Automation: On the cusp of transformation. Autonomous drilling system, open- platform rig control system, drill floor robots among innovations pushing drilling to next level. No longer a pie- in- the- sky idea, drilling automation is fast becoming reality, driven primarily by the need for greater safety and efficiency. Leading the way is a mix of major operators, drilling contractors, rig designers and entrepreneurial innovators who are applying lessons from the aeronautics and auto industries and looking to NASA for solutions to propel drilling to the next level. A Norwegian company is developing a system to completely robotize the drill floor in a joint industry project with three major operators. A wireless gamepad (left) is used to control a live feed from a fully robotized single- pipe drilling rig at Robotic Drilling Systems. Software is used to work with fully robotized pipe handling (middle) and fully robotized insertion of a bottomhole component (right) at the facility. After decades of discussion and debate, the industry has reached a tipping point, standing at the brink of what may become the biggest and most sweeping change it has ever faced – automation. No longer a pie-in-the-sky idea. Registering is required to take orientations for Shell Americas Work Sites. Please enter the requested information and click the 'Register' button. If you do not have an email address, leave the field blank and you will have. BACKGROUND OF THE INVENTION. The invention relates to linear electric motors, and more particularly to such motors for downhole use in oil wells, and most particularly to such motors for operating sucker rod pumps in oil wells. But will it be a revolution or an evolution? While many see automation as inevitable, there is no consensus over how to get there. For some, automation simply means a shift to a robotized process, with machines doing everything from picking up pipe to initiating the drilling process. Others want to take a more pervasive approach that would mean more than mechanization and where workers. Canrig and Nabors have launched a major project to develop and build a highly automated land rig, with construction set to begin next year. The industry is struggling right now over the idea that automation has to be an either/or proposition. The rigs of tomorrow will likely be considerably more autonomous, or self- directed, and designed or retrofitted with state- of- the- art technology that will do everything from link the drilling process to the well plan, to eliminate dangerous and repetitive tasks. A significant factor in the automation push has been the boom in US shale plays, where the high density of similar wells provides an ideal opportunity to introduce automation, which carries the best advantages when repetition is involved. Other units are being tested in the Marcellus and Eagle Ford plays in the US. If early implementations are successful, Shell plans to roll out the system in the US by the end of the year. The company hopes to deploy a fully commercialized system as early as 2. China and Australia. Shell. The company is currently testing prototypes of its SCADAdrill system in The Netherlands and the Marcellus and Eagle Ford plays. As early as 2. 01. Shell hopes to deploy a fully commercialized system in areas with high well density, including the Eagle Ford, Marcellus and Monty (Canada) plays, and in China and Queensland, Australia. Developed in 2. 00. It monitors drilling parameters, determines appropriate controls that need to be communicated back to the rig and navigates the course of the wellbore. The system is being enhanced to perform consistent and reliable directional drilling. In this mode, it will automatically orient the tool face and slide- drill the required distance in the required tool face to correct the actual well path to the preprogrammed well path. When the bottom of the joint is reached, it circulates the appropriate amount of fluid and presents the tool joint at the correct height for the driller to engage the system and allow the crew to set the slips and make the connection. What the system will do is take over the simple, repetitive tasks a rig worker does in a typical 1. Mr Anderson explained. The company recently introduced the Sitrans FC4. Coriolis flow measurement technology that can communicate digitally with control systems and programmable logic controllers, and with mobile phones via HTML. The meters deliver a higher level of accuracy than conventional analog flow meters used for measuring return flow on rigs. Analog flow meters often present barriers because they are not precisely accurate or repeatable. Sensor performance is often skewed well before the time the meters require manually recalibration, a task required by the API. Roughneck City Oilfield Products. Copyright 2016 Roughneck City LLC. Learn about the Electric Submersible Pump industry,its history,products,companies,artificial lift esp training here. With digital flow meters, the data is coming digitally from the sensor, which delivers a higher degree of precision, speed and accuracy on what is actually being measured. Volumetric measure can easily be miscalculated . The meter measures the flow and density for separating oil and water and other fluids, so the operator can determine how to treat what is coming out of the ground. Nowadays, operators need to know exactly how much oil is contained in every barrel. Post Your Resume Send your resume to [email protected] All resumes will be screened for relevant experience. The OilandGasPages.com is the most powerful reference and guide for all Oil and Gas in Middle East and other countries. It promotes all firms, products and suppliers particularly related to Oil, Gas, Energy and Petrochemical. The system encompasses a new operating control software platform with a planning component that builds the well program into the control system. This allows the rig to