WERL University of Toronto
The device is designed to improve oxygen supply in fish ponds to boost survivability and yield of the stock.
The Aeration technology device is designed to run on solar power and is equipped with a heat collector unit and a pipe that transfers heat to the oxygen depleted bottom, inducing convective water circulation. The heated water sides and mixes the pond, spreading oxygen-rich water from the top through the entire depth of the pond. It is integrated with a smart device allowing farmers to monitor oxygen condition in order to perform the needed intervention.
The product is designed by students at the Water and Energy Research Laboratory (WERL).
The product is currently being researched in Bangladesh, however the designer aims to enter European and Pacific regions.
The Water and Energy Research Laboratory (WERL) at the University of Toronto
Commercial fish and prawn farmers
The product, still the the prototype phase, is being designed by students at the Water and Energy Research Laboratory (WERL) at the University of Toronto.
The device is easy to manufacture and maintain from locally available materials.
The system requires basic maintenance of cleaning and paint application.
The designer specified performance target include increasing oxygen supply by 30%, reduced electricity costs and carbon emissions, and improve sustainable farming opportunities for farmers.
Testing performed by the manufacturer indicates that oxygen content increased by 30%. No third-party testing has been completed.
No third-party organizations. Testing has been conducted only by the designer.
There are no known safety hazards related to this product
Ahmed, M. et al., Development of a Solar Updraft Aeration System for Pond Aquaculture in Resource-Constrained Environments. IEEE Global Humanitarian Technology Conference, 2015.
Sorkhabi, Y.D, et al., Long-Term Performance Estimation of Aquaculture Solar Aeration System for Developing World. Proc. ASME 2017 Int. Des. Eng. Tech. Conf. Comput. Inf. Eng. Conf., pp. 1–10, 2017.
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