bluuebunny/crossref_metadata_2025_split huggingface dataset:
Coopérations entre professionnels de santé en soins primaires pour la prise en charge des troubles musculosquelettiques une revue narrative
Authors: Kechichian Amélie , Imbert Florian , Pinsault Nicolas 
Published: October 2023

Introduction : L’engorgement des services de soins primaires et l’augmentation de la demande de soins conduisent à des difficultés croissantes d’accès aux soins de premier recours pour les patients souffrant de troubles musculosquelettiques. Pour y faire face, plusieurs modèles de partage de tâches entre les professionnels de santé sont mis en place. Dans la littérature, différentes notions sont employées pour décrire ces modèles. En France, ces expérimentations peuvent prendre la forme de « protocoles de coopération » établis entre les médecins généralistes et les kinésithérapeutes. Objectif : Cette revue narrative vise à définir les notions employées pour décrire les modèles de partage de tâches impliquant les kinésithérapeutes dans la prise en charge des troubles musculosquelettiques à l’international, puis à décrire ces modèles et leur impact pour aboutir à des perspectives d’évolution des expérimentations françaises. Résultats : Les notions de « délégation », de « transfert », de « substitution », de « supplémentation » et de « pratique avancée » sont employées dans la littérature. À la différence des termes « délégation » et « transfert », une distinction claire est retrouvée entre la substitution et la supplémentation. La pratique avancée en kinésithérapie est quant à elle, définie et reconnue à l’international. Elle permettrait d’améliorer l’accès et la qualité des soins, sans augmentation des coûts. En France, deux protocoles nationaux de coopération entre les médecins généralistes et les kinésithérapeutes existent pour les troubles musculo-squelettiques. En tenant compte des freins à leur déploiement rencontrés sur le terrain, ces modèles gagneraient à être repensés en s’inspirant du cadre international de la pratique avancée en kinésithérapie. Conclusions : Les modèles de partage de tâches impliquant les kinésithérapeutes en soins primaires semblent être des leviers d’amélioration de l’accès aux soins pour les patients souffrant de troubles musculosquelettiques. Davantage d’études permettant de mieux définir les modèles, leurs objectifs et d’en évaluer l’efficacité dans le contexte français restent nécessaires.
Comment intégrer un patient partenaire dans une équipe de soins ?
Authors: Tourniaire Nolwenn , Leseur Julie , Roy Agnès , de la Motte Rouge Aurélie , Pougheon Bertrand Dominique 
Published: October 2023

Introduction : Il n’est plus rare aujourd’hui de rencontrer des patients ayant la connaissance et l’expérience d’un parcours de soins, intégrer une équipe de professionnels de santé afin d’améliorer la qualité et la pertinence du parcours de soins de leurs pairs. But de l’étude : L’objectif de cet article est de proposer, aux institutions et à tout acteur de la santé qui envisagent d’intégrer un patient partenaire (PP) dans une équipe de professionnels de santé, des réponses méthodologiques pratiques et des questions structurantes pouvant soutenir leur expérimentation. Résultats : Les résultats issus d’une recherche-action (R-A) menée au sein d’un centre de lutte contre le cancer permettent à la fois de fournir un cadre méthodologique de coconstruction et d’apporter des réponses aux questions soulevées par les acteurs au cours de cette expérimentation : comment l’équipe et le PP se sont-ils organisés pour mettre en œuvre la mission de pair-accompagnant ? Quelles évaluations du projet mettre en place ? Comment chacun trouve-t-il sa place dans le projet ? Et finalement, quelles sont les modalités opérationnelles, les limites et leviers de l’intégration du patient partenaire dans l’équipe ? Nous proposons dans la partie discussion un modèle de l’expérimentation issu de la R-A mettant en exergue les drivers principaux ainsi que les interventions qui les nourrissent. Conclusions : Enfin, nous partageons une série de questions structurantes issues du travail de coconstruction des acteurs, qui nous a permis d’établir notre plan d’action pour l’intégration d’une PP dans l’équipe de soins au CLCC de Rennes (35), et qui nous semble suffisamment généralisable pour être testée et utilisée par d’autres équipes et dans d’autres contextes.
The cost of water in Brussels does not respect the “polluter pays” principle
Authors: May Xavier 
Published: October 2023

