Synthetic Biology For Natural Fuel 245
CoolBeans writes "Making ethanol is easy. Making enough ethanol to fill every gas tank in a developed country is tricky. The Department of Energy has promised $125 million to the Joint BioEnergy Institute, a team of six national labs and universities that will be run like a startup company. They intend to create new life forms that are optimized for alcohol production. The genes of crops that produce large amounts of cellulose will be tweaked to improve the yield per acre and to increase drought and pest resistance. Microbes that produce sugar from cellulose and ethanol from sugar will be built for speed and efficiency." The article mentions as an aside that earlier this year, "the energy giant BP gave $500 million to Berkeley, Lawrence Berkeley lab, and the University of Illinois at Urbana-Champaign for similar alternative energy research. That gift will fund the Energy Biosciences Institute, which will operate separately from the JBEI." So UC Berkeley and LBL are both participating in two separate energy-biotech research programs.
More information (Score:4, Informative)
theres more too (Score:2, Informative)
Hemp is already best suited for this (Score:5, Informative)
Re:Brazil, anyone? (Score:1, Informative)
Natural Gas != Oil (Score:2, Informative)
That link that you gave is not for oil, but rather natural gas.
While it is true that many people do not realize that transportation is only one part of the pie with gas consumption, it is far more than 1%. According to this link [wri.org], in 1998 it was 24%. While it is true that items such as power generation use more oil than transportation, a Prius or two still does help.
Re:Brazil, anyone? (Score:1, Informative)
So much for reading graph titles...
Re:Brazil, anyone? (Score:1, Informative)
Better check your figures. From your link:
Transportation Uses Lead Growth in Liquid Fuels Consumption
U.S. consumption of liquid fuelsincluding fuels from petroleum-based sources and, increasingly, those derived from such nonpetroleum primary fuels as coal, biomass, and natural gasis projected to total 26.9 million barrels per day in 2030, an increase of 6.2 million barrels per day over the 2005 total. Most of the increase is in the transportation sector, which is projected to account for 73 percent of total liquid fuels consumption in 2030, up from 67 percent in 2005 (Figure 82).
http://www.eia.doe.gov/oiaf/aeo/gas.html [doe.gov]
67 percent now, 73 percent in 2030. So your car does contribute to global warming.
Re:not a good long term option. (Score:4, Informative)
Just like nearly every other system on the face of the Earth, it's just another way of using solar power.
Re:Answers (Score:4, Informative)
We've got the infrastructure to distribute diesel fuel directly - and existing diesel engines can run on high quality commercial biodiesel with no modification at all; you can treat such biodiesel exactly like traditional diesel fuel.
I guess diesel fuel is a bit more toxic than ethanol, but it's nothing we haven't been dealing with for a very long time.
This is the main reason, and it's a big mistake to let them turn subsidized food into fuel inefficiently. The algae to biodiesel process takes *no* food land and produces much higher energy density fuel through a much more efficient process.
Re:Why a grant?? (Score:3, Informative)
Well, in practice it can be quite difficult to reward innovation in a meaningful way. The current practice is for the government to impose artificial monopolies (patents, copyrights, etc.) but it's difficult to determine in a natural way how severe the monopoly should be.
Should the monopoly last 10 years or 100 years? Should the monopoly prevent anyone else from solving the problem at all or should the monopoly allow anyone else to solve the problem as long as the solution is not exactly the same? Does it matter if the solution is so novel that no one else would have thought of it in 100 years or if the solution is so obvious that there were dozens of other organizations that would have developed exactly the same solution within a few months of each other?
You can try to have a free market for "intellectual property" but, in the end, it's some government bureaucrat who (more or less arbitrarily) decides the essential features of that market.
More broadly, there are many examples of services that become extremely cumbersome when forced into a "free market" framework. An obvious example is the fire department. You don't really want to be shopping shop around the free market on the rare occasions that your house is burning down. Scientific research is not as immediate as a house fire so it's easier to "let the free market deal with it". In the end, though, if you want the benefits of scientific research then you're going to have to pay for it - and there are compelling reasons to think that some sort of government funding is the least cumbersome method of funding scientific research.
That's not to say that the current model of government funding for scientific research could not be substantially improved - just that the "free market" isn't some magical solution for funding scientific research efficiently.
Oh no! That might put some slaves out of a "job" (Score:2, Informative)
Re:Hemp is already best suited for this (Score:3, Informative)
Re:Brazil, anyone? (Score:3, Informative)
Er, no, it isn't.
See the full list of developed/advanced countries. Do you see Brazil? [wikipedia.org]
To double check, we can look in terms of per capita PPP GDP [cia.gov]. Brazil is $8,800, while Australia is $33,300, France is $31,100, Germany is $31,900, Italy is $30,200, and Japan is $33,100.
To cross-check the GDP numbers, let's consider transportation and communications development, data from the 2007 World Almanac and Book of Facts. There are 80 personal vehicles per 1000 people in Brazil, 498 in Australia, 486 in France, 542 in Germany, 570 in Italy, 433 in Japan. Airline passenger-miles per capita per year run 152 in Brazil, 2640 in Australia, 1171 in France, 937 in Germany, 366 in Italy, 800 in Japan. Railroad track miles per thousand population are 97 in Brazil, 1676 in Australia, 301 in France, 348 in Germany, 206 in Italy, 114 in Japan. The number of televisions per 1000 people is 333 in Brazil, 716 in Australia, 620 in France, 581 in Germany, 492 in Italy, 719 in Japan. The number of radios is 434 per 1000 in Brazil, 1391 in Australia, 946 in France, 948 in Germany, 880 in Italy, 956 in Japan. Phone lines per 1000 run 224 in Brazil, 564 in Australia, 586 in France, 667 in Germany, 431 in Italy, 461 in Japan. Newspaper circulation is 45.9 per 1000 in Brazil, 161 in Australia, 142 in France, 291 in Germany, 109 in Italy, 566 in Japan.
And now, we can look at (a href="http://earthtrends.wri.org/text/energy-reso
So we see it is harder to meet energy demand in developed countries than in others, like Brazil.