Using glycerin for hydrogen-rich syngas production has been completed but utilizing the syngas for combustion and power generation has not been done. Additionally, once the rig is capable of operating directly with the initial production of biodiesel, there will be many commercial applications for the process. Yeast Coproducts Michael Morgan, an undergraduate at Utah State University, began working as a research assistant, in , with the USU team on biofuels projects under the mechanical engineering program, but after becoming deeply interested in lipid technologies he switched his major to biochemistry.
Now he is based in the biochemistry lab of professor Lance Seefeldt. USU began researching algae production in The team successfully created and patented a direct in-situ transesterification biomass conversion, which allows conversion of all available lipids from the biomass without doing an initial neutral lipid extraction from the microbial sources.
Morgan set up a dynamometer and emissions station for testing the performance and emissions characteristics of each of the three microbial biodiesel types, for comparison to soybean biodiesel and No.
The team also built a diesel streamliner fueled by biodiesel from algae, bacteria and yeast and raced it on the Bonneville Salt Flats three times, setting one record and beating two current records. Morgan was lucky enough to drive the racecar during one of those timed events and produce the yeast and algae biodiesel used at the famed race spot in and We are in the process of working with an industry partner to optimize protein production from a few of our yeast strains and are also using genetics to produce specific desired products that have higher value.
Most of the coproduct work at USU has focused on yeast. This is why we have been working mainly with proteins and recently some lubricants. We are blazing new frontiers here in our lab due to our choice of microbial strains for biodiesel and bioproduct creation and, as such, are helping to develop new markets or enter existing markets with an alternative product source.
Ron Kotrba Editor, Biodiesel Magazine rkotrba bbiinternational. The Next Generation of Biodiesel Coproduct Research The uses of glycerin - crude, USP-grade or otherwise - and other byproducts from biodiesel production are virtually limitless. Related Articles NBB celebrates 10 years in green office space with ceremony. After extracting the oil, it underwent conventional processing into biodiesel.
The estimated cost of producing biodiesel following this method could be for about one US dollar per gallon. Further, this research on biodiesel fuel at present states that as there is much coffee around, several hundred million gallons of biodiesel could be made annually using this technique which is not difficult. Toimituksen Viimeiset Know about Biodiesel fuel Cars Autos are one thing on this planet that cause a great deals of contamination particularly in light of the way that there are so a hefty portion of them far and wide.
It is destroying nature's turf and influencing the air that we breathe. What Is Biodiesel Fuel? Know the biodiesel fuel blends commonly in use today. Equipment Testing The demonstration uses a three cylinder Kubota diesel engine mounted on a trailer to travel to locations for presentation.
The engine was outfitted with a Land and Sea dynamometer to record horsepower and torque. The presentation covers safety precautions and biofuel production and benefits to consumers. Positive impacts were seen as a result of these tests resulting in implementing and testing of the project goals towards students involved in secondary settings ahead of planned start dates.
Secondary students in agricultural science program in AR. No modifications were made to the intended project. The project thus far has visited 14 high schools impacting approximately students ranging in ages of 14 to Additionally, the project has been demonstrated to approximately 75 post secondary students ranging.
Interest in the project has displayed huge success as seen from project investigators resulting in further demonstrations requested from varied groups. Preliminary Results Data have been collected from participants about their knowledge of biofuels and their perceptions of biofuel use. Initial results from data analysis have indicated positive impacts of the program.
This is a dramatic increase in knowledge resulting from a two hour presentation of knowledge. In addition to knowledge of biofuels, participant perceptions of biofuel use showed a slight increase as a result of the project.
Effectiveness of a biodiesel education program for secondary students. Journal of Applied Engineering in Agriculture, 26 5: The project thus far has visited 8 high schools impacting approximately students ranging in ages of 14 to Additionally, the project has been demonstrated to approximately 20 post secondary students ranging.
All users of diesel products could derive significant benefits from these results. Particularly, operators of off-road diesel vehicles such as agricultural, construction and recreation could derive economic benefits, as well as, environmental benefits. The project plans include development and dissemination of educational materials suitable for school-based and Extension-type groups. Impacts The initial findings of this project conclude that young adults perceive demonstrations more positively than typical lecture demonstrations.
This finding will be further evaluated throughout the length of the current project. Impacting knowledge is a concern of all educators and understanding the learning process is paramount in order to make paradigm shifts through innovative technology. At the completion of this project final evaluation of the program and project will be summarized and further impacts will be determined. A mobile unit for demonstrating performance, efficiency, and emissions of biofueled engines.
Biodiesel from Waste Oil and Grease: Next generation energy solutions on the road [Innovative Poster]. To determine if there are significant differences in fuel efficiency, fuel cots, engine maintenance and repair costs, engine wear, and harmful exhaust emissions O2, CO, CO2, NOx between diesel-powered ATVs fueld with petroleum diesel or fueled with B20 biodiesel.
To promote public awareness and acceptance of biodiesel fuels, and to develop educational materials on biodiesel use. Data collection on 17 vehicles 9 on B20, 8 on petrodiesel used daily is on-going. Copious fuel consumption data records, maintenance records, computer-driven emissions data, and chemical analyses are being compiled. Preliminary results have been obtained, but need further validation.
Educational materials are being developed.
Biofuel Research Journal (BRJ) is an Open Access journal with completely Free-of-Charge publicatio n policy. BRJ publishes high-quality original articles, review articles, case studies, book reviews, short communications, and hypotheses on the fundamentals, applications, processing, and management of biofuel research and technologies.
Presently, there is a continuing research on biodiesel fuel into finding more and more appropriate crops to enhance oil yield. In order to replace fossil fuel usage entirely, huge amounts of land and fresh water would be required to manufacture sufficient oil.
Biofuels Basics Unlike other renewable energy sources, biomass can be converted directly into liquid fuels, called "biofuels," to help meet transportation fuel needs. The two most common types of biofuels in use today are ethanol and biodiesel. The National Renewable Diesel Demonstration Initiative Projects/Study. Imperial Oil-Canadian Petroleum Products Institute Biodiesel Research Project,(In English only) Imperial Oil Limited, ().. Sector: Various and stationary heating furnaces.
View the lossweightcbrqz.gq interview with Professor Larry Walker discussing how and why his Biofuels Research Lab makes ethanol out of switchgrass.; View the USDA CSREES interview with Professor Dan Luo [link under construction] discussing his work with nanoscale 'barcode' disease detectors.; View the USDA CSREES interview with . Biodiesel: an Alternative to Conventional Fuel. Author links open overlay panel Daming Biodiesel production is a promising and important field of research because the relevance it gains from the rising petroleum price and its environmental advantages. Environment, and Materials Biodiesel: an Alternative to Conventional Fuel Daming .