True Shot

  Simply put, an accelerometer is a small tool that can measure the acceleration of an object. It has many applications, including in aviation and space flight, automotive crash tests, underwater exploration, robotics as well as in the oil and gas exploration industry. Learn why MWD downhole tools  have an accelerometer. How Does it Work? A typical MWD system consists of a downhole tool that has an accelerometer embedded in it. The tool is lowered into the well to measure variables such as azimuth and borehole inclination of the well. The critical data then gets transmitted back to surface processing systems, where they can be analyzed by engineers to determine how best to operate the wells. Benefits of Accurate Accelerometer Imagine driving an expensive vehicle like a  Lamborghini  while you are blindfolded. Sounds silly, right? Drill operators face similar challenges if they don't have the right MWD system with accurate accelerometers. They simply won't be able to optimize an

  Drill operators make use of different directional drilling techniques to make their operations more optimized and increase both efficiency and  safety  in the process. Two such techniques are LWD and MWD. Learn about them in this blog. What is MWD? Measurement while drilling (MWD) is the process of taking measurements such as wellbore trajectory, pressure, and temperature. Real-time data is generated from the accelerometer embedded in the drill string, which helps guide the drill operator regarding the azimuth and inclination of the borehole. MWD helps identify potential problems with good performance. What is LWD? Logging while drilling (LWD) makes use of logging tools at the bottom of the assembly to measure variables such as mud weight and pore pressure estimates. The logging equipment provides subsurface formation data as well as provide information about the quality of the reservoir. Logging while drilling solutions help decrease costs to build a rig and help increase the value