Vessel Mooring Analysis and Ignition Range Dispersion Analysis for LNG Jetty Facilities

Turbaningsih, Oktaviani; Yuanita, Nita

doi:10.11113/jt.v69.3284

Cited by 2 publications

(2 citation statements)

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“…Another important criterion is the possibility of connecting LNG terminals to the main pipeline network. Other than the aforementioned criteria, there are a whole range of spatial, environmental and other criteria for the construction of LNG terminals, dictated by the technical, environmental and economic logic of the project, which need to be fulfi lled if the project is to be realized [2,[11][12][13][14][15]. It is clear that at the site selection stage it is necessary to collect fi eld data in order for the evaluation to be carried out.…”

Section: Daje Pregled Aktivnosti Postupaka I Metoda Defi Niranja Opti...mentioning

confidence: 99%

Application of Multicriteria Analysis in the Selection of the LNG Terminal Location

Krpan,

Cvitković,

Poletan Jugović

et al. 2023

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Positioning of large energy facilities is, as a rule, accompanied by a strong rejection of local and regional communities, without which it is not possible to determine the location and construction conditions for the facility in spatial plans. However, a synergy of three components may enable a successful project realization. Firstly, the application of verified and objective scientific methods for the selection of the most appropriate LNG terminal location. Secondly, the consideration of the best world practices in project documentation preparation for such terminal construction. And lastly, the continuous involvement of the local community into the entire process. The paper presents an approach aimed at solving the problem of choice by applying the methodology of choosing the “best compromise location” based on system characteristics, available data, set criteria, and limitations. The key “dimension” of such a problem is “space”, i.e. the spatial aspects of location selection. The paper provides an overview of the activities, procedures, and methods used to define the optimal location of the receiving LNG terminal in the Republic of Croatia as part of the analysis and research carried out by EKONERG and in the function of creating the Spatial Plan of Primorje-Gorski Kotar County. Accordingly, the main objective of this paper was to highlight the specifics of LNG terminal site selection as well as the possibility of objectively defining the optimal location using the multi-criteria decision-making method that simultaneously takes into account all influential factors and criteria in defining it. The paper uses the methodology of multi-attribute decision process and multicriteria analysis of the selection of the optimal location of the LNG terminal on the territory of Primorje-Gorski Kotar County. It systematically and scientifically analyses, consistently formulates, and proposes elimination and comparative criteria necessary to determine the optimal location of the LNG terminal for the purpose of drafting regional level spatial planning documents. The presented methodology was carried out using the process of multicriteria ranking of variants. The method of weighted sum values was used. Weighting factors are determined partly in an exact way (where possible) and partly based on the application of Delphi group decision-making methods. The methodology was tested on a concrete example of variant analysis for the location of LNG terminals in the Republic of Croatia. By implementing the presented methodology, the location of the northern part of the island of Krk was determined as optimal for the location of the LNG terminal. The aforementioned was implemented in the Spatial Plan of Primorje-Gorski Kotar County, and the first phase of the receiving LNG terminal was built and put into full operation.

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Section: Daje Pregled Aktivnosti Postupaka I Metoda Defi Niranja Opti...mentioning

confidence: 99%

Application of Multicriteria Analysis in the Selection of the LNG Terminal Location

Krpan,

Cvitković,

Poletan Jugović

et al. 2023

Naše more

View full text Add to dashboard Cite

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“…2 Mooring operation (Flory et al 1998;Turbaningsih 2014) The mooring arrangement should be as symmetrical as possible to the ship CL (centerline); the breast line should be as perpendicular as possible to the ship CL, and the spring line should be as parallel as possible with the ship's centerline…”

Section: Port Infrastructure For Project Cargo Operationmentioning

confidence: 99%

The study of project cargo logistics operation: a general overview

Turbaningsih

2022

J. shipp. trd.

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The recent renewable energy infrastructure development trend and modular construction concept surge academic interest in the project logistics sector. The project logistics is the transportation processes for oversized cargo, critical and high value, that belong to infrastructures projects; that require specialised stowage, lifting and transporting loaded and discharged at different ports. This study aims to introduce project logistics to the public sector. The author uses the descriptive review to elaborate on the niche problem of project cargo transportation. The flow of project cargo operation from the fabrication yard to the final installation site is discussed in this paper. Planning of project cargo logistics requires an integrated planning approach that considers the following aspects total delivery cost management, end-to-end visibility, transport routing management, variability management, integrated international and domestic workflow, and technical safety consideration. The decision-making for fleet selection should be based on the optimum scenario evaluating the damage’s total logistics cost, delivery time, risks and consequences. This study can be a guide to accommodate multidiscipline studies that consider commercial, technical, and safety aspects of project logistics.

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Vessel Mooring Analysis and Ignition Range Dispersion Analysis for LNG Jetty Facilities

Cited by 2 publications

References 0 publications

Application of Multicriteria Analysis in the Selection of the LNG Terminal Location

Application of Multicriteria Analysis in the Selection of the LNG Terminal Location

The study of project cargo logistics operation: a general overview

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