bluuebunny/crossref_metadata_2025_split huggingface dataset:
Pemberdayaan Masyarakat dalam Pengendalian Pandemi Covid-19 Melalui Whatsapp Di Kota Palangka Raya
Authors: Heru Hidayat  , Saputera  , Kusnida Indrajaya  , Saiffullah Darlan  , Wahidin  , Suparman  
Published: March 2022

Pendidikan luar sekolah sebagai bagian dari pemberdayaan masyarakat merupakan upaya untuk memenuhi kebutuhan dan pengentasan masalah yang dialami oleh masyarakat. Kondisi pandemi Covid-19 saat ini, merupakan permasalahan yang melanda masyarakat dan berpengaruh dalam seluruh aspek kehidupan masyarakat baik pendidikan, kesehatan dan ekonomi. Begitu pula pemberdayaan masyarakat dibidang kesehatan menjadi salah satu isu penting yang harus segera diselesaikan. Survei pendahuluan kami menunjukkan 90% responden mengatakan mereka meemrlukan informasi tentang pencegahan Covid-19 dari Pemerintah khususnya Satgas Covid-19 melalui WhatsApp. Penelitian ini bertujuan memberdayakan masyarakat dalam pengendalian Covid-19 melalui WhatsApp di Kota Palangka Raya berdasarkan pengetahuan, sikap, dan tindakan mereka. Penelitian ini melibatkan 196 orang yang mendapat perlakuan dan memberikan umpat balik melalui media WhatsApp. Hasil penelitian menunjukkan pada variabel pengetahuan, sikap dan tindakan memiliki nilai signifikansi sebesar 0,000 (p < 0,05). Dengan demikian disimpulkan bahwa terdapat perbedaan pengetahuan, sikap dan tindakan yang bermakna antara sebelum edukasi dan sesudah edukasi terkait pengendalian Covid-19 melalui WhatsApp di Kota Palangka Raya.
IMPACT OF KNOWLEDGE PRACTICES ON INNOVATION: THE ROLE OF EMPLOYEES’ INTENTION TO STAY AND RECOGNITION
Authors: Nida Nida Kamal , Hina Hina Samdani , Awais Muhammad Awais Mehmood , Qaiser Qaiser Rashid Janjua 
Published: March 2022

ABSTRACT

Purpose: Building upon a human-centered approach, knowledge management considers organizations to be complex systems that spring from the unique organizational contexts in which they are developed. The aim of the present study was to empirically investigate how knowledge practices impact innovation by inquiring into the employees’ intention to stay in the organization and the role of employee recognition.
L’expérience gouvernementale de Matteo Renzi. Un progressisme populiste
Authors: Lazar Marc 
Published: March 2022

Matteo Renzi a connu une trajectoire politique météorite qui l’a amené à l’âge de 39 ans à devenir en février 2014 le plus jeune Président du Conseil de l’histoire italienne, une fonction qu’il a occupée jusqu’en décembre 2016, lorsqu’après un échec à un référendum institutionnel il a présenté sa démission. Ce communicant hors pair, décidé à bousculer le jeu politique et à promulguer une grande quantité de réformes s’est présenté comme un progressiste tout en incarnant un nouveau type d’homme politique en phase avec la démocratie du public, celui du populiste de gouvernement ou du centre. Ce texte s’attache à reconstituer le parcours biographique de Matteo Renzi, à analyser son programme et ses idées, à étudier la façon dont il a personnalisé son parti et à dresser un bilan de sa pratique et d’une partie de son action gouvernementale.
Les facteurs d’adaptabilité des personnels de santé contributifs à la résilience hospitalière et les leviers managériaux mobilisés
Authors: Bousser Marylise 
Published: March 2022

