Technology Overview

‍

What is multi-stage pinpoint fracturing?

‍

Multi-stage pinpoint fracturing is an advanced stimulation technique that enables targeted fracture initiation and treatment at specific wellbore intervals. Unlike conventional approaches where multiple zones are treated together, pinpoint execution allows each stage to be designed and pumped based on its own reservoir characteristics and risk profile.

‍

The method typically combines: coiled tubing for precise tool positioning, hydrajet (abrasive jetting) perforating to establish clean communication channels, dynamic isolation to separate stages, and real-time monitoring to optimise treatment response.

‍

Key advantages over conventional methods

Technical Process

‍

The pinpoint fracturing workflow

‍

Multi-stage pinpoint fracturing follows a structured workflow built to maximise reservoir contact while keeping execution repeatable across stages.

‍

Phase 1: Pre-treatment planning

1. Reservoir characterization: Detailed analysis of petrophysical properties, stress profiles, and formation behaviour.
2. Zone selection: Identification of productive intervals using log data, core analysis, and production history.
3. Treatment design: Customized stage-specific fracture geometry and fluid system selection.
4. Equipment mobilisation: Deployment of coiled tubing unit, fracturing spread, and monitoring set-up.

‍

Phase 2: Execution

1. Coiled tubing deployment: Precise positioning of bottomhole assembly at target depth.
2. Hydrajet perforating: Abrasive jetting creates clean perforation tunnels, with penetration depths of 5–8 inches achievable.
3. Dynamic isolation: Zone separation achieved through differential pressure or mechanical packers.
4. Fracture initiation: Controlled pumping to create hydraulic fracture at the intended interval.
5. Proppant placement: Optimized proppant concentration and volume for sustained conductivity.
6. Sequential treatment: Repositioning and repeating process for subsequent zones.

‍

Phase 3: Post-treatment

1. Flowback and clean-up: Controlled fluid recovery to minimise formation damage.
2. Production logging: Verification of contribution from each treated zone.
3. Performance analysis: Comparison of actual results vs. design parameters.

‍

Documented Industry Results

‍

Pinpoint fracturing has been applied globally across diverse reservoir types, with documented performance improvements that validate the technology's effectiveness.

‍

Global performance metrics

Production enhancement mechanisms

‍

Reported production gains from pinpoint fracturing are typically driven by a combination of execution and reservoir-contact advantages:

‍

• Maximized reservoir contact: Each zone receives dedicated stimulation, reducing the risk of bypassed pay seen in commingled treatments.
• Optimized fracture geometry: Treatment parameters tuned per interval to improve fracture dimensions and effectiveness.
• Clean perforations: Hydrajet perforating can create wide, clean tunnels without the crushed-zone damage associated with explosive charges.
• Uniform proppant distribution: Precise stage-level placement supports more consistent conductivity across treated intervals.

ABRAJ Energy Services Capabilities

‍

Market leadership

‍

ABRAJ Energy Services has established itself as the preeminent fracturing services provider in Oman, with capabilities supporting programmes across the GCC. As the first MENA-based company to launch integrated fracturing services, ABRAJ has expanded local execution capability for complex stimulation programmes, including deep and tight gas applications where multi-stage delivery and operational discipline are critical.

‍

Current Market Position

• 33% market share in Oman's fracturing sector (2024)
• Two dedicated fracturing fleets supporting PDO Central Oman Gas Fields
• Strategic partnerships with major national and international operators
• Pre-qualified to operate in 6 countries globally

‍

Fleet and equipment

Technical validation and industry engagement

‍

ABRAJ’s technical capability is supported through technical publications and industry participation, including:

‍

• IPTC-24420-MS: "Enhancing Reservoir Productivity in Carbonate Formations: Propped vs. Acid Fracturing Strategies at the Lekhwair Area" — joint technical paper with PDO presented at the International Petroleum Technology Conference (2024).
• SPE International Hydraulic Fracturing Conference 2025: Official sponsor and technical presenter, showcasing heavy oil development and record-breaking fracturing operations.
• Proprietary ABRAJ fluid systems: Customised fracturing fluid designs presented through industry conferences and technical sessions.

‍

Regional Context: Oman's Tight Gas Opportunity

The strategic importance of fracturing

‍

Oman’s gas growth increasingly depends on the successful development of tight gas reservoirs, where hydraulic fracturing is not optional but fundamental to commercial well performance. As Dr. Ali Al Ghaithy, Petroleum Engineering Director at PDO, has stated:

‍

"If you look at our gas business, all our reservoirs currently are very tight and we have to frack all our gas wells. This means, to make the wells economical, we have to apply fracturing technology."

‍

Major tight gas developments

‍

• Khazzan Field (BP Block 61): Reported production of ~1.5 Bcf/d from tight reservoirs at 4.5–5.0 km depth, representing approximately one-third of Oman's total gas supply.
• Khulud Field (PDO): Described as “pushing the envelope” in tight gas development at ~5.5 km depth, deeper and tighter than Khazzan.
• Central Oman Gas Fields: Ongoing fracturing activity supported by ABRAJ’s dedicated fleet.

‍

The strategic importance of fracturing

‍

Oman’s Cretaceous carbonate formations, including Natih C1, Shuaiba, and Lekhwair, introduce stimulation challenges where zone-selective execution can be a material advantage:

‍

• Low mobility: Realised mobility can be lower than initial projections, increasing the need for effective stimulation.
• Heterogeneity: Vertical and lateral variability often requires zone-by-zone treatment to avoid uneven stimulation.
• Treatment selection: Interval screening to determine the right approach (e.g., acid vs. propped strategies) for each zone.
• Completion efficiency: Ensuring all productive intervals contribute, rather than leaving pay behind due to commingled treatment bias.

Conclusion

Multi-stage pinpoint fracturing is a critical enabling technology for the economic development of Oman’s tight gas and complex carbonate reservoirs, particularly where heterogeneous intervals benefit from stage-by-stage stimulation and stronger control of interval contribution.

Reported outcomes in comparable applications indicate ~30% to >130% production uplift ranges depending on reservoir type and execution context. In Oman, ABRAJ’s capability to deliver integrated stimulation at programme scale is supported by its position as the first integrated fracturing services provider in the MENA region, a reported 33% market share in Oman (2024), and 35,000 HP of hydraulic fracturing fleet capacity.

‍

ABRAJ’s technical depth is reinforced through joint technical work with PDO (including peer-reviewed conference publications), ongoing programme delivery, and continued fleet and capability investment. As Oman advances tight gas developments, demand for precision stimulation services is expected to increase, and ABRAJ is positioned to support this requirement through integrated execution, disciplined planning, and repeatable operating controls.