Modeling of Salt Supply Chains to Achieve Competitive Salt Prices

Muhandhis, Isnaini; Wirjodirdjo, Budisantoso; Suryani, Erma; Susanto, Heri; Asfari, Ully

doi:10.18461/ijfsd.v12i1.75

Cited by 4 publications

(3 citation statements)

References 17 publications

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“…The process typically involves the following steps: collection of seawater, filtration, evaporation ponds, evaporation, crystallization and then harvesting process of the sea salt. After processing, the sea salt is typically dried and packaged for distribution and sale [1]. Seawater is collected from the ocean or sea.…”

Section: Introductionmentioning

confidence: 99%

The Potentials of Ultrasonic Atomizer Augmented the Sea Salt Productions

Putra,

Sunu,

Sugiartha

et al. 2024

LOGIC

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Ultrasonic atomizers can potentially augment the production of sea salt through a process known as ultrasonic nebulization. While the traditional method of sea salt production primarily relies on natural evaporation, ultrasonic atomization can accelerate the evaporation process. The process typically involves the following steps: collection of seawater, evaporation, brine crystallization and then harvesting process of the sea salt. After processing, the sea salt is typically dried and packaged for distribution and sale. In this project, influencing of ultrasonic atomizer in the process a saline water into the brine, before crystallization can be proceeded. The ultrasonic atomization process significantly increases the surface area of the seawater by converting it into fine droplets. Droplets evaporate more efficient due to large surface area of the droplets. According to testing of the research apparatus which had been conducted, an ultrasonic atomization can increase the salinity by brine evaporation or of droplet productivity of sea salt. This result had been shown that this process can be used to increasing the salinity of sea water. For further steps, this technique can potentially augment the production of sea salt.

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Section: Introductionmentioning

confidence: 99%

The Potentials of Ultrasonic Atomizer Augmented the Sea Salt Productions

Putra,

Sunu,

Sugiartha

et al. 2024

LOGIC

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“…Saltworks integration is the unification of the place and process of salt production in a unified expanse of land with a minimum limit of 15 (fifteen) Ha (Ministry of Marine Affairs and Fisheries, 2020). Saltworks integration activities is to improve the welfare of salt farmers (Fernandes et al, 2020;Muhandhis et al, 2021). The success of saltworks integration through an approach for increasing productivity, quality, continuity, and business institutions (corporatization).…”

Section: Introductionmentioning

confidence: 99%

The Sustainability of Saltworks Integration in Pati Regency, Central Java

Sriwati

Bambang

Hutabarat

et al. 2022

JIPK

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Highlight ResearchThe rainfall intensity can affect the phenomenon of salt farmers, so farmers must have adaptation strategiesSalt Business Group (SBG) is a group of people who have saltworks activities with a minimum number of administratorsThe profit sharing system between the owners and the farmers (called pemadak) is an important factor affecting the income of salt farmersThe function of the kite diagram is to position the value of the sustainability status from the ecological, technological, economic, social and institutional (etesi) aspectsAbstractSaltworks integration is one of the government's efforts as a breakthrough in saltworks technology innovation. Saltworks integration in Pati Regency has been conducted for 4 (four) years starting from 2017 to 2020. The aim of this research was to analyze the sustainability of saltworks integration in terms of ecological, technological, economic, social, and institutional (ETESI) aspects. The research was conducted for 9 (nine) months from March to November 2020. The research locations for saltworks integration were in Raci Village - Batangan Subdistrict, Genengmulyo Village - Juwana Subdistrict, Tluwuk Village - Wedarijaksa Subdistrict, and Kertomulyo Village - Trangkil Subdistrict. Sustainability analysis was performed using Rapfish method. Through the R software, the anchor was created automatically so that users only need to input data through Microsoft Excel, then the Rapfish analysis was carried out automatically by the R software. The results of the sustainability index analysis of saltworks integration in the ecological aspects of Raci Village, Batangan Subdistrict showed a sustainable index value. Genengmulyo Village - Juwana Subdistrict, Tluwuk Village - Wedarijaksa Subdistrict, and Kertomulyo Village - Trangkil Subdistrict had an opportunity of attaining sufficiently sustainable status by considering indicators that affect its sustainability. Technological, economic, social and institutional aspects in all villages, where saltworks integration was located, showed a sufficiently sustainable status.

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“…Most of the previous studies on salt supply chain system has been conducted using the qualitative descriptive approach, descriptive statistics, margin share calculation approach (Widiyastutik, Hapsari, and Kuntadi 2016;Pusat Kebijakan Perdagangan Dalam Negeri (Puska DN) 2012;Jamil and Netti 2015;Mannar and Yusufali 2013;Rinardi and Rochwulaningsih 2017), SWOT (Holis, Sayyidi, and Musoffan 2019;Y. Liu, Han, and Wei 2016;Muensriphum et al 2010), system dynamics (Muhandhis et al 2021), and supply -chain operations reference method (Ming, Junwen, and Xiaoyan 2008;Purnanto, Suadi, and Ustadi 2020). This present study, however, provides an overview of the alternative salt supply chain system including the activities conducted, production costs, marketing costs, salt handling costs, and profit from each element of the system.…”

Section: Introductionmentioning

confidence: 99%

Demand Allocation and Profit Sharing to Improve Salt Farmer’s Revenue: A Cooperative Game Approach

Maflahah

Wirjodirdjo

Karningsih

2021

Preprint

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The main problem of the salt supply chain system is the oligopoly market structure dominated by middlemen which reduces the bargaining power of farmers. It has, however, been discovered that vertical collaboration (farmers to cooperatives) and horizontal collaboration (farmers to farmers) models have the ability to increase farmers' revenue. Therefore, this research was conducted to determine the effect of both horizontal and vertical collaboration models on the salt supply chain system with the expectation to increase farmers' revenue. This involved the application of the cooperative game theory with Shapley's value used as the basis for decision making. The result showed that the collaboration of stakeholders in the salt supply chain system has the ability to increase farmers' revenue, especially when they sell a maximum of 20% of their products through cooperatives and the rest through middlemen. This means the existence of farmers as cooperative members has a positive impact as observed in the revenue increment. Therefore, it is recommended that cooperatives improve their functions and roles as providers of savings and loans and market seekers, determine the appropriate prices for salt, and improve the quality of the products produced by their members. Moreover, a collaboration between farmers is mutually beneficial and this means efforts should be made to ensure cooperation, especially for small farmers.

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Modeling of Salt Supply Chains to Achieve Competitive Salt Prices

Cited by 4 publications

References 17 publications

The Potentials of Ultrasonic Atomizer Augmented the Sea Salt Productions

The Potentials of Ultrasonic Atomizer Augmented the Sea Salt Productions

The Sustainability of Saltworks Integration in Pati Regency, Central Java

Demand Allocation and Profit Sharing to Improve Salt Farmer’s Revenue: A Cooperative Game Approach

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