Page 293 - Advances in Eco-Fuels for a Sustainable Environment
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Ecofuel conversion technology of inedible lipid feedstocks to renewable fuel  253


                        [88]              [88]         [89]








                        88                78           95.1



                          (Candida  carbonate)¼  (candida  carbonate)¼  500W  wt.  5%




                        200W  lipase  10%  (Dimethyl  lipase  20%  (Dimethyl  (heating);  oxide  chloroform¼3or4mL

                        30kHz,  immobilized  B)  lipase  DMC  1%  water  t¼4h  ultrasound  immobilized  B)  lipase  DMC  1%  water  t¼36h  600W  process)  catalyst¼graphene  t¼40min


                        Ultrasound:  Catalyst:  antartica  Reactant  5mL/g  Distilled  T¼50°C,  Nonassisted  Catalyst  antartica  Reactant  5mL/g  Distilled  T¼50°C,  Microwave  (holding  Solid  Methanol¼4mL  Cosolvent  T¼90°C,














                        sp.                            pyrenoidosa
                        Botryococ-cus  (dry)           Chlorella








                             assisted                      assisted



                        trans  (esterification)  ultrasound  trans(esterification)  microwave

                        situ                           situ
                        In   by                        In  by
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