La pandémie de Covid-19 a mis à l’épreuve la résilience hospitalière mais également celle des personnels de santé. Cette note de recherche, s’intéresse aux facteurs déterminants de leur adaptabilité, mise en évidence et contributive à la gestion de la crise sanitaire. Parmi les caractéristiques des personnels de santé, elle étudie et démontre que leur qualification et leurs pratiques standardisées sont des éléments-clés de leur adaptabilité. Elle interroge également les éléments contextuels et managériaux qui concourent à l’engagement des personnels dans leur volonté de s’adapter, mettant en évidence l’intérêt d’une communication adaptée, d’un management de soutien et d’un management par le sens satisfaisant aux besoins de sécurité, d’avenir, de reconnaissance mais aussi d’apprentissage et d’évolution.
L’accès direct au dossier médical à l’AP-HP, vingt ans après la « loi Kouchner »
Authors: Nicolas Charline 
Published: March 2022

Disposition phare de la loi du 4 mars 2002, l’accès direct du patient à son dossier médical sans l’intermédiaire du médecin participe, entre autres mesures, de la redéfinition des rôles traditionnellement attachés à la figure du médecin et à celle du patient voulue par le législateur. Les deux décennies de mise en œuvre de cette réforme au sein des 39 hôpitaux de l’Assistance publique-hôpitaux de Paris (AP-HP) en témoignent, tant dans les pratiques professionnelles et ce, quand bien même le dossier médical demeure un outil de pratique de la médecine, que dans l’organisation des hôpitaux du fait de la hausse quasi continue des demandes de communication de dossier depuis 2002. L’avènement du dossier patient numérisé tend à bouleverser la donne en rendant cet accès potentiellement automatique et immédiat. Ce faisant, il conduit à se réinterroger sur les nécessaires et nouvelles garanties à apporter au droit d’accès direct.
Le contre-terrorisme comme prétexte. Retour sur l’opération Sirli et la politique française
Authors: Bigo Didier , Hanon Jean-Paul 
Published: March 2022

Le 21 novembre 2021, le magazine Web d’investigation Disclose publiait un dossier sur l’opération « Sirli », une coopération opérationnelle secrète entre la direction du renseignement militaire (DRM) français et les services de sécurité égyptiens du maréchal Abdel Fattah Al-Sissi. Ces révélations reposent sur des centaines de documents classés « confidentiel-défense » transmis aux journalistes par une source qui a préféré encourir les risques de poursuites que de continuer à cautionner les pratiques dont il était le témoin. Nous reproduisons le texte qu’il a fait parvenir à Disclose ainsi que les réponses qu’il a apportées à la rédaction avant de mettre ces propos en relation avec le questionnement plus général de ce numéro de Cultures & Conflits sur guerre et terrorisme.
Vers une dé-réification de « l’intérêt » dans l’analyse des conflits
Authors: Lindemann Thomas 
Published: March 2022

Cette contribution revoit les articles sur les conflits armés dans la revue Cultures & Conflits dans les trois dernières décennies et examine comment elles conçoivent les situations conflictuelles, leurs acteurs et leur capacité d’agir. Selon moi, un apport majeur d’une approche anthropologique et sociologique consiste à de-réifier les conflits armés en mettant en avant la contingence, le désordre et les dimensions humainement « produites » par des acteurs contrastant singulièrement avec les études mainstream qui ne voient que ce qu’elles s’attendent à voir en fonction de leurs lentilles théoriques.
Risk Based Underwater Inspection RBUI Methodology for Subsea Integrity Management SubSIM of Subsea Assets in Malaysian Operations
Authors: Yaakob Ahmad Razali , Berwanto Awaluddin , Ismail Izyani , Rashid M Fahmie , Ahmad Zawawi M Syafiq Husni , Abdul Hamid Nadiah Fatihah , Khan Riaz , Hammond Steven 
Published: March 2022

