Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Well Integrity Management in Shell Nigeria

View through CrossRef
Abstract Well Integrity is a vital aspect of well design, construction, operation, maintenance and abandonment. As put by SPDC, "all wells shall be designed, constructed, operated, maintained and abandoned in a manner that safeguards their integrity, minimize Health, Safety and Environmental risks and ensure their planned availability throughout their life-cycle". As a consequence of this policy, all wells are monitored to ensure their integrity is guaranteed at all times. By implication all wells that fall short of standards are secured or closed-in unless a short-term deviation or waiver is granted. Well integrity problems may occur in producing and non-producing wells, especially older wells that were completed as per the prevailing completion standard of their completion dates. The completion standards have changed over time with respect to safety requirements (e.g. wells without top packers, wells without SCSSVs). There may also be some wells that meet current safety standards but still have some integrity-related problems (e.g. leaking packer or silted well slots-swamp locations). Although, the necessity to enhance the integrity of wells is recognized, enhancement activities have been limited by past budget constraints. The identified activities often rank low in oil generating economics when compared with other projects within the portfolio competing for funds. It therefore became necessary to effectively manage the wide range of well integrity problems, by adopting a concept of ‘Well Integrity Management System ’. In 2003 a dedicated team was set up to assemble a coherent process from the practices of the past and the present and inventorise work that needed to be carried out to ensure that well integrity issues are being adequately addressed. This paper discusses the initiative by SPDC, Nigeria to put in place a Well Integrity Management System (WIMS) and successes so far.
Title: Well Integrity Management in Shell Nigeria
Description:
Abstract Well Integrity is a vital aspect of well design, construction, operation, maintenance and abandonment.
As put by SPDC, "all wells shall be designed, constructed, operated, maintained and abandoned in a manner that safeguards their integrity, minimize Health, Safety and Environmental risks and ensure their planned availability throughout their life-cycle".
As a consequence of this policy, all wells are monitored to ensure their integrity is guaranteed at all times.
By implication all wells that fall short of standards are secured or closed-in unless a short-term deviation or waiver is granted.
Well integrity problems may occur in producing and non-producing wells, especially older wells that were completed as per the prevailing completion standard of their completion dates.
The completion standards have changed over time with respect to safety requirements (e.
g.
wells without top packers, wells without SCSSVs).
There may also be some wells that meet current safety standards but still have some integrity-related problems (e.
g.
leaking packer or silted well slots-swamp locations).
Although, the necessity to enhance the integrity of wells is recognized, enhancement activities have been limited by past budget constraints.
The identified activities often rank low in oil generating economics when compared with other projects within the portfolio competing for funds.
It therefore became necessary to effectively manage the wide range of well integrity problems, by adopting a concept of ‘Well Integrity Management System ’.
In 2003 a dedicated team was set up to assemble a coherent process from the practices of the past and the present and inventorise work that needed to be carried out to ensure that well integrity issues are being adequately addressed.
This paper discusses the initiative by SPDC, Nigeria to put in place a Well Integrity Management System (WIMS) and successes so far.

Related Results

Developing guidelines for research institutions
Developing guidelines for research institutions
As introduced in Chapter 1, in this thesis, I developed guidelines to research institutions on how to foster research integrity. I did this by exploring how research institutions c...
Callista chione – geochemical archive of δ18O and δ13C data
Callista chione – geochemical archive of δ18O and δ13C data
<p>The Smooth clam <em>Callista chione</em> is a commercially important venerid bivalve. It is widely distributed in the eastern Atlantic ...
Eccentricity variations trigger “subduction” in Europa’s ice shell
Eccentricity variations trigger “subduction” in Europa’s ice shell
IntroductionIcy moon Europa possesses one of the youngest surfaces in the Solar System. Overall smooth, yet rich in unique tectonic features, it records mostly extensional processe...
Nonmuscle Myosin II is Required for Larval Shell Formation in a Patellogastropod
Nonmuscle Myosin II is Required for Larval Shell Formation in a Patellogastropod
The molecular mechanisms underlying larval shell development in mollusks remain largely elusive. We previously found evident filamentous actin (F-actin) aggregations in the develop...
Actualització consistent de bases de dades deductives
Actualització consistent de bases de dades deductives
En aquesta tesi, proposem un nou mètode per a l'actualització consistent de bases de dades deductives. Donada una petició d'actualització, aquest mètode tradueix de forma automàtic...
Shell field morphogenesis in the polyplacophoran mollusk Acanthochitona rubrolineata
Shell field morphogenesis in the polyplacophoran mollusk Acanthochitona rubrolineata
Abstract Background The polyplacophoran mollusks (chitons) possess serially arranged shell plates. This feature is unique among mollusks and believed to be essential to ex...
Grain size evolution and heat transfer regime in the shells of icy moons 
Grain size evolution and heat transfer regime in the shells of icy moons 
IntroductionTogether with  the ice shell thickness, grain size due to its effect on viscosity is perhaps the most crucial parameter determining the heat transfer regime inside the ...
Deformation of Enceladus’ Ice Shell: From Tidal Forces to Viscous Flow
Deformation of Enceladus’ Ice Shell: From Tidal Forces to Viscous Flow
IntroductionEnceladus exhibits several remarkable characteristics, including a unique cryovolcanic activity [1] accompanied by anomalous heat flux [2], large ice shell thickness va...

Back to Top