bluuebunny/crossref_metadata_2025_split huggingface dataset:
Review of Tobacco Taxes Advocacy in Indonesia: A Health Promotion Strategies
Authors: Pambudi Tesalonika Arina , Randa Arnika Murtiningtyas  
Published: August 2024

Background: The global smoking prevalence from 2007 to 2021 decreased from 22.7% to 17%. However, in some countries, the prevalence has not changed or even increased. Indonesia is the third largest country in cigarette consumption. Data shows about 58 million male smokers and 3.5 million female smokers smoke every day. Many tobacco control efforts have been made, including efforts to increase cigarette excise taxes. In the process, there are advocacy efforts included in the health promotion strategy according to WHO in the Ottawa Charter. However, a complete review of the process and results of advocacy is still lacking, even though it can be used to evaluate the implementation of advocacy for future excise tax increases. Aims: This research aims to review the process and results of advocacy as a health promotion strategy in tobacco control. Methods: This research involves CISDI (Center for Indonesia’s Strategic Development Initiatives). The method used was Focus Group Discussion with CISDI and secondary data from political mapping in assessing advocacy results. Results: Advocacy of the excise tax increase policy carried out by CISDI received support from officials or the public amounting to 70.2% and only 23.6% disagreed. Conclusion: Health promotion strategies through advocacy can increase awareness and support from policy makers quite effectively. Tobacco control through increasing tobacco taxes can be carried out if all parties encourage the government to make policies. However, in reality, an increase in tobacco taxes alone cannot reduce cigarette consumption in the community.
Application de l'analyse de cycle de vie aux infrastructures hydrauliques : retours d’expérience de deux sociétés d’aménagement régional
Authors: SFERRATORE Agata , GÉHÉNIAU Nicolas 
Published: August 2024

L'analyse de cycle de vie (ACV) s'applique en tant que méthode d'évaluation environnementale à différentes étapes d'un projet d'infrastructure hydraulique : dans les études amont, pour comparer des variantes, mais aussi lors des phases de conception détaillée, afin d'écoconcevoir les ouvrages. L'ACV complète l'analyse des impacts par une vision plus globale et complémentaire à celle des évaluations environnementales, études d’impact réglementaires et inventaires faune-flore. Deux sociétés d’aménagement régional spécialisées dans la conception, la réalisation et la gestion de grands ouvrages hydrauliques font le point de la façon dont ils ont appréhendé cette méthode. L’un des freins à l’applications de cette méthode est le fait qu’elle nécessite une certaine expertise pour être appliquée, ce qui bride certaines entreprises à disposer de ressources en interne pour réaliser des ACV. Une autre difficulté est l’imprécision des bases de données des facteurs d’émissions, qui ne permet pas de modéliser tous les aménagements souhaités. Cependant cette difficulté commence à être levée par la généralisation auprès des fournisseurs de fiches de déclaration environnementale et sanitaire (FDES) qui sont basées sur des ACV et qui renseignent les émissions d’un produit (ex. une canalisation). Dans l’avenir les perspectives d’application de la méthode sont prometteuses, car l'ACV peut être aussi l'un des leviers d'action pour engager une transition vers une stratégie bas carbone : l’identification des principaux impacts d’une entreprise via une ACV permet de cibler sur quoi agir. Dans le cas des aménageurs d’infrastructure d’eau, l’effort doit être concentré en amont, sur les modalités de production des matières premières, et en phase d’exploitation, par exemple pour optimiser l’usage de l’énergie dans la distribution de l’eau. Enfin, dans un futur proche, l’ACV à l’échelle territoriale pourrait évaluer l'opportunité et les modalités de réaliser des aménagements, afin d'identifier les services rendus au territoire par différentes variantes d'aménagement.
Analisis pengaruh dana keistimewaan terhadap kemiskinan di Provinsi Daerah Istimewa Yogyakarta tahun 2017-2022
Authors: Suharto Suharto , Aini Farida Nur 
Published: August 2024

