Energy Recovery from Fish Waste and Synthesis of Quality Biodiesel - Ramamoorthy, K.
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Increasing demand for fossil fuels in the world, reduced fossil fuel's resources and pollution problems are the causes to introduce alternative renewable resources. Waste generated from seafood processing plants varies from 10-50 wt.% of landed fish depending on the type of fish, product, and processing techniques. A portion of this waste contains fish oil and varies significantly depending on the species. Considering this phenomenon, three prominent methods have been applied to produce fish oil and the bio-diesel conversion have made by the transesterification process from the purified fish…mehr

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Produktbeschreibung
Increasing demand for fossil fuels in the world, reduced fossil fuel's resources and pollution problems are the causes to introduce alternative renewable resources. Waste generated from seafood processing plants varies from 10-50 wt.% of landed fish depending on the type of fish, product, and processing techniques. A portion of this waste contains fish oil and varies significantly depending on the species. Considering this phenomenon, three prominent methods have been applied to produce fish oil and the bio-diesel conversion have made by the transesterification process from the purified fish oil. The solid fish meal waste showed all essential nutrients, vitamins, and mineral contents. In this logic, the present study is designed for utilizing the waste into valuable by-product and to obtain the Eco-friendly financial benefits.
Autorenporträt
Dr. K. Ramamoorthy, M.Sc., P.hd., working as an Associate Professor in the Faculty of Marine Sciences, Annamalai University, Parangipettai -608502, India. He is focusing on marine waste utilization management and the production of biodiesel from fish waste.