Javascript must be enabled to continue!
Samarang Integrated Operations (IO) - Begin To Deliver Value
View through CrossRef
Abstract
Samarang field Integrated Operations (IO) initiative was incepted in year 2011 as part of the field redevelopment plan. The objective is to enable real time production, reservoir and process surveillance and optimization in order to gain reservoir and production understanding for effective asset management. The project is planned to complete through 2016 with 4 major milestones as follows: Milestone 1: Design and PlanningMilestone 2: Surveillance and monitoring with collaboration between the offshore and onshore operation officeMilestone 3: Production and reserve recovery optimization with tri-node Collaboration Working Environment (CWE)Milestone 4: Total asset optimization with hybrid steady-state and transient-state simulation
The project footprint has reached the Milestone 2 and has been developing and deploying operational capabilities for improved asset management of Samarang. It is managing 10% of Samarang field production at this stage and is aiming at delivery of 100% field production by the end of year 2014.
We reported the progress, lesson learned and benefits of Milestone 1 delivery in year 2013 Intelligent Energy Conference and this paper is intended to further describes the growing track record of value delivery, achieved through the deployment of Milestone 2.
Title: Samarang Integrated Operations (IO) - Begin To Deliver Value
Description:
Abstract
Samarang field Integrated Operations (IO) initiative was incepted in year 2011 as part of the field redevelopment plan.
The objective is to enable real time production, reservoir and process surveillance and optimization in order to gain reservoir and production understanding for effective asset management.
The project is planned to complete through 2016 with 4 major milestones as follows: Milestone 1: Design and PlanningMilestone 2: Surveillance and monitoring with collaboration between the offshore and onshore operation officeMilestone 3: Production and reserve recovery optimization with tri-node Collaboration Working Environment (CWE)Milestone 4: Total asset optimization with hybrid steady-state and transient-state simulation
The project footprint has reached the Milestone 2 and has been developing and deploying operational capabilities for improved asset management of Samarang.
It is managing 10% of Samarang field production at this stage and is aiming at delivery of 100% field production by the end of year 2014.
We reported the progress, lesson learned and benefits of Milestone 1 delivery in year 2013 Intelligent Energy Conference and this paper is intended to further describes the growing track record of value delivery, achieved through the deployment of Milestone 2.
Related Results
Integrated Operations (IO) Model for Samarang Field Conceptual Study
Integrated Operations (IO) Model for Samarang Field Conceptual Study
Abstract
Integrated Operations (IO) was indentified as part of the redevelopment program in Samarang field. The IO framework defined was focusing on Asset Management...
Spectroscopic and transition properties of SeH<sup>–</sup> anion including spin-orbit coupling
Spectroscopic and transition properties of SeH<sup>–</sup> anion including spin-orbit coupling
<sec>Potential energy curves (PECs), permanent dipole moments (PDMs) and transition dipole moments (TMDs) of five Λ-S states of SeH<sup>−</sup> anion are calculat...
Theoretical study of laser-cooled SH<sup>–</sup> anion
Theoretical study of laser-cooled SH<sup>–</sup> anion
The potential energy curves, dipole moments, and transition dipole moments for the <inline-formula><tex-math id="M13">\begin{document}${{\rm{X}}^1}{\Sigma ^ + }$\end{do...
Ab initio study on the hydrogen desorption from $\rm {MH\text{–}NH}_3$MH–NH3 (M = Li, Na, K) hydrogen storage systems
Ab initio study on the hydrogen desorption from $\rm {MH\text{–}NH}_3$MH–NH3 (M = Li, Na, K) hydrogen storage systems
The hydrogen storage system LiH + \documentclass[12pt]{minimal}\begin{document}$\rm {NH}_3$\end{document} NH 3 ↔ \documentclass[12pt]{minimal}\begin{document}$\rm {LiNH}_2$\end{doc...
Integrated Operations Implementation in Samarang Field
Integrated Operations Implementation in Samarang Field
Abstract
Increased demand in production and recovery, advancements in technologies and the desire to collaborate expertise across multiple assets are changing the wo...
Revisiting near-threshold photoelectron interference in argon with a non-adiabatic semiclassical model
Revisiting near-threshold photoelectron interference in argon with a non-adiabatic semiclassical model
<sec> <b>Purpose:</b> The interaction of intense, ultrashort laser pulses with atoms gives rise to rich non-perturbative phenomena, which are encoded within th...
Educational Marketing Management Strategi in Improving School Image
Educational Marketing Management Strategi in Improving School Image
The purpose of this study was to analyze the marketing management strategy of education in elementary schools that has an impact on the image of educational institutions. This rese...
Pengaruh Penerapan Metode Ummi Terhadap Tartil Al-Qur’an Siswa SDIT Al-Ikhlas Samarang Garut
Pengaruh Penerapan Metode Ummi Terhadap Tartil Al-Qur’an Siswa SDIT Al-Ikhlas Samarang Garut
Dalam membaca Al-Qur’an tidak sekedar membaca, namun harus sesuai dengan kaidah tajwid, makhorijul huruf, shifatul huruf dan tartil dalam membacanya. Peserta didik mengalami kekura...