Purpose – This study aims to analyze the effect of Special Funds (DAIS) on poverty in the Province of D.I Yogyakarta (DIY) by adding the variables of General Allocation Funds (DAU), Special Allocation Funds (DAK), and Revenue Sharing Funds (DBH) as controlling variables.
Methods – This study uses secondary data in the DIY Province for the period 2017-2022 obtained from the Central Statistics Agency and the Regional Development Planning Agency. It uses panel data regression as a data analysis method.
Findings – The results of this study indicate that the Special Funds (DAIS) and General Allocation Funds (DAU) do not affect poverty in the Province of D.I Yogyakarta. The Special Allocation Fund (DAK) has a negative and significant effect on poverty in the Province of D.I Yogyakarta. The Revenue Sharing Fund (DBH) has a positive and significant impact on poverty in the Province of D.I Yogyakarta.
Implication – Based on the results of this study, it is hoped that policymakers can optimize the allocation of Special Funds (DAIS), General Allocation Funds (DAU), and Special Allocation Funds (DAK) in the process of alleviating poverty.
Originality – This study contributes to analyzing the influence of DAIS, DAU, DAK, and DBH on poverty, especially in the Special Region of Yogyakarta Province.

Abstrak
Tujuan – Penelitian ini bertujuan untuk menganalisis pengaruh Dana Keistimewaan (DAIS) terhadap kemiskinan di Provinsi D.I Yogyakarta dengan menambah variabel Dana Alokasi Umum (DAU), Dana Alokasi Khusus (DAK), dan Dana Bagi Hasil (DBH) sebagai variabel pendukung.
Metode – Penelitian ini menggunakan data sekunder di Provinsi D.I Yogyakarta pada periode 2017 – 2022 yang diperoleh dari Badan Pusat Statistik dan Badan Perencanaan Pembangunan Daerah dengan menggunakan metode analisis data yaitu regresi data panel.
Temuan – Hasil penelitian ini menunjukkan bahwa Dana Keistimewaan (DAIS) dan Dana Alokasi Umum (DAU) tidak berpengaruh terhadap kemiskinan di Provinsi D.I Yogyakarta. Dana Alokasi Khusus (DAK) berpengaruh negatif dan signifikan terhadap kemiskinan di Provinsi D.I Yogyakarta. Dana Bagi Hasil (DBH) berpengaruh positif dan signifikan terhadap kemiskinan di Provinsi D.I Yogyakarta.
Implikasi – Berdasarkan hasil penelitian ini diharapkan pemangku kebijakan dapat mengoptimalkan alokasi Dana Keistimewaan (DAIS), Dana Alokasi Umum (DAU), Dana Alokasi Khusus (DAK) dalam proses untuk mengentaskan kemiskinan.
Orisinalitas – Penelitian ini berkontribusi dalam menganalisis pengaruh DAIS, DAU, DAK dan DBH terhadap kemiskinan khususnya di Provinsi D.I Yogyakarta.
Analisis Studi Kelayakan Investasi Pengembang Property Pembangunan Perumahan Kelir Residence
Authors: Irfauji firman hidayat Irfauji , Sulastri Dewi Laras , Marhendi Teguh 
Published: August 2024

Hunian merupakan bangunan dengan fungsi untuk tempat tinggal yang nyaman dan aman. Kebutuhan beserta permintaan rumah layak huni terus meningkat, program KPR bersubsidi dari pemerintah menjadi solusi memiliki hunian melalui perbankan dan pelaku developer perumahan. Desa Karangklesem Kecamatan Purwokerto Selatan akan dilakukan pembangunan perumahan bersubsidi pada lahan 3.569,8 m2 dengan tipe 32/66 sejumlah 32 unit, Pengembang perumahan selain memenuhi kebutuhan rumah layak huni bagi msyarakat Banyumas juga harus memperhatikan segi bisnisnya tingkat kelayakannya. Perumahan Subsidi di Desa Karangklesem Kecamatan Purwokerto Selatan pembangunan. Pendanaan didapatkan dari dana sendiri yang ditambah pinjaman Bank. Penelitian ini bertujuan untuk mengetahui layak tidaknya pembangunan Perumahan Subsidi Kelir Residance di Kabupaten Banyumas dari aspek finansial. Metode yang digunakan adalah metode comparative dengan analisis biaya untuk mendapatkan nilai Net Present Value , Benefit Cost Ratio serta Internal Rate of Return. Dari hasil analisis yang sudah dilakukan hunian Subsidi di Desa Karangklesem Kecamatan Purwokerto Selatan, sehingga diperoleh poin dari sektor kelayakan finansial, proyek konstruksi hunian subsidi kelir residence dikatakan layak (feasible) pada nilai Rp 2.877.553.828,13,-, serta nilai BCR sebesar 1,48 dan nilai IRR mencapai 12 %.
Perbandingan Metode International Roughness Index Dan Surface Distress Index (Studi Kasus Ruas Jalan Irigasi Harapan Jaya, Kota Bekasi)
Authors: Iqbal Ahmad , Windari Aulia Choiri , Sari Ribut Nawang 
Published: August 2024

