to EnkiAI’s 2025 carbon capture analysis of the project. The hub’s total design capacity is 9 million metric tonnes per annum (MTPA) of CO2, with Aramco’s own share of that capacity targeted at 6 MTPA by 2027 — a target that KAPSARC, Saudi Arabia’s own petroleum studies and research center, has independently assessed as achievable in its newsroom review of Aramco’s CCUS goals.

That 2027 milestone isn’t the ceiling. EnkiAI’s reporting on the Aramco-Linde joint venture at Jubail lays out a scaling path to 11 MTPA by 2035, with a longer-term, undated objective of 44 MTPA across Aramco’s full portfolio. For context on where this started: the Uthmaniyah CO2-enhanced oil recovery (EOR) facility, Aramco’s operating CCUS baseline, currently captures 0.75 MTPA — per KAPSARC’s technical assessment covering 2024-2025 — which is the actual starting point the 2027 and 2035 targets are measured against, not a hypothetical zero.

Read the scale correctly: 6 MTPA of CO2 is roughly the annual emissions of a mid-sized coal-fired power plant, captured and either stored or used for enhanced oil recovery instead of vented. Going from 0.75 MTPA (Uthmaniyah today) to 6 MTPA (Jubail, 2027) is an 8x increase in three years — the reason KAPSARC’s independent feasibility review matters more than a press release would. For the underlying figures, see EnkiAI’s 2025 CCUS strategy report, KAPSARC’s newsroom assessment, and EnkiAI’s coverage of the Aramco-Linde joint venture.

Aramco Technology and Innovation in Exploration and Production

Aramco’s exploration and production technology stack is organized around three deployed categories: AI-driven reservoir modeling, autonomous inspection (drones and predictive maintenance), and remote-sensing-based geological mapping. Here’s what’s claimed for each, and — critically — what’s actually documented versus what isn’t.

1. AI-Driven Reservoir Management (Digital Reservoir Twins)

Aramco uses digital twin modeling — simulated 3D representations of oil and gas reservoirs fed by real-time sensor data — to guide extraction decisions on mature fields. The company’s own marketing materials cite recovery improvements from this approach, but a specific, peer-reviewed, or filed percentage was not locatable in public investor documents as of this review. If you need a defensible number for this, the two closest verifiable paths are: (1) Aramco’s annual sustainability report, which sometimes carries operational efficiency commentary tied to specific fields, and (2) SPE (Society of Petroleum Engineers) technical papers co-authored by Aramco engineers, which go through peer review and typically name the field and dataset. Neither of these constitutes a single industry-wide percentage, and any number presented as one without that grounding should be treated skeptically.

2. Autonomous Inspection: Drones and Predictive Maintenance

Aramco has publicly discussed autonomous seismic acquisition (technologies like SpiceRack-class systems) and drone-based pipeline and refinery inspection. What isn’t published: the current number of units deployed, a verified downtime-reduction percentage, or a cost-savings figure tied to a specific facility or year. Treat any “reduces downtime by X%” claim you see elsewhere on this topic as unsourced unless it links to an Aramco investor filing or a named case study — this review could not locate one.

3. Remote Sensing for Exploration and Geological Mapping

Satellite and airborne remote sensing shortens the mapping phase of exploration by covering large areas non-invasively before any ground crew is mobilized — this is a structural advantage of the method, independent of any single company’s claimed numbers. For a technical walkthrough of how multispectral and hyperspectral satellite data get converted into subsurface mineral and structural targeting — including for oil and gas adjacent exploration — see Satellite-Based Mineral Detection, which covers the mechanics rather than a single company’s marketing figures.

A companion resource worth pulling alongside this: Aramco doesn’t operate in isolation on exploration and production technology — regional peers are running comparable digital and remote-sensing programs. Our coverage of Shell’s oil and gas operations across Saudi Arabia and the UAE lays out how a second major operator in the same region is approaching the same technology categories, which is a useful check on whether a given Aramco claim is an industry norm or a genuine differentiator.

Natural Gas Efficiency and Sustainability Claims — What’s Verifiable

Aramco describes natural gas as “nearly half” of total production in its public materials, but a current production breakdown in barrels of oil equivalent (BOE) per day, split between crude and gas, was not available in the sources gathered for this review. If you need that figure for a specific analysis, Aramco’s annual report (published each year, typically Q1 or Q2, covering the prior year’s actuals) is the primary filing to pull it from — the 2026 actuals are expected in the Q2 2027 report.

Where natural gas efficiency claims intersect with something concrete is CCUS, since a meaningful share of Aramco’s capture volume is tied to gas processing and EOR operations rather than crude alone. The Jubail hub’s 9 MTPA total capacity and Aramco’s 6 MTPA share of it (both 2027 targets, per KAPSARC and EnkiAI) are the closest thing to a sustainability-and-efficiency number that’s both dated and independently reviewed. Carbon intensity — reported by Aramco as kilograms of CO2-equivalent per barrel of oil equivalent (kg CO2e/boe) — is the metric to track for gas efficiency specifically, but it updates with a one-year lag in each annual sustainability report, so any figure you see is necessarily describing the prior year, not the current one.

Blue Hydrogen: Named but Not Quantified

Aramco emphasizes blue hydrogen (hydrogen produced from natural gas with carbon capture attached) as part of its future energy mix, but this review found no published current production volume or signed offtake agreement figure. If a blue hydrogen production number appears in press coverage, verify it traces to a specific signed agreement rather than a stated ambition — the distinction between “planned capacity” and “contracted volume” is where most hydrogen-economy claims in this sector overstate the current state.

