Fishbones Branching Technologies are particularly effective in layered reservoirs where low vertical permeability limits fluid flow and communication between reservoir layers. In such environments, hydrocarbons, geothermal fluids, or injected fluids may be confined to individual layers, reducing reservoir drainage efficiency and overall well performance.
By creating multiple branches from a single main wellbore, Fishbones technologies establish direct pathways into multiple reservoir layers, increasing reservoir contact and improving connectivity across the formation. This enables fluids to access productive intervals that may otherwise remain poorly connected to the wellbore due to permeability barriers or geological heterogeneity.
The increased reservoir exposure enhances inflow and outflow performance while reducing pressure losses near the wellbore. Rather than relying on natural vertical communication between layers, Fishbones branches directly connect the wellbore to a larger portion of the reservoir, allowing each layer to contribute more effectively to production or injection.
In addition, the Fishbones Drilling and Jetting technologies can facilitate the placement of stimulation fluids, such as acid, deeper into the formation and across multiple reservoir layers. This can further improve productivity and injectivity in laminated sandstones, carbonates, and other stratified reservoirs where conventional stimulation treatments often provide limited vertical coverage.
As a result, Fishbones Branching Technologies help operators overcome low vertical permeability challenges, improve reservoir connectivity, increase recovery, and maximize the value of each well by accessing a greater volume of the reservoir from a single wellbore.
How we add value
- Controlled and precise reservoir access
- Improved production through enhanced reservoir connectivity
- Lower operational complexity
- Efficient reservoir development
- Increase recoverable reserves
Specialized well services across the full lifecycle