Jalan merupakan sarana penghubung wilayah dengan wilayah lain sehingga tercipta interaksi sosial, ekonomi, dan budaya yang merupakan bagian infrastruktur yang sangat penting dalam mendukung pembangunan ekonomi, politik, sosial budaya, pertahanan dan keamanan. Oleh karena itu, pada penelitian ini bertujuan untuk mengidentifikasi tingkat kerusakan dan mengetahui kerusakan apa saja yang ditemukan pada lapisan permukaan perkerasan lentur Jalan Irigasi Harapan Jaya Kota Bekas, kemudian untuk mengetahui nilai atau tingkat kerusakan yang terjadi pada Jalan Irigasi Harapan Jaya Kota Bekas STA 0+ 000 STA 2+000.
Hasil perhitungan nilai kerusakan rata-rata IRI Jalan Irigasi Harapan Jaya memiliki nilai IRI rata-rata 18,5 yang apabila masuk dalam rentang perhitungan nilai IRI rata-rata > 12 maka Jalan Irigasi Harapan Jaya memiliki nilai kondisi rusak berat. Hasil dari kerusakan SDI Jalan Irigasi Harapan Jaya memiliki nilai rata-rata SDI 156 yang mana masuk dalam penilaian perhitungan nilai SDI > 150 maka Jalan Irigasi Harapan Jaya memiliki nilai rata-rata kondisi rusak berat.
President’s Column: Creating Our Energy Future
Authors: Palisch Terry 
Published: August 2024

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Editor’s Note: This is a summary of the August episode of the President’s podcast. We encourage you to listen to the episode to hear the full conversation.

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In this month’s episode, I was joined by Austin Palisch, staff engineer at Liberty Energy (and my son), for the final episode of my presidency. Our discussion focuses on reviewing the past year, my theme of “Creating Our Energy Future,” and the future of the Society of Petroleum Engineers.

Recent Travels and Engagements
Austin and I start the episode by recapping my recent travels. It has been a busy month. I started with the Oil and Natural Gas Technology Symposium in Washington, DC. This event, co-sponsored by the American Association of Petroleum Geologists (AAPG) and the Society of Exploration Geophysicists (SEG), focuses on sustainable energy for future generations. It brings together technical leaders, policymakers, and think tanks to discuss sustainable energy and strategies for the future.
Then, I started my European tour in Dubrovnik, Croatia, where I helped kick off a summer school event focused on energy and geothermal energy. In Paris, I participated in a panel about generational diversity in the workforce. In Vienna, I met with the OMV leadership team, an important sponsor in the region, and attended the Vienna Basin Section’s annual event. Next, I visited Milan and Turin, Italy, where I met with the Italian Section to discuss local initiatives and attended our forward-thinking European Energy Conference and Exhibition (EuropEC). The trip concluded with a visit to the London Section before heading to Stavanger, Norway, for the summer SPE Board meeting.

My Presidency
Austin and I discussed my year as president by reiterating my theme. “Creating Our Energy Future” has been the foundation for my talks and presentations throughout my presidency. The energy industry’s future relies heavily on young professionals and students, and I chose this theme to guide SPE members and the organization toward a sustainable future.
This theme has been well-received globally as I travel and meet members. My messages emphasize the importance of lifelong learning, industry participation, and volunteerism, and how leadership and SPE are the paths to accomplish this. I like to compare SPE membership to a gym membership, where the benefits increase with active participation.
Machine Learning Helps Predict Electrical Properties of Heterogeneous Reservoirs
Authors: Carpenter Chris 
Published: August 2024

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This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper IPTC 23381, “Machine-Learning-Assisted Prediction of Electrical Properties for Heterogeneous Reservoirs: Case Study in Mamey Field, Northern Colombia,” by Carelis Moya, Hocol; Roxiris C. Prado, Halliburton; and Hugo Caycedo, Hocol, et al. The paper has not been peer reviewed. Copyright 2024 International Petroleum Technology Conference.