Abstract
PETRONAS currently operates several subsea fields in Malaysian water. In 2019, PETRONAS embarked on developing Subsea Integrity Management (SubSIM) for Malaysian operations, to better understand and manage the operating risks of subsea assets throughout the lifecycle of a subsea field development.
Subsea Integrity Management (SubSIM) is a Management System which ensures appropriate processes and procedures are applied throughout the subsea asset life cycle, from commissioning all the way through to decommissioning, to ensure that through a process of risk management, the subsea asset fitness-for-purpose will be upheld. PETRONAS has also initiated a Data-Driven Maintenance workstream whereby the PETRONAS's Upstream Inspection and Maintenance Assurance Guideline (U-IMAGe) has been determined as a key enabler for PETRONAS top-quartile oil and gas industry performance.
U-IMAGe is a standard suite of guidelines for the implementation of inspection and maintenance programs in PETRONAS upstream production facilities, where subsea assets are part of this (PETRONAS, 2018b). An essential element of U-IMAGe is an effective data management to drive inspection and maintenance strategy. In order to ensure effective delivery of SubSIM and to support and strengthen the U-IMAGe implementation, PETRONAS has embarked on a Subsea Risk Based Underwater Inspection (RBUI) strategy and methodology for its subsea assets (PETRONAS 2020). As part of SubSIM that supports the U-IMAGe implementation, the Subsea RBUI approach prioritizes and optimizes inspection efforts by balancing risk costs (people, safety, environmental or business related) with inspection costs, and allows a better understanding of risk levels over the intended life of the subsea asset to initiate cost effective remedial actions.
The Subsea RBUI involves identification of threats on a subsea asset, development of the integrity loops and risk assessments (PETRONAS 2020). The risk assessments are then used as a tool to develop suitable inspection plans. The risk assessments will also be used to optimise the operational inspection plans and frequencies, focusing on the safety, environmental and financial risks as well as the inspection costs.
This paper will address the methodology and tools used to conduct Subsea Risk Based Underwater Inspection (RBUI) planning for subsea asset within PETRONAS Operations.
Pseudocode and Demonstration of a Multi-Use Artificial Intelligence Algorithm to Perform Challenging and Highly Optimised Pipeline/Cable Routing Cases
Authors: Lim Nigel , Lim Lucas , Komatineni Haribabu 
Published: March 2022

Abstract
The process of routing energy conduits (pipelines, cables and umbilicals) in offshore locations represents a critical phase in the concept planning, engineering and construction of these assets. The downstream impact of poorly designed routes is epitomized by a) increased offshore construction durations b) requirements for additional engineered mitigations from geophysical / geotechnical constraints and c) unforeseen requirements for intervention during operations. The cause of these unoptimized routes can be due to low-level engineering tasks which confines to repetitive, inefficient, and unnecessarily iterative processes between draughters, engineers and asset owners. The increasing accessibility and advancement of digital technologies enables highly optimised solutions even through difficult offshore regions.
To address the above, this paper presents the scoping, development and application of a multi-functional algorithm created using modern software code frameworks. The algorithm serves as building blocks into an artificial intelligence platform. This routing algorithm simulates, expands and adapts to engineering and consulting expertise from a worldwide network of energy experts. This recreation of expertise firstly identifies commonly encountered routing constraints such as geophysical features, seabed gradients, existing offshore facilities etc. Ideal geometric parameters are then determined to minimise route costs. These processes are then increased, thus enhancing expertise through scale.
The algorithm structure will be presented in summarised minimal pseudocode. The pseudocode will present the application programming interface (API) between the constraints based and end parameter calculation approach. The API includes digital innovations such as a) processing of offshore geotechnical survey data, b) recreating offshore locales and routes in a data environment, c) implementation of geospatial intersection detection, d) 3-dimensional route length optimisation and e) automated route selection criteria. This will demonstrate the order of magnitude replication of subject matter expertise into a digital realm, thus eliminating time-consuming, repetition and human error.
Finally, the application of the algorithm will be demonstrated by various case studies of offshore locales with challenging conditions such as highly disturbed seabeds and large quantities of existing man-made assets. The front-end cloud platform of the algorithm will be exhibited, showing a streamlined approach and improved routing engineering. Through this, engineers in the future offshore energy developments can answer the question "What is the best route?".
Evaluation of Utilisation a Hydraulic Workover Unit for Gravel Pack Job in Indonesia
Authors: Sinaga Rahmat , Tokoh Kristoforus Widyas , Sugiarto Tomi , Hutahaean Ray , Masrur Muhammad , Syafrudin Mochamad , Ferdian Ferdian , Solagratia Yosafat , Maharanoe Miazzy Isdianto 
Published: March 2022