automatically follow the well plan. The key objectives are to improve operational safety, reduce nonproductive time, reduce well construction time by 3. The solid steel expandable casing patch has elastomeric bands attached to the top and bottom; it is deployed on a stick or coil tubing. Once expanded, the elastomers anchor the system to the base pipe and the shoe. Auctions for the sale of surplus, salvage, scrap, damaged, bankrupt inventories for asset recovery, insurance, transportation, manufacturing, oil and gas industries. Manufacturing; Al-Rushaid Trading Co. Services > Products and Equipment > Manufacturing > Al-Rushaid Trading Co. Al-Rushaid Trading has always laid great emphasis on supplying state-of-the-art technology & equipments along. The rig also will be able to run with fewer people. The system is currently using high- speed downhole data to control the drawworks and was used recently on a well in the Marcellus. The open system, or platform, concept means the surface control system will have an application management system, allowing any company, for example, to write an . The open- system concept allows any company to write . This system removes the guesswork and delivers a lot of standard safety features that don. The system has allowed the company to achieve scalability in automation implementation. Automating step by step. However, as industry moves forward with automation, added value for the customer, culture and scalability must be considered as well, said Canrig. The design is intended to reach a broad range of markets and may have multiple versions as a function of depth. Our philosophy involves looking at the pieces we want to automate . We evaluate whether we are automating something for the sake of automation, or creating something valuable for our clients. As automation gets more complex, the cost increases. The first phase of the technology allowed a directional driller to use the top drive to oscillate the drill string and break up friction in order to speed up the drilling process when sliding. The second generation, ROCKIT HEADS UP DISPLAY, is a feedback system that helps the directional driller slide more effectively by scoring how well he or she is keeping the angle of the tool face. ROCKIT PILOT automates the process, eliminating the third- party directional driller. For example, REVit, which mitigates stick- slip, was installed on more than 5. Robotics has played a huge role in the automation process, but integrating the various stages of a robotized process . Challenges related to mobility, as mobile rigs are harder to retrofit, the number of older, working rigs that will take time to retire and obstacles to repetition also must be overcome. By making up the casing and drill pipe off the critical path, the operator was able save approximately 2. System takes hands out of pipe- handling. By Katie Mazerov, contributing editor. Pipe- handling, considered one of the most hazardous and time- consuming. To enhance safety, lower costs and reduce nonproductive time (NPT), Weatherford has enhanced its Tubular Management Services to provide an offline mechanized and hands- free system at the well site for the make- up of connections and moving pipe from rack to rack, reducing the use of mobile machinery and cranes. The system is ideal for situations where there are a lot of rig moves or batch- setting operations, because we don. When possible, the drill strings can be transported in doubles to the next location, saving further critical path time. Historically, the system was located mainly in workshops. Advancements in the applications now allow the technology to be deployed to field locations and well site operations. Using the horizontal offline make- up and handling system, the casing and tubular pipe are laid out horizontally for inspection and preparation and rolled with a hands- free mechanism onto the loading table, which feeds the pipe into the bucking unit machine. The bucking machine makes up the connections and automatically feeds the drill pipe and completion tubulars out so they can be transported to the drill floor. The rig crew can make up the connections offline in a controlled environment while critical path drilling continues. For this situation, the operator wanted to make up double stands of 1. The system was also used in the handling and break- out of drill pipe doubles on location. The preparatory services were done at an existing facility, and the single joints were shipped to the rig location for the bucking process. The mobile bucking and handling system included Weatherford. The system also broke down the drilling tool assemblies on location and provided a mechanized system from pipe rack to pipe rack, reducing the use of cranes. Comparing the HOM system and application with conventional pipe- handling and running methods, the HOM application reduced time on operations requiring tubular and casing make- up and break- out by 3. Mr Sinnott noted. To date, the run rate times of the 3 . Redundancy is also built in, for example, with column rackers and cranes to increase efficiency. Ensco continues to be engaged in an ambitious newbuild campaign, with three ultra- deepwater drillships and three harsh- environment, ultra high- specification jackups under construction, all featuring state- of- the- art automation on the drill floor. To offset that, we also build in redundancy. DP features will enable the crew to tune into two satellite systems and will include four computers, instead of the required two. Built- in features on the power management system allows for automatic isolation of a faulty component and remove it from the power grid without disrupting operations, Mr Diehl said. The same is true of the thruster system that keeps the rig centered on the proper location. This advance can create huge cost savings. The benefits go beyond efficiency.
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