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Petrophysical characterization in reservoirs with high heterogeneity is a consistent challenge. The case study presented in the complete paper describes a machine-learning (ML) technique to determine electrical properties. The methodology combines logs, rock types, and facies and digital core analyses from the Mamey field in northern Colombia, a reservoir composed of interlaminated mudstones and very-fine to fine sandstones enclosed in a deltaic environment and capped by cross-stratification sandstones associated with incised valley deposits. The results obtained indicate that the technique is feasible for estimating a continuous curve of the Archie parameters m and n associated with the textural changes identified in images and computed tomography.

Introduction
For many years, the industry has reviewed easily extracted reservoirs and neglected those that were slightly more complex. Rock parameters were obtained from conventional core analysis using Archie’s cementation coefficient (m) and saturation exponent (n) used in petrophysical analysis, parameters that were difficult to pin down, especially in complex reservoirs because of rock typing, facies, stratigraphy, and structural variations.
The authors’ study was used to supplement the petrophysical model and was focused on reserves estimation according to a water-saturation model, with m and n obtained from digital and conventional rock analysis. The method involved an ML technique using logs (triple-combination, sonic, petrophysical curves, microresist images, facies, and rock type) to obtain m and n.

Geological Background
The Saman field is in the northwestern part of the Lower Magdalena Valley (LMV) Basin. The petroleum system in this region is linked closely to the Oligocene and Neogene sequences. The key reservoirs include the Cienaga de Oro (CDO), Chengue, and Lower Porquero formations. Within the LMV, the CDO represents an Oligocene/Miocene sequence associated with a transgressive system originating from shallow marine environments. The shoreline is interpreted as having undergone a west-to-east movement, effectively filling ancient basement topography, particularly in the San Jorge and Plato depocenters. Detailed core interpretations in Saman reveal the presence of deltaic facies within the CDO, which notably prograde toward the northwest.
Technology Focus: Subsea Systems (August 2024)
Authors: Abdelaty Ibrahim Fahmy 
Published: August 2024

The integration of engineering, science, and technology and collaboration between industry and research centers are behind the fast growth in the development of subsea systems, which play a significant role in pushing offshore energy to boundaries not foreseen for this decade and shape a bright future for the oil and gas industry. Continual improvement in advanced and innovative technology of subsea systems and applications has overcome several upstream challenges in terms of design, environment, economics, operational risks, and constraints efficiently and effectively.
Because we are in the energy-transition decade, accumulated knowledge transfer, outstanding skills, and exceptional experience in executing complex oil and gas subsea engineering, procurement, construction, and installation are highly recommended as the main references for the transformation toward low-carbon offshore energy projects. The selected papers confirm that subsea systems will continue to play a significant role in providing reliable, affordable, stable, secure, and sustainable energy across the globe and will continue to grow for many decades.
Paper OTC 32705, “Mero Field: Subsea Development Challenges,” details the subsea system development with highlights on early production systems, various new solutions, and technological achievements in the subsea scope. The Mero Field project was selected as a finalist for the 2022 International Petroleum Technology Conference Excellence in Project Integration Award.
Paper OTC 34987, “Selection of Subsea System Architectures for Offshore Carbon Capture and Storage (CCS),” defines the associated subsea controls architecture for four different configuration scenarios, identifying the optimal CCS scheme considering total depth of the equipment, technology gaps, technical risks, and costs.
In paper SPE 215580, the authors present root-cause analysis of subsea pipeline hydrate blockage, experience from hydrate plug and melting, and the importance of implementing the right flow-assurance strategy and contingency plan. The paper was presented at the 2023 Offshore Europe conference in Aberdeen.
The three alternate papers also were very high-quality, written at a level equivalent to the primary selections. They discuss critical subjects and are strongly recommended. They can be found in the OnePetro online library. Two alternate papers highlight the application of advanced subsea technology, while a third focuses on preventing gas hydrate formation in subsea production systems.
Recommended additional reading at OnePetro: www.onepetro.org.
OTC 35027 Advanced Shutdown/Startup Analysis for Gas Hydrate Prevention in Subsea Production Systems by L.F.R. Dalla, Petrobras, et al.
OTC 34928 Subsea Compression: Sustainably Unlocking Subsea Gas Resources to Any Scale by Alexandre Lupeau, OneSubsea, et al.
OTC 35327 Subsea Reinjection of Methane-Rich Gas: System Design and Injection Pump Testing by A.C. Hill, ExxonMobil, et al.
Experimental Investigation of Amine Regeneration for Carbon Capture through CO2 Mineralization
Authors: Oeiyono Cynthia , Ratnakar Ram R , Mohanty Kishore 
Published: August 2024

