EverReady™
No-access, MWD-style magnetic ranging computed from your existing steering data, on short notice, processed remotely.
EverReady™ pairs with virtually any industry-standard MWD or wireline steering tool to compute distance and direction between wellbores, no specialized hardware, no dedicated wireline runs, processed remotely anywhere in the world.
EverReady™ uses the sensor data from the operator's chosen MWD provider to collect everything needed to calculate distance and direction between wellbores. Because it's non-vendor-specific, there's no mobilization downtime and no on-site field engineer requirement, all data is processed remotely, on land or offshore.
A proprietary algorithm delivers actionable reports including an automatically generated well plan to intersect or avoid the target, eliminating costly, time-consuming wireline runs, reducing personnel on site and removing the associated HSE risk.
Most recently, using third-party wireline and MWD steering tools, EverReady™ identified, approached, contacted and milled into a 93-year-old cased wellbore, then ran the work string 2,500 ft to bottom to complete its abandonment, the first no-access, MWD-style ranging system to accomplish milling and re-entry of a target wellbore.
- ·Relief well intercept & dynamic kill
- ·Plug & abandonment intercept
- ·Open-hole re-entry below a fish
- ·Collision avoidance
- ·Wellbore twinning
- ·Casing-top / top-of-stump identification
Wired-pipe active magnetic ranging that turns the relief well into a ranging-while-drilling operation.
A no-access wireline active ranging system built from the ground up for first-time intersection.
Real-time magnetic ranging inside a fully pressure-contained coiled-tubing drilling assembly.
Real-time ranging data at the bit, vendor-neutral, and deployable in virtually any BHA.
A casing-magnetization service that strengthens the passive ranging signal, for detection where active ranging struggles.
The only commercial end-to-end ranging software in the industry.
Turns intercept geometry into real-world milling parameters.