L’ordonnance Cadre Eau impose le cout-vérité de l’eau conformément au principe du pollueur-payeur. En pratique, les consommateurs d’eau – domestiques et non domestiques – bruxellois sont les principaux contributeurs au financement de la lutte contre les inondations, de la collecte et de l’épuration des eaux présentes dans le réseau unitaire d’égouts bruxellois. Cependant, environ la moitié des eaux résiduaires sont des eaux de pluie et des eaux claires parasites qui ne sont pas liées à la consommation d’eau. Les consommateurs ne devraient donc pas être mis à contribution pour les couts qu’elles engendrent en vertu du principe du pollueur-payeur. Nous estimons que 20 % de la facture d’eau des consommateurs est indument à leur charge et examinons comment ces montants pourraient être financés autrement.
Not No Place, Jeppe on a Friday and representing Joburg: Excerpts from a conversation
Authors: Walsh Shannon , Lalloo Arya , Malcomess Bettina , Kreutzfeldt Dorothee 
Published: October 2023

Shannon Walsh et Arya Lalloo ont coréalisé le film Jeppe on a Friday (2013), un documentaire sur la vie dans le quartier de Jeppestown à Johannesburg. Bettina Malcomess et Dorothee Kreutzfeldt ont coécrit un livre sur Johannesburg intitulé Not No Place (Jacana Media, 2013). Ce qui suit est une transcription éditée d’une conversation sur le processus de réalisation du documentaire et du livre, publiée à l’occasion des 10 ans de leur parution ; elle met en particulier l’accent sur la différence des approches dans la manière de représenter la ville de Johannesburg et les difficultés qu’il y a à aborder cette dernière.
Possible Increase of Production Through Magnetic Field and Inhibitor Association - Evaluation of Reduction Minimal Inhibitory Concentration - MIC in a Brazilian Pre-Salt Well
Authors: Aldeia W. , Del Bigio J. C. , Lourenço V. S. , Martins A. L. , Castro B. B. , Schluter H. E. 
Published: October 2023

AbstractThis article presents the results obtained in the evaluation of the joint action of the chemical inhibition (inhibitor) and the magnetic field, aiming to evaluate the possibility of reducing the minimal inhibitory concentration (MIC), seeking an increase in production in oil extraction wells, increasing the reliability of the guarantee of flow in deep water wells. The magnetic field has the potential to retard the scaling of inorganic salts in oil production/water treatment systems. An evaluation of the combination of magnetic field and inhibitor to retard carbonate scaling was carried out, based on the tube blocking test method (TBT). The evaluation was carried out in two brine solutions, with reduced concentrations from a brine solution representative of the Brazilian pre-salt. A reactor with an internal diameter of 0.045 cm and a total flow rate of 20 cm3/min was used. (Re ≈ 900), reactor inlet pressure of 10 kgf/cm2 and outlet pressure of 1 kgf/cm2. The temperature was 60 °C and the inhibitor used was hydroxymethyl amino-di(methylene phosphonic acid) type in different concentrations. The magnetic field used was 1.0 Tesla. The results indicate that the association of inhibitor and magnetic field under certain conditions can lead to significant delays in calcium carbonate fouling, proving to be an interesting strategy for mitigating calcium carbonate fouling.
Mero Field: Subsea Development Challenges
Authors: Buk L. , Pereira R. M. , Valença C. J. G .M. , de Melo R. T. , Gonçalves A. A. , da Silva W. A. , Reis B. P. , Bidart A. M. F. , Passarelli F. M. , Garmbis A. G. , Delescen J. H. W. 
Published: October 2023

