Entries Tagged ‘Biodiesel’:
filed in Biodiesel on May.20, 2009
We are used to throwing our garbage in the bin, dispose it, and then forget it (and pay the monthly garbage collecting tax). What we often hear is that piles of garbage have saturated square kilometers in big cities, and that by making us comfortable, the garbage company (and, indirectly, us) pollutes the soil and [...]
Tags: Biodiesel, biodiesel pollution, biodiesel power density, biodiesel power increase, plastic cups, plastic recycling, polystyrene biodiesel, polystyrene recycling
filed in Biodiesel, Green News on Mar.18, 2009
Nobel-prize winning chemist Paul Crutzel, along with a team of scientists have demonstrated that biofuels, once thought to be the saving of traditional fuel industry, pollutes 70% more than the fossil fuels. They calculated the emissions released by growing the crops such as maize, rapeseed and cane sugar to produce biofuels. The team of American, [...]
Tags: Biodiesel
filed in Biodiesel on Feb.26, 2009
Although production of biodiesel in Europe has more than doubled in the last two years, urgent market measures are required to create a real market for the fuel quantities being produced, according to the European Biodiesel Board (EBB). Absent those measures, the Board says, production may decline.
Tags: Biodiesel
filed in Biodiesel, How to... on Feb.26, 2009
There are at least three ways to run a diesel engine on biofuel using vegetable oils, animal fats or both. All three are used with both fresh and used oils.
Tags: Biodiesel
filed in Biodiesel, Green News on Feb.26, 2009
What is biodiesel?
Biodiesel is a fuel derived from vegetable oil or animal fats that can be an additive to or entirely replace conventional petroleum diesel fuel. In the United States, the majority of biodiesel is made from soybean or canola oils, but is also made from waste stream sources such as used cooking oils or [...]
Tags: Biodiesel
filed in Biodiesel, Green News on Feb.26, 2009
Nobel-prize winning chemist Paul Crutzel, along with a team of scientists have demonstrated that biofuels, once thought to be the saving of traditional fuel industry, pollutes 70% more than the fossil fuels.
They calculated the emissions released by growing the crops such as maize, rapeseed and cane sugar to produce biofuels. The team of American, British [...]
Tags: Biodiesel
filed in Biodiesel on Feb.26, 2009
Although solar powered devices and solar cells emerge like mushrooms, we still need an immediate solution to power our old cars, until old fuels are completely replaced.
Gliocladium Roseum is a fungus from the Patagonian rainforest, that also grows on wine grapes. It cannot be burned directly, but it seems to produce diesel fuel (or at [...]
Tags: Biodiesel, diesel fungi, diesel fungus, fungus, Gliocladium Roseum, GliocladiumRoseum
filed in Biodiesel on Feb.26, 2009
Biofuels have seen ups and downs in the public’s eyes in recent years. Producing biofuels from eatable plants, such as corn, is a bad idea, while producing it from other fast-growing wild plants is a good idea. Plus, the carbon footprint is almost zero, because the carbon emitted is almost equal to the carbon deposited [...]
Tags: Biodiesel, biodiesel heater, biofuel, biofuel crops, biofuel heater, croton megalocarpus, croton megalocarpus heater, home heater, house heater
filed in Biodiesel on Feb.26, 2009
Nevada researchers have recently found out that waste coffee grounds can be used to create biodiesel. Mano Misra, Susanta Mohapatra, and Narasimharao Kondamudi discovered that spent coffee grounds contain 11 to 20% oil by weight, as much as traditional biodiesel sources of palm, rapeseed or soybean oil.
Tags: Biodiesel, biodiesel from coffee, coffee biodiesel, coffee grounds diesel, starbucks biodiesel, starbucks coffee biodiesel
filed in Biodiesel on Feb.26, 2009
Biodiesel has recently become a very controversed biofuel. It can be obtained from vegetable oil, animal fats, used cooking oil, microalgae and is a potential replacement of petroleum-based diesel fuel.
Tags: advanced distillation curve, Biodiesel, biodiesel oxidation, biofuel, NIST, nist biodiesel, nist biodiesel research, nist tom bruno, t-decalin biodiesel, tetralin, thq, tom bruno biodiesel, tom bruno nist
filed in Biodiesel on Feb.26, 2009
It’s interesting to know, when you’re aboard a plane, that its fuel is derived from algae, and you practically fly on a living creature’s output. Of course, fossil fuels are also based on past living creatures, but the difference is that the fuel from algae is renewable, meaning its carbon emissions can be reused by [...]
Tags: airplane biodiesel, algae biodiesel, algae biofuel, Biodiesel, co2 biodiesel, co2 biofuel, eco-box, eco-box algae, eco-box biodiesel, ecobox algae, fly co2, john lennon airport