We have been pioneering branching since 2004
For over 20 years, we have advanced and industrialized branching well stimulation, evolving from a challenger concept into the established leader in reservoir connectivity solutions. By offering a precise branching approach, we help operators access more of the reservoir with less fluid, less energy and less complexity.
Defining the reservoir connectivity category
With branching, we use many small lateral channels that jet or drill from the main wellbore into multiple layers of the formation. This exposes more reservoir rock, targets sweet spots and bypasses damaged zones, delivering accelerated production and higher recovery factors from your assets. Over the years, we have refined our portfolio into tailored jetting and drilling solutions that integrate seamlessly with existing completion hardware and workflows.
We work closely with operators across oil and gas, geothermal and emerging carbon‑storage applications, providing practical ways to de‑risk projects while achieving premium performance. By combining advanced engineering with field‑proven reliability built over nearly two decades of branching operations, we define and lead the reservoir connectivity category.
We exist to unlock hidden value for operators, driving higher production and increased profitability from assets that matter most.
The leading provider of branching reservoir technologies
Fishbones’ patented technologies deploy subs with Fishbones needles, which are run on a reservoir liner string in the open hole. In a short pumping operation, numerous branches are created to connect the reservoir.
Proven across some of the world's most complex environments
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.
Reduce your CO2 emissions
By reducing your well count, and by eliminating the need for high-pressure pumping services and reduction in rigtime, the potential for reduction in CO2 emissions from your operations is significant.