Abstract
This paper will present the technological achievements in the subsea scope of the Mero field development, which was recognized with the Distinguished Achievement Award by OTC Brazil in 2019. Mero is the third largest Pre-Salt field, being the first one developed under a Production Sharing Contract that was awarded by Libra Consortium in 2013, where Petrobras (38,6%) is the operator in partnership with Shell Brasil (19,3%), Total (19,3%), CNOOC (9,65%) and CNPC (9,65%). The Consortium also has the participation of the Brazilian state-owned company Pré-Sal Petróleo - PPSA (3,5%). The paper will detail the subsea system development for the Mero field and how the Mero EPS (Early Production System) operation influenced the final configuration for all Mero Projects. This paper will also present the technical challenges that had to be overcome to successfully start the production through EPS and Mero 1 Projects. This includes various new solutions for Brazilian Pre-Salt and offshore industry. The Mero 1 development has proved to be a success with the achievement of the highest oil production flowrate per FPSO (250,8 kboepd)in Brazil in early 2023. Its subsea architecture has been considered and applied not only for the next Mero Projects, but also for future Petrobras Pre-Salt Projects. ln addition, the paper will introduce the new technologies that Petrobras and its Partners are developing together with suppliers, to overcome the future challenges of the field. This paper will contribute to the offshore industry by sharing the experiences and innovative technologies adopted in the subsea system for this complex Pre-Salt development.
Probabilistic Failure Occurrence Estimation Based on Survival Analysis Modeling: First Approach
Authors: Vianna I. G. P. , Valladares I. F. , Pacheco C. E. P. , Netto E. V. , Brito A. C. de A. , Costa F. R. , de Carvalho E. P. , Mendes D. H. , da Silva R. N. C. 
Published: October 2023

AbstractWorkover is a critical operation performed by drilling rigs, given the operational impact of resources involved in this activity. The yearly estimation of workover occurrences for drilling campaigns or mature fields is challenging for resource allocation, given the need to maintain the production of oil and gas fields. Based on these aspects, we established a group of business rules to identify failure historical with experts from a large Brazilian energy company. We presented an adapted survival analysis methodology to estimate failure occurrences.We scheduled several meetings with workover experts from a large Brazilian company to establish the business rules required to identify failure historical occurrences. To estimate future failure occurrences, it was necessary to adapt a traditional survival analysis into a well's failure survival analysis methodology that considers all premises from the business rules. The failure survival analysis methodology generates a survival curve; however, it still needs to be fulfilled, considering the rarity of failure occurrences. The next step was fitting a continuous distribution into the survival curve to complete the information. The continuous distribution represents the shape of the survival curve; thus, we performed linear regression to adjust the continuous fitted distribution in real data.We apply our methodologies to real well's data from two Brazilian fields. The failure identification methodology could identify most failures based on the business rules. We tested the failure estimation methodology and compared the total real failures with the total estimated failures. The failure methodology can be applied for failure estimation in new campaigns (using a similar field) or following years in mature fields (using the field's history itself). The results allow a future multivariate approach, introducing new features to multivariate survival analysis or a machine learning model. A multivariate failure model can generate more robust results, providing better estimation.The first novelty is the group of business rules established by workover experts to identify failure historical. The documentation and standardization of these rules compose the base for future works focused on probabilistic estimations of failures and workovers, building the premises required by any survival analysis or machine learning model. The second novelty is the methodology developed to adapt a traditional survival analysis into a failure survive analysis.
A New Approach to Manage CO2 Hydrates During Geological Carbon Sequestration
Authors: Rocoulet S. , Lesage N. , Jellema R. , Tacnet J. , Drouilly C. 
Published: October 2023

