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