Producing Gasoline With Metabolically-Engineered Microorganisms

An anonymous reader writes "For many decades, we have been relying on fossil resources to produce liquid fuels such as gasoline, diesel, and many industrial and consumer chemicals for daily use. However, increasing strains on natural resources as well as environmental issues including global warming have triggered a strong interest in developing sustainable ways to obtain fuels and chemicals. A Korean research team led by Distinguished Professor Sang Yup Lee of the Department of Chemical and Biomolecular Engineering at the Korea Advanced Institute of Science and Technology (KAIST) reported, for the first time, the development of a novel strategy for microbial gasoline production through metabolic engineering of E. coli."

Comments

Re:This solves nothing

[bluefoxlucid]

Soil quality is extremely easy to solve. Everyone wants to use pesticides and herbicides out the ass, mostly petrol-based shit and chemical shit and dangerous plant derived shit etc. There are other ways.

Every time I open this argument, somebody comes along with the "Green Revolution" that started all of this heavily-scienced lab bullshit that apparently saved the world from starvation. That's all well and good, but that doesn't mean that's the only direction we can take science; it doesn't all have to happen in a beaker, and we've made great strides in natural science research since then. We know more about the biosphere, and thus can leverage various attributes in new ways.

Bad soil. Let's attack bad soil first.

Farmers have access to a lot of manure. Cow manure, sheep manure, goat shit, chicken shit, the like. They also have access to non-useful plant matter, although some of that goes to ethanol. Farmers will tend to plow manure into the land; good. Do that. Skip the petrol, do this more. We have a lot of regulations here about plowing "natural fertilizer" into the land: it all needs to be used at once in the beginning of the season; this is unsustainable because farmers will add more manure to the top of the land throughout the season, and don't know how much to use in the beginning. This is a real thing. We've had legislative arguments on it. The legislature wants to prevent run-off of cow-shit-based nitrogen sources into the bay here, because algae growth from fertilizer run-off is a real problem; unfortunately, they're encouraging farmers to use chemical nitrogen sources, which doesn't help.

So, drop the chemical fertilizers. Use more cow shit.

Step two: Worms. European Night Crawlers will dig deep into the soil. We bin them as an invasive species, but I don't believe the damage is as bad as people think. There's talk about how worms accelerate the nitrogen cycle in forests and will cause biosphere changes; but I believe that the research is too young to produce anything intelligent and that everything here is conjecture and knee-jerk reaction. I'll add mine to the pile: the forests aren't collapsing overnight and they won't. New seedlings that can handle the new nitrogen cycle better will out-compete new seedlings that can't; over time, the forests will shift toward plants that can better handle living with earthworms, and no major crisis will occur.

European Night Crawlers move through deeper soil, consuming soil and killing bacteria on the soil. They consume the bacteria as food and leave behind processed, crushed soil containing remaining bits of destroyed bacteria and crushed matter. The soil is better aerated, has a high nutrient availability, holds water better, drains better, and is easier for plant roots to take hold in. The soil is effectively cultivated (turned, tilled, etc.) and fertilized continuously. This means ENC greatly improve soil quality.

Red Wigglers are another type of worm. These feed on bacteria present in rotting matter--plant matter that's rotted and softened, or manure. Essentially, Red Wigglers process rotting (i.e. composting) matter into high-quality soil; ENC process soil into high-quality soil, and will further enrich the soil that Red Wigglers produce. Thus manure and hummus tilled into the top layer of soil provides a high-quality basis for a long-running enrichment process that produces and maintains extremely high-quality soil during the growing season.

Our industry is such that we can do this at home and get better quality farm land than farmers have. We have tiny little plots of land in our back yard gardens. There is not a massive, ginormous scale worm farming industry in our country; we can't supply the worms for this (although, given a big stacked worm bed and enough input feed, we could breed enough worms in under a year to support the whole farming industry; they breed fucking fast). Our farming industry also relies largely on petrol and chemical fertilizers; however w