An Integrated Business Model Based on Linear Programming for Carrageenan Production Chain in Coastal Village

The blue economy concept is a development program that harmonizes economic growth, social equity, and a sustainable environment. In coastal villages, economic growth could be promoted by selecting a high-value and competitive local-based product, selecting a clean production process with renewable e...

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Main Authors: Widjaja Sjarief, Nugroho Prasetyo Endry, Nurkhamidah Siti, Syarief Arif Irfan, Megawati Sintia
Format: Article
Language:English
Published: EDP Sciences 2024-01-01
Series:BIO Web of Conferences
Online Access:https://www.bio-conferences.org/articles/bioconf/pdf/2024/08/bioconf_srcm2024_04001.pdf
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author Widjaja Sjarief
Nugroho Prasetyo Endry
Nurkhamidah Siti
Syarief Arif Irfan
Megawati Sintia
author_facet Widjaja Sjarief
Nugroho Prasetyo Endry
Nurkhamidah Siti
Syarief Arif Irfan
Megawati Sintia
author_sort Widjaja Sjarief
collection DOAJ
description The blue economy concept is a development program that harmonizes economic growth, social equity, and a sustainable environment. In coastal villages, economic growth could be promoted by selecting a high-value and competitive local-based product, selecting a clean production process with renewable energy, proper waste management, and involving people who live in the coastal area. The research is carried out in Padike village, Talango district, Poteran island, Sumenep, East of Java supported by the vocational high school in Padike and the University of Wiraraja, Sumenep as a partnership institution, and involving people living in Poteran island. An integrated business model based on linear programming was designed to perform a carrageenan production chain that consists of modern seaweed cultivation farming, a high-quality seaweed drying dome, a clean carrageenan processing shop with zero waste management, and clean renewable energy. The model developed based on linear programming was run into 2 different scenarios. The first scenario focuses on the optimization in each production station and the second scenario focuses on the carrageenan production itself. From the different scenarios, we obtained that the second scenario resulted in an appealing opportunity. As a result, an integrated business model for managing the carrageenan production chain has been initiated, and as a practical example of the blue economy model which ensures the proper balance between economic growth, social equity, and a sustainable environment.
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spelling doaj.art-b5290f7ee7794695b94bb09915d92fad2024-01-26T09:39:23ZengEDP SciencesBIO Web of Conferences2117-44582024-01-01890400110.1051/bioconf/20248904001bioconf_srcm2024_04001An Integrated Business Model Based on Linear Programming for Carrageenan Production Chain in Coastal VillageWidjaja Sjarief0Nugroho Prasetyo Endry1Nurkhamidah Siti2Syarief Arif Irfan3Megawati Sintia4Department of Naval Architecture, Faculty of Marine Technology, Institute of Technology Sepuluh NopemberDepartment of Biology, Faculty of Science and Analytical Data, Institute of Technology Sepuluh NopemberDepartment of Chemical Engineering, Faculty of Industrial Technology and Engineering System, Institute of Technology Sepuluh NopemberDepartment of Marine Engineering, Faculty of Marine Technology, Institute of Technology Sepuluh NopemberDepartment of Engineering Physics, Faculty of Industrial Technology and Engineering System, Institute of Technology Sepuluh NopemberThe blue economy concept is a development program that harmonizes economic growth, social equity, and a sustainable environment. In coastal villages, economic growth could be promoted by selecting a high-value and competitive local-based product, selecting a clean production process with renewable energy, proper waste management, and involving people who live in the coastal area. The research is carried out in Padike village, Talango district, Poteran island, Sumenep, East of Java supported by the vocational high school in Padike and the University of Wiraraja, Sumenep as a partnership institution, and involving people living in Poteran island. An integrated business model based on linear programming was designed to perform a carrageenan production chain that consists of modern seaweed cultivation farming, a high-quality seaweed drying dome, a clean carrageenan processing shop with zero waste management, and clean renewable energy. The model developed based on linear programming was run into 2 different scenarios. The first scenario focuses on the optimization in each production station and the second scenario focuses on the carrageenan production itself. From the different scenarios, we obtained that the second scenario resulted in an appealing opportunity. As a result, an integrated business model for managing the carrageenan production chain has been initiated, and as a practical example of the blue economy model which ensures the proper balance between economic growth, social equity, and a sustainable environment.https://www.bio-conferences.org/articles/bioconf/pdf/2024/08/bioconf_srcm2024_04001.pdf
spellingShingle Widjaja Sjarief
Nugroho Prasetyo Endry
Nurkhamidah Siti
Syarief Arif Irfan
Megawati Sintia
An Integrated Business Model Based on Linear Programming for Carrageenan Production Chain in Coastal Village
BIO Web of Conferences
title An Integrated Business Model Based on Linear Programming for Carrageenan Production Chain in Coastal Village
title_full An Integrated Business Model Based on Linear Programming for Carrageenan Production Chain in Coastal Village
title_fullStr An Integrated Business Model Based on Linear Programming for Carrageenan Production Chain in Coastal Village
title_full_unstemmed An Integrated Business Model Based on Linear Programming for Carrageenan Production Chain in Coastal Village
title_short An Integrated Business Model Based on Linear Programming for Carrageenan Production Chain in Coastal Village
title_sort integrated business model based on linear programming for carrageenan production chain in coastal village
url https://www.bio-conferences.org/articles/bioconf/pdf/2024/08/bioconf_srcm2024_04001.pdf
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