Summary
The most common method for point-source carbon capture involves the absorption of CO2 from flue gas by amine solutions. The CO2 is then stripped from the amine solution by desorption with steam or heat. While amine solvents exhibit high CO2 absorption efficiency, their desorption process consumes a substantial amount of energy. A more energy-efficient alternative for the regeneration of the amine can be done through a mineralization process. Past studies have shown the feasibility of mineralizing captured CO2 from amine solution using calcium oxide (CaO) or other CaO-containing industrial waste. This study aims to show experimentally the extent of mineralization over time in near-ambient conditions and develop a mechanistic model. Lab-scale experiments are conducted to determine the absorption characteristics of CO2 in monoethanolamine (MEA) solutions and the extent of mineralization. We observe that pH serves as an indicator for CO2 loading in amine solutions. At high concentrations of MEA, CO2 absorption efficiency is about 0.5 mol CO2/mol MEA. Under ambient pressure and a temperature of 40°C, CaO effectively mineralizes CO2 and regenerates MEA. The CaO initially reacts with water to produce calcium hydroxide (Ca(OH)2) and subsequently reacts with dissolved CO2, forming calcium carbonate (CaCO3). Both 13C nuclear magnetic resonance (NMR) and FTIR indicate that MEA can be regenerated with an efficiency close to 69 to 98%, by comparing the carbamate and bicarbonate peaks in the 13C NMR response. A model to describe the absorption and mineralization reaction is proposed using the PHREEQC software; the pH is matched within less than 3% error. This study demonstrates that CO2 desorption from MEA solutions can occur through mineralization, converting CO2 into carbonates at low pressure and temperature with CaO. This method has lower energy consumption and results in the most stable form of CO2, making it a safer sequestration strategy than supercritical CO2 storage in reservoirs.
Legal Issues of Cross-Border Data Transfer in the Era of Digital Government
Authors: Bolatbekkyzy G. 
Published: August 2024

Objective: to identify the main legal factors of cross-border data exchange in the context of digital technology proliferation and government digitalization, including legal guarantees, security issues, cybersecurity risks, approaches to regulating and improving the efficiency of data management in various jurisdictions.Methods: the study relies on synthesis and critical analysis of various aspects of the stated problem, including analysis of primary and secondary sources. By the example of the regulatory policies of China, the US, the EU and EAEU member states, different approaches regarding the restriction or encouragement of free cross-border data transfer are compared. A comprehensive meta-analysis and literature assessment provided insights into the methods used for data protection in different jurisdictions and allowed outlining the framework and directions of the public policy required for effective cross-jurisdictional data transfer.Results: the main challenges associated with cross-border data transfer in the context of digital technology proliferation and government digitalization, such as growing inequalities in digital development, legal uncertainties, privacy and cybersecurity, etc., were identified. The legal framework of cross-border data transfer in the context of government digitalization and its implementation were analyzed. It contributed to the search for ways to improve the government efficiency in the context of transnational data transfer, including rendering services and promoting openness and public participation.Scientific novelty: based on the analysis of various jurisdictions’ approaches to legal, security and sovereignty issues caused by transnational data transfer, the author reveals the role and applicability of international law, as well as the unique challenges arising in the member states of the Eurasian Economic Union on the way to the formation of transboundary trust space.Practical significance: the study of these issues may help various public agencies, first of all, governmental and legislative bodies to the elaborate well-targeted political and legal decisions, aimed at achieving a balance between data availability and data security, between the effectiveness of public administration and respect for the human rights. The results obtained will also be of importance for other subjects of relations in cross-border data transfer and regulation of these relations.