Extended Reach Tool
Extended Reach Tool
As lateral length and complexity of unconventional wells increase, it becomes essential to have
the right selection of tools to reach TD in the shortest amount of time possible.
RAPTOR extended reach tool generates high-amplitude, short-duration pressure pulses
at the right frequency that translate into forces along the pipe.
These forces, combined
with mechanical vibrations on the remaining two axes, reduce friction between the pipe
and the casing and help getting the BHA to TD.
Every RAPTOR is tuned for each specific application, based on available flow rate,
pipe and casing size among other parameters.
As lateral length and complexity of unconventional wells increase, it becomes essential to have
the right selection of tools to reach TD in the shortest amount of time possible.
RAPTOR extended reach tool generates high-amplitude, short-duration pressure pulses
at the right frequency that translate into forces along the pipe.
These forces, combined
with mechanical vibrations on the remaining two axes, reduce friction between the pipe
and the casing and help getting the BHA to TD.
Every RAPTOR is tuned for each specific application, based on available flow rate,
pipe and casing size among other parameters.
—It can be set up for different levels of intensity depending on the application.
—Low average pressure drop across the tool.
—Only 3.7 ft. long.
—Different configurations for a wide range of downhole temperatures and fluid systems.
— Engineered for harsh conditions, RAPTOR is one of the most reliable tools in the market.
Our operational base in Neuquén, Argentina, has a world class testing facility capable of measuring and registering every relevant parameter allowing us to accurately tune every tool before it is sent to location.
Extended Reach Tool
Extended Reach Tool
As lateral length and complexity of unconventional wells increase, it becomes essential to have
the right selection of tools to reach TD in the shortest amount of time possible.
RAPTOR extended reach tool generates high-amplitude, short-duration pressure pulses
at the right frequency that translate into forces along the pipe.
These forces, combined
with mechanical vibrations on the remaining two axes, reduce friction between the pipe
and the casing and help getting the BHA to TD.
Every RAPTOR is tuned for each specific application, based on available flow rate,
pipe and casing size among other parameters.
As lateral length and complexity of unconventional wells increase, it becomes essential to have
the right selection of tools to reach TD in the shortest amount of time possible.
RAPTOR extended reach tool generates high-amplitude, short-duration pressure pulses
at the right frequency that translate into forces along the pipe.
These forces, combined
with mechanical vibrations on the remaining two axes, reduce friction between the pipe
and the casing and help getting the BHA to TD.
Every RAPTOR is tuned for each specific application, based on available flow rate,
pipe and casing size among other parameters.
—It can be set up for different levels of intensity depending on the application.
—Low average pressure drop across the tool.
—Only 3.7 ft. long.
—Different configurations for a wide range of downhole temperatures and fluid systems.
— Engineered for harsh conditions, RAPTOR is one of the most reliable tools in the market.
Our operational base in Neuquén, Argentina, has a world class testing facility capable of measuring and registering every relevant parameter allowing us to accurately tune every tool before it is sent to location.