Prioritization of the human health and safety loss factor subject to offshore pipeline accidents

Munirah, M. S. Maziah; Libriati, Z.; Yahaya, Nordin; Norhazilan, M. N.

doi:10.1088/1755-1315/220/1/012031

Cited by 2 publications

(2 citation statements)

References 3 publications

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“…(Kurniawan et al, 2017) state that safety and environmental issue are strategic issues and a top priority in the upstream oil and gas industry. (Munirah et al, 2019) state that accidents in offshore oil and gas fields are unavoidable and can lead to more severity for workers.…”

Section: Introductionmentioning

confidence: 99%

The Management of Power System Reliability in the Offshore Oil and Gas Field

Reinhard,

Yulius,

Sarasi

et al. 2023

MIX

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The reliability of electric power systems is needed in offshore oil and gas field operations because disruptions can have a direct impact on oil production, costs, and company profits.Objectives: to determine the evaluation of reliability performance and propose a model for managing the power system reliability of the PHE OSES offshore oil and gas field.Methodology: A case study with data collected through observation, interviews, and analysis of relevant documents.Finding: Reliability in 2015-2016 has not reached the target but from 2017-2021 has reached the target of 97.5%, as well as availability in 2015, 2018, 2019 & 2020 has not reached the target but in 2016, 2017 & 2021 has reached the target of 95%. This resulted in the highest production losses in 2015 at 266,965 and the lowest in 2021 at 21,388 barrels of oil. The model is proposed by combining elements in risk-based asset management method, RCM method, and redesign.Conclusion: In recent years, reliability has been on target but availability is volatile. The model is proposed to maintain reliability & availability on target so that production losses can be minimized.

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Section: Introductionmentioning

confidence: 99%

The Management of Power System Reliability in the Offshore Oil and Gas Field

Reinhard,

Yulius,

Sarasi

et al. 2023

MIX

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“…The environment of the offshore platform is relatively harsh. Too high relative temperature and humidity of the surrounding environment, salt fog, mold and so on will affect the performance of electrical equipment, and will increase the failure probability [11][12]. In addition, the offshore platform fault type is special, so the protection cooperation is difficult; the restart process after the compressor shutdown is complex, and the restart time is long.…”

Section: Introductionmentioning

confidence: 99%

Safety Analysis of Offshore Platform Power System Considering Low Voltage Crossing Capability

et al. 2020

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In the face of increasingly serious energy and environmental problems, the safety of offshore oil drilling and production platform, as a natural gas development platform, is of great significance. For offshore platforms, the offshore power system serves for oil and gas production, and the interruption or shutdown of oil and gas production caused by electric power is intrinsically unsafe; In addition, due to the weak interconnection between the offshore platform systems, with the characteristics of small unit, large load, wide application of frequency conversion equipment and poor environment, the security analysis of the offshore platform power system must take the power grid and gas network as a whole to analyze and take into account the low-voltage crossing capacity. For the coupling of power grid and gas network of offshore platform, multi-stage compression system and the "power to gas" system are proposed. For these voltage sag sensitive systems, the safe critical voltage and critical cutoff time are used to characterize the low-voltage crossing capability. The operation constraints considering the low-voltage crossing capability are also proposed, and the impact of voltage sag is taken into account in the safety analysis. The simulation results show the correctness of the safety analysis method considering the low voltage crossing capability, and the necessity of the safety analysis considering the gas network and the low crossing capability. INDEX TERMS Offshore platform power system, low voltage crossing capability, safety analysis.

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Prioritization of the human health and safety loss factor subject to offshore pipeline accidents

Cited by 2 publications

References 3 publications

The Management of Power System Reliability in the Offshore Oil and Gas Field

The Management of Power System Reliability in the Offshore Oil and Gas Field

Safety Analysis of Offshore Platform Power System Considering Low Voltage Crossing Capability

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