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Basheer S.,TransBiodiesel | Watanabe Y.,Osaka Municipal Technical Research Institute
Lipid Technology | Year: 2016

Lipase-catalyzed production of biodiesel has been proven an effective method, particularly for using low-quality feedstocks. Recently, different lipases in their free and immobilized forms have been proposed and used at lab as well as at semi- and full-industrial scales using second generation feedstocks characterized by a high content of free fatty acids (FFAs). Enzymatic production of biodiesel using third generation feedstocks derived from oleaginous microorganisms has also been successfully evaluated. However further research is still needed in order to justify economically the production of biodiesel from such feedstocks as well as eliminate technical challenges related to the performance of the enzyme. © 2016 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim. Source

TransBiodiesel | Entity website

TransBiodiesel provides the technical support needed for successful implementation of its innovative enzyme technology. The Company supports retrofitting of existing biodiesel plants and provides the design, needed for retrofitting of the process equipment to adjust the whole unit to the enzymatic process ...

Biodiesel is a fuel produced by mixing different renewable feedstocks (oils and fats), methanol, and a catalyst. The chemical process called transesterification is carried out in the presence of alkaline or acid-based catalysts ...

TransBiodiesel | Entity website

CEOThe Regional R and D Center-The Galilee SocietyP.O ...

TransBiodiesel | Entity website

TransBiodiesel produces immobilized enzyme-based biocatalysts for production of first and second generation biodiesel fuels, complying with ASTM and EN specifications. Biocatalysts are environment-friendly, and enable the use of first and second generation feedstocks, while lowering the total production costs of biodiesel fuels ...

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