Abstract
CO2 storage into reservoirs aims to reduce global Green House Gas emission. CO2 is injected into the reservoir in supercritical conditions and undergoes expansion when reaching the lower pressures of the depleted reservoir. During start-up, or restart, rapid CO2 expansion at the near wellbore region induces a significant temperature drop in the near wellbore. In presence of water, CO2 hydrate can form, precipitate, and degrade well injectivity. To prevent hydrate formation during start-up, or after a long shut-down, mitigation measures should be implemented.
Contrary to CH4 hydrates, there is a lack of CO2 hydrate formation in reservoir conditions in literature. This innovative study assessed the use of Kinetic Hydrate Inhibitor (KHI) to avoid CO2 hydrate formation during start-up sequences. The impact of fluid composition, process parameters and reservoir conditions on the possible implementation of the mitigation measure have been mapped to support the selection and use of an appropriate KHI.
This study proposes to assess the use of Kinetic Hydrate Inhibitor (KHI) and Thermodynamic Hydrate inhibitors (THI) to avoid CO2 hydrate formation during start-up sequences.
Laboratory tests were conducted by reproducing reservoir conditions inside an autoclave set-up. The impact of various parameters, such as water composition (salinity), mineralogy of the reservoir (especially the clay content), CO2 purity (H2S, CO, H2 and CH4 impurities) have been studied on KHI efficiency. Autoclaves tests were conducted to assess the performance of several KHI chemistries to delay CO2 hydrates formation. Adsorption tests were conducted to better understand interactions of KHI chemistries and reservoir mineralogy. Lab results point out the impact of the salinity on KHI performance and a correlation has been highlighted between KHI efficiency and KHI composition (polymer based vs. alcohol based). Results indicate that reservoir samples containing the highest clay content, lead to the lowest KHI efficiency when keeping a constant salinity level. Indeed, KHI efficiency drops when increasing clay content in the reservoir mineralogy and decreasing KHI concentration in water phase. Results suggest that the inhibitor chemicals are adsorbed by the clay and plays an important role in KHI efficiency.
BM-C-33 Project Large Diameter Pipeline Direct Tie-In PLEM in Ultra-Deep Water
Authors: Strandbakken T. , Nystrøm P. R. , Gilbu E. J. , Fosse A. , Valeriano I. A. , Fridriksdottir V. 
Published: October 2023

Abstract
The BM-C-33 field is located in Campos Basin 200 km offshore of the Rio de Janeiro state in Brasil. The field development will comprise an offshore development and an onshore development with a gas export pipeline connecting the two installations. The development concept includes subsea installations tied back to a Floating Production Storage and Offloading (FPSO) unit for crude storage and offloading to shuttle tankers. Gas will be exported to shore via Gas Export Pipeline (GEP).
The water depth at the field is nearly 3 000 m, making the field one of the deepest developments in the world. Pipeline tie-in architecture at such water depth is pushing the boundaries of current design codes, component design and installation vessel capacity. There is a need to ensure that the design limits the installation loads and ensures an installation friendly design. As a consequence, the BM-C-33 project has explored a design for a direct tie-in Pipeline End Manifold (PLEM) for the GEP system at the deep-water end.
This paper discusses the PLEM and tie-in architecture proposed for the connection of two 10.5″ ID Steel Catenary Risers (SCR) and the 22″ ND GEP in 2 735 m water depth. In addition, this paper discusses the background and processes leading to the selected concept.
Investigation on CO2 Solubility for Safer CO2 Storage: Experimental Study on the Effect of pH
Authors: Ali M. , Hamdi Z. , Elochukwu H. , Bataee M. , Musa S. A. , Hassan A. M. , Rostamian A. 
Published: October 2023

Abstract
The solubility of carbon dioxide (CO2) in water is an important parameter in various scientific fields, including environmental sciences, chemistry, and climate studies. This paper aims to investigate the effect of pH on the solubility of CO2 in water. It explores the underlying chemical processes involved in CO2 dissolution and examines the relationship between pH and CO2 solubility. Experimental data, theoretical models, and empirical relationships are presented to support the discussion. The findings highlight the significance of pH in understanding CO2 solubility and its implications in subsurface storage applications.
Subsea Environmental Monitoring, Hydrocarbon and CO2 Leak Detection Technologies
Authors: Smith Michael T. , Wie S. H. 
Published: October 2023

Abstract
Among Government Authorities, Subsea Production Operators, and the General Public, there is an increased awareness and concern about subsea hydrocarbons and carbon dioxide (CO2) leaks, and consequent pollution. Leaks from production and CO2 injection wells may have severe environmental consequences. Even if all subsea systems are designed not to leak, leaks have and will occur, in smaller and larger volumes. Any leak, small or big, should be detected and stopped to avoid environmental disasters following the As Low As Reasonably Practicable (ALARP) philosophy as described by Offshore Norway Guidelines 100 for Detection of Acute Pollution to the Sea.
Active acoustic sonar has been used for decades in the fishing industry, as a very effective and accurate technology to find fish and monitor marine life. Over the last decade this technology has been further developed to detect hydrocarbon and CO2 leaks from subsea oil and gas production systems.
This paper will strive to describe and demonstrate a recently qualified and field validated solution to overcome issues with traditional leak detection methodology, through a collaboration between operators and suppliers and validated through third party testing, both in controlled environments and in real life field installations.
Operational Applications and Legal Aspects of the Insertion of Artificial Intelligence and Machine Learning into the Brazilian Oil and Natural Gas Industry
Authors: Paciello R. , Alves M. A. 
Published: October 2023

