A lot has
been discussed on the safety issues about working at an oil rig or well.
Blowout preventer is meant to be the defense mechanism used when something goes
wrong at an oil well. The failure of a blowout
preventer can result in a catastrophe.
The blowout
preventers or BOPs have been used since 60s. The invention of BOPs has
resulted in the avoiding oil gushers and blowouts.
Economically
viable and advanced technologies have been introduced for the control
mechanism. This has changed the face of off shore drilling systems leading to companies
drilling in deeper waters. A system with 15,000 pounds per square inch gauge
(psig) intervention capping systems has been introduced to handle extreme
pressures at deeper wells. This technology is used when the blowout preventer
fails to perform its functions.
This
intervention capping stack system allows complete access to the wellbore. Thus,
the well operator manages to repair the well or look into the mechanical
condition of the well. Remote monitoring and diagnostic (RM&D) technologies
have been introduced in the offshore drilling industry. This technology assists
offshore drillers to increase the performance of the equipment, its safety and
reliability. It optimizes the process efficiency by improving life cycle
maintenance. This leads to reduction in downtime. Downtime is the time from the
first breakdown to running of the machine in full capacity.
These
technologies have been developed as a result of the focus on research and
development on monitoring BOPs and gas handling capacities.
There has
been progress in the defense mechanism and the blowout preventer. Annular
blowout preventer is also known as “Hydril”. Annular
blowout preventers cover the drill pipe even while it rotates during the
drilling. It covers the drill string or non-cylindrical object like the ‘kelly.
Lot of
research work has been done to help prevent accidents or blowouts at the oil
well. This has helped making oil wells a safer place to work.
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