Drilling Rig Construction Case Studies

Transocean is a Swiss offshore drilling company that provides rig-based well construction services worldwide. The company is one of the largest contractors in its sector and has offices in 20 countries. It operates a fleet of versatile, mobile, offshore units comprised of midwater, deep water, ultra-deep water, and. . Oil and gas drilling rigs are very complex systems that contain thousands of processes which must operate 24 hours a day in remote environments and harsh weather conditions.. . The well optimization simulation model was a proof-of-concept project, and the comparison of the real-world well construction cases and the virtual predictions showed a. . Transocean decided to begin with a proof-of-concept project and to continue development if it showed satisfactory results. The company chose AnyLogic as the platform for their simulation for several reasons, including AnyLogic’s multimethod simulation modeling. [pdf]

FAQS about Drilling Rig Construction Case Studies

What are oil and gas drilling rigs?

Oil and gas drilling rigs are very complex systems that contain thousands of processes which must operate 24 hours a day in remote environments and harsh weather conditions. New drilling rig construction can require more than a billion dollars of investment.

How much does it cost to build a new drilling rig?

New drilling rig construction can require more than a billion dollars of investment. The process has lots of interdependencies and there are many different failures that can occur. As a result, the operational and financial characteristics of a system during setup and production are often difficult to predict.

What is a ConocoPhillips rig?

The rig would address requirements from ConocoPhillips, Alaska to improve recovery in the existing oil fields on the North Slope. Harlan and Shawn Smith worked collaboratively with the client, Nabors Drilling, to develop a new rig design that would significantly improve coiled tubing methods and efficiencies on the North Slope.

Can pre-drill Engineering improve drilling performance?

Abstract This paper presents a case study for improving drilling performance by maximizing penetration rate while ensuring that hole conditions are not compromised. The overall aim was to identify and prevent invisible lost time (ILT) and nonproductive time (NPT) by means of pre-drill engineering studies and real-time drilling optimization.

What is a coiled tubing rig?

The unique coiled tubing rig allowed a single rig to support the drilling and completion of up to 8 laterals from a single well bore. In 2015, Entro received a contract to design and fabricate a sister rig to CDR2 for Nabors Drilling designated CDR3.

How do we determine potential areas of improvement during drilling?

During the actual drilling of the wells, potential areas of improvement were determined by analyzing MSE and evaluating ILT/NPT. Real-time MSE analysis was conducted during drilling operations to adjust parameters to increase ROP performance.

Screw air compressor head lateral vibration

The causes of vibration in compressors stem from multiple sources, some internal and others external. To detect the source, you need to perform. . One of the primary causes of vibration in air compressors is faulty mounting bolts. If the mounting bolts are not fastened or stabilized correctly, the compressor will lack the stability necessary to operate free of shakes and jitters. If your compressor vibrates and you. . In a reciprocating air compressor, ambient air is drawn into the compression chamber with a crankshaft. If problems exist with the crankshaft, the compressor is liable to display various. . For a compressor to be stable and free of vibrations, its foundations must be firmly planted to a surface. Moreover, every part of the compressor must be properly fitted and correctly fastened. If any of these details are overlooked, the compressor could easily vibrate.. . Belts are among of the most crucial pieces in an air compressor. Each belt is in its place to regulate the tension and speed of corresponding parts that move inside a compressor’s motor. If the internal tensions are not properly regulated, the compressor could. Try to turn the compressor by hand. It should be possible to turn it around. It should turn around smoothly, without any 'hickups' (be sure to completely shut down the air compressor!). Check the isolation of the motor windings. [pdf]