
doi: 10.1021/ef700250g
handle: 11588/305368
The production of biodiesel is greatly increasing due to its enviromental benefits. However, production costs are still rather high, compared to petroleum-based diesel fuel. The introduction of a solid heterogeneous catalyst in biodiesel production could reduce its price, becoming competitive with diesel also from a financial point of view. Therefore, great research efforts have been underway recently to find the right catalysts. This paper will be concerned with reviewing acid and basic heterogeneous catalyst performances for biodiesel production, examining both scientific and patent literature.
Technology, Science & Technology, Energy & Fuels, 330, Polynitrogen Strong Bases, Acid Catalysis, Immobilized Catalysts, Microporous Titanosilicate Ets-10, Tio2/sio2 Catalysts, Chemical, Fuel Production, Fatty-acid, Soybean Oil, Engineering, Waste Cooking Oil, Fixed-bed Reactor
Technology, Science & Technology, Energy & Fuels, 330, Polynitrogen Strong Bases, Acid Catalysis, Immobilized Catalysts, Microporous Titanosilicate Ets-10, Tio2/sio2 Catalysts, Chemical, Fuel Production, Fatty-acid, Soybean Oil, Engineering, Waste Cooking Oil, Fixed-bed Reactor
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