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

Shell's Experience With Hurricane Ivan

View through CrossRef
Abstract Like many Operators in the Gulf of Mexico Shell Exploration and Production Company's (Shell) production was impacted by Hurricane Ivan. Three Shell operated facilities sustained major damage as a result of Hurricane Ivan: Ram-Powell (VK 956A), Bud (Main Pass 252) and Cognac (MC194A). This paper only addresses surface facilities damage to Shell operated properties. Shell Pipeline response to address pipeline damage from Hurricane Ivan will be addressed in OTC paper 17734. The following areas will be covered:Upfront planning effortsResponse and recovery effortsSurface facility damage and repairs at each locationConclusions and learnings. Organizational Response Prior to Landfall The Shell Hurricane Incident Command Team is a multi-disciplined team that consists of team members with backgrounds in Drilling, Construction, Logistics, Regulatory Affairs and Production. The team meets anytime / anywhere / anyway depending on the circumstances of a specific storm. Typical planning includes monitoring of a wave or low while in the Atlantic or in the Gulf of Mexico. Once a wave or low is established preliminary evacuation and recovery plans are developed. A week before the storm impact is predicted, the team conferences several times a day to make sure plans are moving forward. As a storm approaches, a small team stays behind in New Orleans or at Shell's Robert Training Center in Robert, LA depending on landfall location to begin recovery efforts. As part of the planning process, blocks of hotel rooms are reserved, emergency generators are placed on standby, transportation logistics are coordinated, diving crews and remotely-operated vehicles are readied and emergency communications systems are set up. These plans are communicated to Shell management, key operational, drilling and construction personnel. Evacuation plans and production forecasts are updated and modified every 24 hours and then on a more frequent schedule as the storm approaches. Typically 72 hours before a storm is predicted to make landfall the planning team meets every 4 to 6 hours and updates the evacuation strategy as needed. Shell's Hurricane Incident Command Team began meeting and carefully watching Hurricane Ivan on September 9, 2004. Around September 13, 2004 the Hurricane Incident Command Team directed more than 850 Shell personnel to evacuate from production and drilling platforms in the eastern and central Gulf of Mexico. All affected facilities were shut-in, secured and evacuated. All evacuations and return to work activities were executed safely. Initial Response After Landfall Shell's post hurricane response and return to normal activities is based on the severity of a storm. Due to the severity of Ivan Shell decided an initial fly-over would be the best way to assess the initial damage. Therefore, on the morning of September 17, 2004 Shell contracted a long-range fixed wing plane to fly over the assets nearest the eye of the storm and the assets with the largest loss of production implications.
Title: Shell's Experience With Hurricane Ivan
Description:
Abstract Like many Operators in the Gulf of Mexico Shell Exploration and Production Company's (Shell) production was impacted by Hurricane Ivan.
Three Shell operated facilities sustained major damage as a result of Hurricane Ivan: Ram-Powell (VK 956A), Bud (Main Pass 252) and Cognac (MC194A).
This paper only addresses surface facilities damage to Shell operated properties.
Shell Pipeline response to address pipeline damage from Hurricane Ivan will be addressed in OTC paper 17734.
The following areas will be covered:Upfront planning effortsResponse and recovery effortsSurface facility damage and repairs at each locationConclusions and learnings.
Organizational Response Prior to Landfall The Shell Hurricane Incident Command Team is a multi-disciplined team that consists of team members with backgrounds in Drilling, Construction, Logistics, Regulatory Affairs and Production.
The team meets anytime / anywhere / anyway depending on the circumstances of a specific storm.
Typical planning includes monitoring of a wave or low while in the Atlantic or in the Gulf of Mexico.
Once a wave or low is established preliminary evacuation and recovery plans are developed.
A week before the storm impact is predicted, the team conferences several times a day to make sure plans are moving forward.
As a storm approaches, a small team stays behind in New Orleans or at Shell's Robert Training Center in Robert, LA depending on landfall location to begin recovery efforts.
As part of the planning process, blocks of hotel rooms are reserved, emergency generators are placed on standby, transportation logistics are coordinated, diving crews and remotely-operated vehicles are readied and emergency communications systems are set up.
These plans are communicated to Shell management, key operational, drilling and construction personnel.
Evacuation plans and production forecasts are updated and modified every 24 hours and then on a more frequent schedule as the storm approaches.
Typically 72 hours before a storm is predicted to make landfall the planning team meets every 4 to 6 hours and updates the evacuation strategy as needed.
Shell's Hurricane Incident Command Team began meeting and carefully watching Hurricane Ivan on September 9, 2004.
Around September 13, 2004 the Hurricane Incident Command Team directed more than 850 Shell personnel to evacuate from production and drilling platforms in the eastern and central Gulf of Mexico.
All affected facilities were shut-in, secured and evacuated.
All evacuations and return to work activities were executed safely.
Initial Response After Landfall Shell's post hurricane response and return to normal activities is based on the severity of a storm.
Due to the severity of Ivan Shell decided an initial fly-over would be the best way to assess the initial damage.
Therefore, on the morning of September 17, 2004 Shell contracted a long-range fixed wing plane to fly over the assets nearest the eye of the storm and the assets with the largest loss of production implications.

Related Results

Exploring Hurricane Katrina Survivors' Access to and Benefits of Psychological Services After Hurricane Katrina
Exploring Hurricane Katrina Survivors' Access to and Benefits of Psychological Services After Hurricane Katrina
A. Overall Significance of the Study: It is the objective of this project to use Hurricane Katrina as a framework to determine possible methods to improve the utilization of and aw...
Oceanographic Data from Hurricane Camille
Oceanographic Data from Hurricane Camille
ABSTRACT A network of ocean data gathering stations was installed in the Gulf of Mexico in 1968. Hurricane Camille passed between two or these stations on August ...
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...
Positive effects of the catastrophic Hurricane Patricia on insect communities
Positive effects of the catastrophic Hurricane Patricia on insect communities
AbstractHighly seasonal conditions of tropical dry forests determine the temporal patterns of insect abundance. However, density-independent factors such as natural disturbances ca...
Simulation of hurricane response to suppression of warm rain by sub-micron aerosols
Simulation of hurricane response to suppression of warm rain by sub-micron aerosols
Abstract. The feasibility of hurricane modification was investigated for hurricane Katrina using the Weather Research and Forecasting Model (WRF). The possible impact of seeding of...
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...

Back to Top