New Advances Drilling Technology For Down-Hole are constantly being develop to improve the performance and efficiency of oil drilling. It is important for oil companies to keep up with trends in advance drilling technology for down-hole functions. Saving time, keeping costs low and minimizing the margin for possible human error are legitimate reasons why companies need to take the necessary steps to ensure that quality tools are use and invest in certain high-tech devices. Baker Hughes has been developing technology solutions in the oil and gas drilling technology for down-hole industry for more than a century. The company serves the needs of oil companies around the world and is constantly striving to find better and more profitable ways for these companies to do business.
Well organization takes place during drilling technology
Exploration and drilling technology for down-hole can be a delicate and dangerous process. Having the right equipment can make a big difference in an oil rig or in the oil field. Recovery times are faster, efficiency is higher, and decision making is generally faster with the right tools. Well classification or well organization takes place during drilling technology for down-hole of wells where the horizontal or vertical narrow shaft is drill to extract the oil or gas. The log includes the process of surveying and recording specific details of geological formations that have penetrate the well. Baker Hughes and other solution-base companies have develop highly sophisticate recording-under-drilling technology for down-hole (LWD) devices that help with the inspection process, ensuring that measurements and other details found during well inspection are accurately record.
However, log-while-drilling technology
Previously, in order for oil and gas companies to record measurement information from inside the well, a cable or cable type was attach to units of measurement or other equipment and then drop into the open passage. Multiple devices can be connect to the cable at the same time for multiple functions. However, log-while-drilling technology for down-hole (LWD) technology has almost completely replace the wireline technology for measuring data. Now, specific information can be immediately taken from the well and transfer in virtually real-time to on-site computer stations or the office base. In addition, workers can get a closer look at the inside of the drilling technology for down-hole well for closer inspection.
Deep azimuth drilling technology
Baker Hughes invent the INTEQ AziTrak ™ deep azimuth drilling technology for down-hole resistivity LWD system, an advance sensor technology that enables a more detail and faster bore down-hole display than a conventional sensor. This system works like a GPS system and is design to allow oil rig workers to have a 360-degree perspective of the bed ;boundaries and oil and water contact zones. Workers have better opportunities to measure, detect and visualize when inspecting a drilling technology for down-hole well. This technology is compact and sits close to; the bit for advance reservoir navigation.
Down-hole is particularly useful in reservoirs
Evaluation and registration of wells drilling technology for down-hole is perform in real time with this product, as non-productive intervals are also identify. Through this process, the well can be control; to avoid getting out of the reservoir. In addition, workers can make more precise decisions about the location of wells, which means greater efficiency. According to the Baker Hughes website, “the drilling technology for down-hole is particularly useful in reservoirs; associate with a high degree of geological uncertainty.
Especially useful for challenging well drilling technology
Early detection of non-productive zones allows for; on-the-go adjustments.” In addition to horizontal and high-angle wells, well placement will be more accurate with this technology. The 3D explorer (3DeX) service is another; drilling technology for down-hole computing technology; develop by Baker Hughes. This tool allows you to; accurately measure and calculate the resistance of the vertical; and horizontal formation. This device is especially useful for challenging well drilling technology for down-hole environments.