Abstract
In the last 2 (two) years, the operator has been performing gravel pack (GP) completion using a Hydraulic Workover Unit (HWU). Such rigless GP explains that a drilling rig shall drill a well, running the casing and cementing then suspending the well. Next, HWU will perform the completion job to fulfill the scope of the well construction. By May 2021, HWU has done 4 (four) rigless GP with various well designs. The original background is to reduce costs of the well construction and to increase the wells delivery efficiency of a jack-up rig. This paper will compare the duration of rigless GP execution in those wells, even though the value creation of using HWU as an alternative way will also be reviewed.
Regarding operational capabilities, HWU has several limitations that differ from a jack-up rig. Several disadvantages range from HWU's construction, tripping performance, lifting practices until contract management. From a construction aspect, HWU is more sensitive to weather thus prone to the operation suspension. In some platforms, HWU has more complexity lifting operations due to the crane's reach limitation, therefore an additional crane is needed to assist. Furthermore, HWU utilizes traveling slips for tripping, as such the length of the cylinder will affect the speed. Moreover, HWU is not in a favorable situation due to some important services are not dedicated to support the operation. For example, the handling equipment for upper completion is managed through a call-out contract and the logistic vessel has to be shared with other fleets. Therefore, it is essential to develop a solid course of action to achieve the objective of utilizing HWU in GP jobs.
Related to performance enhancement, some initiatives have been pursued i.e. changing the position of the barge to reduce weather sensitivity, developing the effective logistic plan, and managing some activities to be performed by the jack-up rig (in offline mode). Moreover, adding some pipe racks and enforcing all crew to improve tripping speed safely are also part of the improvement. Also, it is essential to select the equipment as necessary as possible to deal with the call-out contract and to increase the economic value of the project. Finally, performance monitoring and documenting lesson learned are critical to pursue for future improvement.
All of those efforts have been paid off as indicated by the learning curve which has been shaped.
Referring to the duration and expenses of the first rig-less GP job, the latest well has attained a reduction in costs by 60% and less 66% of time completion. The fact implies that HWU is worth pursuing in executing GP completions as an alternative to the conventional way.
Optimization of Pipeline Welding Qualification, Production and Effective Field Joint Coating Application
Authors: bin Ahamad Ir. Edment Fashah , Ong Ir. Hock Guan 
Published: March 2022

Abstract
Over the years, offshore underwater pipelaying has been regarded as complex activities ranging from procurement, manufacturing of mother pipe material, welding procedures, and welders qualification until offshore installation at the lay barge. Each project has different complexities subject to the appointed pipelines installation contractor depending on their preference methods and best practices. This article presents how continuous improvements are being made in recent pipeline installation projects by considering the benefits that were learned from all past project's experiences. Multiple simplifications were conducted recently to gain cost and time reduction while maintaining technical integrity and personal safety requirements. Simplification of WPQT and WQT qualifications with minimum welding test coupons preparation had resulted in significant cost avoidance and reduction of a 66 days from the original plan. The new deployment of the innovative FJC system has significantly improved personnel safety, reduced manpower requirement and resulted in faster application. Few strategies were put in place to minimize the welding repairs and allow concurrent activities to speed up the offshore welding progress. The overall improvement for one of the recent pipelay activities has led to the highest pipelay rate in SMEP with record of – 337 jts/day (10") & 256 jts/day (16") over the campaign and achieved 16 days early completion from the original pipelay campaign schedule.
Implementation of Key Risk Mitigation Strategies and Learnings Enabling Successful Efficient Execution in Malikai Phase 2 Project Mooring Campaigns
Authors: Amurol Jamal Sharizal bin , Hii Tiing-Poh , Ang Zhili , Yip Kenneth , Lim Tee Bin 
Published: March 2022

