Fishbones Branching Technologies offer a highly attractive solution for geothermal wells by increasing connectivity between the wellbore and the surrounding rock formation. By creating multiple branches extending from the main wellbore, the technology exposes a significantly larger reservoir volume and connects layers with poor vertical permeability. This improves the inflow and outflow of geothermal fluids, resulting in higher energy extraction rates and enhanced well productivity.
In many geothermal developments, reservoir permeability is the primary constraint on commercial performance. Fishbones Branching Technologies increase connectivity to existing natural fracture networks, enabling fluids to access a larger portion of the reservoir. By intersecting more fractures, the technology can improve injectivity and productivity while reducing pressure losses near the wellbore.
Fishbones technologies are also particularly well suited for geothermal and mineral extraction projects in carbonate formations, where the ability to distribute acid deeply and uniformly throughout the reservoir can further enhance well productivity and injectivity.
How we add value
- Increased reservoir contact area and heat exchange surface
- Improved connectivity to natural fracture networks
- Higher injectivity and production rates
- Eliminated induced seismicity risk from stimulation
- Improved long-term heat recovery and reservoir sweep
- Fewer wells required to achieve field development objectives
- Reduced surface footprint and environmental impact
- Enhanced economics through increased energy production per well
Specialized well services across the full lifecycle
