The system creates multiple precise jetted tunnels branching out from the well into the surrounding formation, increasing reservoir connectivity and enabling improved flow from the reservoir to the wellbore.
Unlike more traditional stimulation methods, Fishbones Jetting provides a more controlled and targeted branching approach to reservoir access. The technology is particularly suited for heterogeneous, low permeability and naturally fractured carbonate reservoirs. Fishbones Jetting ensures deep and uniform stimulation in a short acid pumping operation.
By creating multiple branching lateral flow paths, Fishbones Jetting helps improve drainage efficiency, increase production potential, and maximize recovery from both new and existing wells. The solution can be applied in both new developments and mature assets, supporting operators in improving field economics while reducing the need for additional wells or extensive intervention campaigns.
Key characteristics
- Creates multiple jetted laterals into the reservoir
- Increases effective reservoir connectivity
- Provides mechanical diversion of acid for uniform, deep stimulation
- Improves production and reservoir drainage
- Alternative to conventional acid stimulation & fracturing methods
- Suitable for offshore and high-cost well environments
- Applicable for brownfield optimization and mature fields
- Supports efficient recovery from low-permeability formations
- Applicable in producers and injectors in carbonate reservoirs
Applications
Fishbones branching technologies are proven in a large range of applications.
Dedication. Expertise. Passion.
At Fishbones, we have a fantastic team of passionate individuals with a vast array of skill sets. To make the most of our expertise, we need everyone to be pulling in the same direction, and that starts with a set of core values shaped by the collective.
Proven in the field
Discover how Fishbones technology delivers increased production, improved recovery, and efficient reservoir development across different field conditions and applications worldwide.
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