Abstract
Malikai Tension Leg Platform (TLP) being the first TLP in Malaysian waters, was installed in 2016 at a water depth of 500m. The mooring system was designed with tender-assisted drilling (TAD) features to allow for station keeping activities during drilling operations. Malikai Phase 2 is brownfield project to develop six infill wells to be drill using existing well slots available on TLP. To drive project value of replication and standardization, similar TAD vessel was used as per Phase 1 campaign.
The project execution strategy emphasizes on the reuse of Phase 1 mooring component to lower the CAPEX and re-certification of the mooring component were done to maintain the integrity of the hardware. Existence of porkmarks and large part of geo-hazard on the Malikai seafloor, remain one of the main challenges to safety pre-lay polyester on the selected routes. Furthermore, due to Covid-19 pandemic the shipment of the polyester ropes was delayed. Improvement was made in the offshore installation methodology with introduction of the direct hook-up methods to eliminate the risk of polyester damaging during pre-laid, eliminate the chain twists issue on ground chain section and that also help in preserving project schedule. The development of innovative contracting and supply chain management strategies such as competitive bidding exercise and leverage on contractor expertise to drive the efficient execution. Virtual working setting is a new way of working in marine assurances due to Covid-19 travel restrictions.
This paper will provide a board overview of various aspects of Malikai Phase 2 brownfield development during pandemic condition while highlighting key success factors and lesson learned for future projects.
Biggest Wells Plug and Abandonment Campaign – Effective Management & Best Practices Implementation
Authors: Azihar Azwan Azim , Abu Mukhtar Maziah , Yang Shahril , A Razak M Zahin , A Rajab A Zawawi , Tumiran M Azlan 
Published: March 2022

Abstract
This paper covers the strategy that led to successful execution of Plug and Abandonment (P&A) campaign. This paper also shares the best practices implementation, and challenges in completion of the biggest plug and abandonment campaign at Alpha Platform in Peninsular Malaysia. Among the challenges are aging wells with numerous integrity issues, well sequence selection and prioritization, monsoon season, stakeholder management as well as piloting new technology applications.
In the last 5 years, there are over 50 wells have been successfully abandoned in Malaysia water. The generic abandonment project management framework consists of Initiation Stage, Concept Selection, Scope Definition, Execution, and Post Execution; Close Out. The scope for this paper will detail out the levels for abandonment planning. Screening and clustering, fit-for-purpose strategy, novel technology, innovative contracting strategy are among the pillars in abandonment planning and execution. Effective tools and matrix have been introduced to evaluate the wells candidates. Execution phase is narrowed down to several approaches and best practices that have been implemented to successfully complete all wells at Alpha Platform. The approaches have been customized to safely abandon wells with sustained annulus pressure (SAP) in compliance with the country's regulations. In-depth well study and aggressively piloting new technology are among the keys to tackle numerous well integrity issue in 40 years old wells e.g shallow gas, casing leak, wellhead, and Christmas tree leak. Vigilant logistic management and integrated contract approach also play important roles in reducing the risk and liability to the operator and at the same time developing local players’ capability.
The strategy and best practices in completing plug and abandonment of Alpha Platform should be replicated by P&A industry to manage the similar issue in other projects. Integrated and fit-for-purpose abandonment approach act as the foundation to model invaluable high-quality planning, forecasting and Value Creation Plan for P&A project portfolio. This paper will be useful in P&A industry where a lot of lessons learned to be shared in the biggest campaign in Malaysia.
Applying Downhole Sand Control for High Rate Gas Completions in Deepwater Malaysia
Authors: Samuel Elvy Jose , Yusoff Mohd Faizal , Bee Phil , Hakam Ahmad , Selamat Kasim , Stevenson James , Nopsiri Noppanan 
Published: March 2022

AbstractDesigning and delivering a successful completion in a Subsea High Rate Gas Deepwater environment is known to be one of the most challenging aspects of a Field Development.For the specific case of high rate gas wells with reservoirs requiring sand control, it makes the completion reliability and longevity an uncompromising prerequisite, as it is well known that formation solids moving at high velocity through the wellbore can drastically affect the functionality and integrity of downhole equipment as well as the subsurface and production facilities. In addition, to the previously mentioned aspects, the complexities and costs associated with Well reentries and Workovers in a Subsea Deepwater environment can quickly erode the overall financial viability of a development program.This paper covers the sand control design and execution techniques applied to four (4) High Rate Gas Wells in the PTTEP's Block H Development in the Malaysian Deepwater region of Sabah, between 2020 and 2021.