The method and process of making biodiesel by transesterification and the study of optimum condition for making the highest yield of biodiesel are introduced.
Biodiesel,used as a kind of environmentally friendly and renewable energy has quickly developed in recent years.
The most commonly used method for preparation of biodiesel is transesterification of vegetable oils and animal fats via homogeneous base or acid catalysts.
In order to improve the lipase activity of the Rhizopus oryzae strain which is used for producing biodiesel fuel,ultraviolet mutation is employed in this research.
The biodiesel fuel is a green renewable energy resource.
The characteristic of soapstock were described,its application in producing phosphatide,biodiesel fuel,fatty acid and so on were also discussed.
At present,countries around the world are setting off bio-diesel development and utilization.
The condition factors in ethanolysis reaction,namely the reaction of rapeseed oil with ethanol catalyzed by lipase LVK,to produce bio-diesel were investigated,and the factors included molar ratio of ethanol to oil,catalyst dosage,reaction temperature,reaction time,and so on;the effect of organic solvent and the procedure of ethanol addition were also investigated.
This article introduces the process and the technique of producting bio-diesel by trans-esterification.
生物柴油酯交換反應，使得生物柴油的產量最高的最佳條件研究的方法和過程進行了介紹。
生物柴油，作為一種環保和可再生能源，已迅速發展，近年來
最常用的方法。制備生物柴油的植物油和動物脂肪通過同質化基地或酸催化劑的酯交換反應。
為了提高脂肪酶的活性根霉株，其中用于生產生物柴油燃料，采用紫外線誘變研究
生物柴油燃料。綠色可再生能源資源。
皂腳的特點進行了闡述，還討論了其應用在生產磷脂，生物柴油，脂肪酸等。
目前，世界各國都掀起了生物柴油的開發和利用
的條件在的ethanolysis反應，即菜籽油乙醇LVK脂肪酶催化反應的，生產生物柴油的因素進行了調查，并的因素包括石油，催化劑用量，反應溫度，反應時間，因此乙醇的摩爾比;有機溶劑和乙醇除了程序的效果進行了研究。
本文介紹producting轉酯化生物柴油的過程和技術。

標簽：英文柴油文獻