Abstract
For many decades, the world has not faced a geopolitical scenario as unstable as the current one. From the Covid-19 pandemic to the conflict between Russia and Ukraine, the oil and gas sector has been through a real economic epic. This conjuncture presents a perfect backdrop for the introduction of strategic changes in the O&G sector. Now in the third decade of the 21st century, it is increasingly unlikely to dissociate the debate on strategic changes from the imminence of technological innovations; and, even more unlikely, to talk about innovations without making an effort to reflect on their developments and impacts. After all, what better force to combat instability than a stable technological horizon?
This article, in the meantime, aims to discuss some technical and legal aspects of the introduction of AI - Artificial Intelligence - and ML - Machine Learning - technologies in the oil and gas market. Despite the fact that the insertion of these technologies is still a novelty in the market, some of its repercussions are already perceptible, both from a strategic-structural point of view, i.e., relative to the impacts on the daily operations of the companies that make up the sector, and from the point of view of the business structure of these same companies.
Such advances are a wake-up call to monitor the means and conditions under which these technologies will be inserted into the domestic market. To capture these elements in a way that makes it possible to point out trends, it is worth the effort to observe how this insertion has occurred in the international market and, no less important, to analyze how the regulatory frameworks under development in Brazil and the world are prepared to receive these innovations.
Geopolymer for Low-Temperature Shallow Depth Cementing Applications
Authors: Agista M. N. , Gomado F. D. , Khalifeh M. , Saasen A. , Moreira P. 
Published: October 2023

Abstract
Shallow depth cementing is often faced with the challenges of low temperatures and weak formation strength. To handle this challenge, green alternative cementitious material, so-called geopolymer, is proposed as an alternative to Portland-based cement for this specific application. In this article, the potential of using low-density geopolymer, utilizing the water-extended approach, for low temperature shallow depth application is described. Despite its flexibility in operation and slurry design, water-extended slurry is often faced with challenges such as weaker strength, prolonged thickening time, excessive free fluid and increased risk of particle sedimentation. The objective is to reduce the particle size distribution of its precursors to increase its reactivity and performance in the water extended low-density geopolymer. Two granite-based geopolymer mix designs, a normal-density geopolymer design and a low-density design, are compared. Several tests assessing thickening time, rheology, and compressive strength are performed on both geopolymer materials. For the low-density slurry, higher liquid-to-solid ratio is used to extend the slurry. Different source of precursors with smaller particle size distribution are used as the approach to obtain stable low-density slurry for low temperature application. This approach modifies the rheology profile of the slurry and leads to a more rapid hardening, making it suitable for surface casing cementing applications. Prolonged thickening time issue is solved with the low-density geopolymer, allowing the slurry to have a shorter thickening time. Smaller particle size results in water adsorption capacity and increased reactivity of precursor. Moreover, the low-density geopolymer shows rapid strength development for a short period of observation of 7 days at low temperature. The result shows the potential of low-density geopolymer, utilizing a liquid extended approach, for low temperature surface casing cementing applications.
Subsurface Image Morphing Operator Using Deep Learning Techniques
Authors: Chen C. S. , Datta D. , Chandran A. , Gupta M. , Chen J. , Sidahmed M. 
Published: October 2023

AbstractVelocity uncertainty is one of the major challenges for subsurface imaging in oil & gas exploration. A surrogate migration engine based on image morphing operation can significantly reduce migration costs and speed up subsurface velocity model building workflow. We develop a machine learning based approach to predict subsurface image change due to velocity perturbation. This fast image change estimator takes the three channel inputs: an initial velocity model, its migrated image, and a velocity perturbation. It outputs the new image due to the velocity change. It is implemented using deep neural networks with 3D Fourier neural operator. We verify this image morphing operator with both synthetic data and field data experiments. The goal of this study is in speeding up the velocity model scenario tests.