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Renewable energy technologies to reduce post-harvest loss and improve fish quality small scale tuna fishery

Description

Most small-scale fisheries lack reliable access to electricity, technical knowledge on food safety and fish handling, and facilities to maintain a cold chain. This diminishes the quality and high economic value that the small-scale tuna fisheries usually generate.  

In Indonesia, about 60% of the value of large yellowfin tuna harvested by traditional handline fishers is lost due to inefficient supply chains, lack of infrastructure, poor harvest handling practices and other inadequate systems that compromise fish quality.  

This innovation project aims to address these issues by deploying off-the-grid, solar-powered ice-making machines in remote fishing communities in East Indonesia to produce quality yellowfin tuna intended for high-value markets. This initiative will be combined with fishers upskilling to improve handling practices, cold chain protocols, financial literacy, and asset management, ultimately enhancing livelihoods in a climate-friendly manner.

 

IMPLEMENTATION STATUS: Read this brief to know more about what they've achieved in Year 2023

 

READ: Reducing post-harvest loss and improving fish quality to benefit small-scale tuna fisheries

 

Details
Building Equity and Livelihood Resilience by Applying Renewable Energies in Indonesian Small-Scale Tuna Fisheries
  • Start Date
  • End Date
  • Innovator Yayasan IPNLF Indonesia
  • OIC Financing
    250,000
  • Beneficiary Indonesia
  • Category
    Non-Governmental Organization (NGO)
  • Focal Point
    Shannon Hardisty
  • Discussing fish quality issues with fishers in Kawa. Credit: Yayasan IPNLF Indonesia
    Discussing fish quality issues with fishers in Kawa. Credit: Yayasan IPNLF Indonesia
  • Example of the issue fish harvest without proper icing. Credit: Yayasan IPNLF Indonesia
    Example of the issue fish harvest without proper icing. Credit: Yayasan IPNLF Indonesia
  • Ice produced by solar power (testing phase) with GIZ. Credit: Yayasan IPNLF Indonesia
    Ice produced by solar power (testing phase) with GIZ. Credit: Yayasan IPNLF Indonesia
  • Production test at solar ice producing factory with GIZ. Credit: Yayasan IPNLF Indonesia
    Production test at solar ice producing factory with GIZ. Credit: Yayasan IPNLF Indonesia