Promoting fish drying using efficient biomass fired dryers.
Promoting fish drying using efficient biomass fired dryers.
The proposed project was undertaken with a view to promote fish drying using efficient biomass fish dryers. This project brought forward two approaches of drying fish. The first approach was of sun drying the fish, and the other one was electric drying of fish. The sun drying of fish was done either on floors or on beaches, which involved low investment and no additional energy input. The disadvantage with this method was the intermittent nature of solar energy throughout the day and different times of the year. It also led to contamination of the food material by dirt or insects, causing spoilage and losses etc. The net result was low hygiene and contamination of fish, and the only alternative was to have electric drying, which was a high investment technology and used only in industries. Thus, the project aimed at providing biomass-fired dryers for drying various products such as vegetables, fruits, herbs, spices and fish. The main thrust behind this project was to introduce fish drying operations, which provided hygiene, which was cost effective, and could be operated at small scales. The project also seeked to evolve a technology for its large scale replication and assessing the requirements of a sustainable technology transfer mechanism with the involvement of end-users (women in this case) in fishing.
The main objectives of the project were to:
? Disseminate and popularize an environmentally benign technology amongst the socially and economically backward sections of the society and in the process, contribute positively to climate change initiatives
? Provide opportunities for enhanced incomes for fisher women through appropriate technological intervention
? Empower the community to use a common resource

The project aimed to achieve the above objectives through initial interaction with the fisher- folk, assessment of the current fish drying operation; identifying local NGO working with fishing community; exposure visits to the fisher ?folk to biomass dryers constructed by TIDE; training of fisher women in fish drying and trail production of dried fish; installation of dryers of appropriate capacity in identified locations; setting up of appropriate market linkages; development of mechanism of ?pay and use? for the dryer by members of self help groups and replication of the methodology in other identified locations.
 
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Project Snapshot

Grantee:
Technology Informatics Design Endeavour
Country:
India
Area Of Work:
Climate Change Mitigation
Grant Amount:
US$ 25,053.00
Co-Financing Cash:
US$ 2,325.00
Co-Financing in-Kind:
Project Number:
SGP/GEF/IND/OP2/02/KAR05
Status:
Satisfactorily Completed
Project Characteristics and Results
Promoting Public Awareness of Global Environment
? Women empowerment to manage and use an environment friendly asset, for its own upliftment, was achieved to a large extent. ? Biomass fired dryers replaced electric dryers: The project initiative to shift towards the use of renewable source of energy was attained.
Capacity - Building Component
Capacity building was one of the major components of project implementation. Women members of SHGs were trained in usage of dryer, production of value added products, packing, storage, enterprise management and profit sharing.
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SGP Country office contact

Mr Manish Kumar Pandey
Email:
Ms Aradhana Goyal
Email:

Address

The Energy and Resources Institute (TERI), 6C Darbari Seth Block, India Habitat Centre, Lodhi Road
New Delhi, Delhi, 110003