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City Houston / Osaka / Bath / Tokyo / Victoria / Xian / Article / Darmstadt / Francis / / Company Daejung Co. Ltd / Renewable Energy / S. Hemaiswarya N. A. / Merck / Creative Commons / Hindawi Publishing Corporation / Toyo Roshi Inc. / / Country Germany / Japan / United States / Australia / Korea / / / Facility College of Engineering / Development Institute / Kangwon National University / Seowon University / Korea Institute of Ocean Science / / IndustryTerm algae oil / biodiesel manufacturing / oil content chlorella pyrenoidosa / peruviana seed oil / biotechnology / gas chromatography / extracted algal oil / vegetable oil / food prices / extraction equipment / chemical reaction / oil reacting / oil / high oil productivity / bio-energy / food / oil extraction / oil-bearing material / mild processing conditions / experimental design tool / heavy metal ion content / fuel oil / cotton seed oil / oil-like materials / / Organization Korea Institute of Ocean Science & Technology / Ministry of Oceans and Fisheries / Department of Bioengineering and Technology / Korean Society for Biotechnology / Kangwon National University / Department of Medical Biomaterial Engineering / Korea Ocean Research & Development Institute / Department of Food Science and Engineering / College of Engineering / Seowon University / / Person Shi Heung / / Position Academic Editor / / ProvinceOrState New York / Victoria / / Technology Biotechnology / biofuels / gas chromatography / / URL http / SocialTag 
Enhancement of Biodiesel Production from Marine Alga, Scenedesmus sp. through In Situ Transesterification Process Associated with Acidic Catalyst