Search results
Results from the WOW.Com Content Network
Storm forced rig to move, causing well blowout on Kab 101 platform, 22 killed. [48] 2009: West Atlas / Montara: Seadrill: Jackup / Platform: Blowout and fire on rig and platform in Australia. [49] 2010: Deepwater Horizon: Transocean: Semi-submersible: Blowout and fire on the rig, subsea well blowout, killed 11 in explosion. 2010: Vermilion ...
Oil well control is one of the most important aspects of drilling operations. Improper handling of kicks in oil well control can result in blowouts with very grave consequences, including the loss of valuable resources and also lives of field personnel. Even though the cost of a blowout (as a result of improper/no oil well control) can easily ...
The Cameron ram-type blowout preventer was the first successful blowout preventer (BOP) for oil wells. It was developed by James S. Abercrombie and Harry S. Cameron in 1922. [1] [2] The device was issued U.S. patent 1,569,247 on January 12, 1926. [3] The blowout preventer was designated as a Mechanical Engineering Landmark in 2003. [1] [2] [4]
A blowout preventer (BOP) (pronounced B-O-P) [1] is a specialized valve or similar mechanical device, used to seal, control and monitor oil and gas wells to prevent blowouts, the uncontrolled release of crude oil or natural gas from a well. They are usually installed in stacks of other valves.
Get AOL Mail for FREE! Manage your email like never before with travel, photo & document views. Personalize your inbox with themes & tabs. You've Got Mail!
Oil well fires are oil or gas wells that have caught on fire and burn. They can be the result of accidents, arson , or natural events, such as lightning . They can exist on a small scale, such as an oil field spill catching fire, or on a huge scale, as in geyser -like jets of flames from ignited high pressure wells.
The recent court ruling on 2010's Gulf oil spill has probably been among the more popular stories about BP (NYS: BP) in the past seven days. A federal judge ruled that the integrated super-major ...
Well X has a measured depth of 9,800 ft and a true vertical depth of 9,800 ft while well Y has measured depth of 10,380 ft while its true vertical depth is 9,800 ft. To calculate the hydrostatic pressure of the bottom hole, the true vertical depth is used because gravity acts (pulls) vertically down the hole.