Aramco’s Exploration and Production Goals for the Next Decade

The single most concrete decade-scale figure in Aramco’s public technology roadmap is the CCUS scaling path: 6 MTPA (Aramco’s Jubail share) by 2027, rising to 11 MTPA by 2035, against a long-term company-wide ambition of 44 MTPA with no fixed date attached. That 2027-to-2035 gap — an increase of roughly 5 MTPA over eight years — is the clearest “next decade” commitment with numbers behind it that this review could locate.

Beyond CCUS, Aramco’s other stated “next decade” goals — expanded gas processing, refining upgrades, digital field integration — are described in the company’s own materials without the kind of third-party capacity figure that CCUS has. That asymmetry is worth naming plainly: if you’re being asked to evaluate “Aramco’s future exploration and production goals,” CCUS is the one category you can cite with a number and a check; the rest should be described as directional commitments, not quantified targets, until Aramco’s own annual filing publishes a harder figure.

Aramco Technology Investment vs. the Natural Gas Industry

A direct, apples-to-apples comparison of Aramco’s technology R&D spend against other natural gas industry players requires a figure this review could not source: Aramco’s most recent annual R&D investment total. Aramco does publish this in its annual sustainability report, but the report covering the current fiscal year is not yet out — the next update with 2026 actuals is expected in Q2 2027, per Aramco’s standard publication cadence.

What can be compared today is capital committed to a single, named project: the $1.7 billion Jubail CCUS deployment. That figure is a project-level number, not a company-wide R&D total, so treat any comparison built from it as a floor on Aramco’s carbon-capture-specific spend rather than a total technology investment figure. For an industry-wide comparison, the two filings to pull once available are Aramco’s annual sustainability report (R&D total) and the IEA’s (International Energy Agency) annual CCUS investment tracking, which benchmarks capital committed across operators globally.

CCUS Capacity & Payback Calculator

Use Aramco’s own published Jubail figures to model what a comparable CCUS investment looks like at a different capacity or capital scale — enter your own capture target and cost assumptions below rather than relying on Aramco’s specific $1.7B/6 MTPA ratio as a fixed rule.

Assumptions: this is a simple payback model only — it ignores financing cost, operating expenses, tax treatment, and the fact that carbon prices and EOR values fluctuate over a project's life. It excludes construction timelines, so a project rated at "6 MTPA by 2027" isn't generating full value from year one. Use it to compare scenarios, not to price an actual investment.

How to Verify These Numbers Yourself

Every figure in this article carries a vintage. Here's how to check whether it's still current:

• CCUS capacity targets: Track Jubail Industrial City announcements and Aramco's official newsroom for milestone updates; these post on a rolling basis, not a fixed quarterly schedule.
• Annual R&D investment and production breakdowns: Aramco's annual sustainability report, published each year in Q1 or Q2, covering the prior year's actuals. The report with 2026 data is expected Q2 2027.
• Carbon intensity (kg CO2e/boe): Also in the annual sustainability report, always one year behind the report's publication date — treat any figure as describing the prior year, never the year you're reading it in.
• Independent technical review of Aramco's own claims: KAPSARC (King Abdullah Petroleum Studies & Research Center) publishes third-party assessments of feasibility, which is a useful check against Aramco's own press language.

Where Farmonaut Fits: Satellite Mineral Intelligence for Energy Exploration

Oil and gas exploration technology and mineral exploration technology increasingly draw on the same underlying method — multispectral and hyperspectral satellite data used to identify subsurface targets before any ground crew mobilizes. Farmonaut applies this to mineral exploration specifically, which is relevant to energy companies diversifying beyond hydrocarbons or scouting critical minerals adjacent to existing concessions.

What the Method Delivers

• 🌐 Coverage: Remote analysis across large basins regardless of terrain, without a ground survey as a precondition.
• 🛰️ Data type: Multi- and hyperspectral satellite imagery mapped to structural geology and mineral alteration signatures.
• 📈 Deliverables: Prospectivity heatmaps, structural geology overlays, depth estimation, and drilling guidance, delivered as a report — see the Satellite-Driven 3D Mineral Prospectivity Mapping sample for what the output actually looks like.
• 💚 Ground disturbance: None at the exploration-targeting stage, since no equipment or crew is required to generate the initial map.

Workflow

1. Define the exploration area and target resource (mineral or hydrocarbon-adjacent).
2. Farmonaut's team selects the spectral bands and analytics workflow suited to that target and terrain.
3. Delivery of a full report — mapping, depth estimation, and commercial recommendations — typically within 5 to 20 business days of data selection.

FAQ

Conclusion

Aramco's exploration and production technology program has one category you can currently cite with a number, a date, and an independent check: CCUS at Jubail, moving from a 0.75 MTPA operating baseline to a 6 MTPA 2027 target inside a 9 MTPA hub, scaling toward 11 MTPA by 2035 and an undated 44 MTPA long-term objective. Everything else in the "innovations" conversation — AI reservoir modeling, autonomous inspection, refining upgrades, blue hydrogen — is real activity but not yet backed by a public, filed figure with a third-party check attached. That distinction is the durable spine of this page: it doesn't expire when this year's number changes, because the method for telling a sourced claim from a marketing claim stays the same regardless of which year you're reading this in.

For exploration technology that applies the same remote-sensing logic to mineral targeting rather than hydrocarbons, Get Quote or Contact Us to discuss a project.