Biofuels Will Power Navy's Next Deployment (sandiegouniontribune.com) 115
mdsolar writes with news about the launch of the "Great Green Fleet," part of a Navy plan to use 50% alternative fuels by 2020. The San Diego Union-Tribune reports: "This Wednesday, there surely will be tears, hugs and excitement as sailors begin another deployment to the world's hotspots. On the surface, it will be a replay of a common occurrence in any Navy town when sailors go to sea, but in the ships' gas tanks will be fuel made from renewable resources that has officials back at the Pentagon exuberant. 'Underway on beef-fat power' might not have the same ring as 'Underway on nuclear power,' the historic message the Nautilus submarine beamed when it left the pier 61 years ago today. Nonetheless, the Navy is trumpeting the use of renewable biofuels as a game-changer. In 2009, Navy Secretary Ray Mabus announced that the Navy and Marine Corps would get half of their power from non-fossil fuel sources by 2020, and that the Navy would deploy an entire carrier strike group using biofuels by 2016."
Brilliant Oil Hits -.50 a barrel (yes minus .50) (Score:2)
http://oilprice.com/Energy/Oil... [oilprice.com]
And our navy locks in bio diesel.
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That kind of thermodynamic and/or economic efficiency never even enters into the equation. A navy dependent on a cheap globalized oil is a navy that is entirely useless when the shit hits the fan..
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Because the US doesn't have PLENTY of sources of oil that it can ramp up quite quickly to meet demand nor the purchasing power to ensure more than a 5 year supply for the Navy should fecal matter impact the rotary impeller if production needs to ramp up. Oh wait, it does and you're a fucking moron. This is ENTIRELY a political stunt for idiots like yourself to ooh and ahh at like the trained monkeys you are.
Feedlots as tough strategic targets (Score:1)
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Yes, and the low density of the production will make it much more difficult to obtain amounts needed without significant transportation effort to concentrate sufficient amounts.
So, they will switch from bombing oil wells to pipelines and rail junctions. Of course, they probably would hit those anyway.
Using food byproduct as fuel has had a very iffy record. I'm not against using meat oil or cow farts to run things, but it is definitely not the most efficient use of a military budget.
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Seems to me that if they are hitting targets in the U.S., the Navy is pretty much out of the picture.
Burgers and fries will only get us so far (Score:3)
Oil wells are strategic targets. That's why Rommel was in Africa.
Actually Rommel was in Africa to save Mussolini. The real strategic target for oil for Germany was the Soviet Union's fields at Baku.
Feedlots may end up being harder to capture or destroy.
Biofuel from food industry waste is probably only enough for these demonstrations, not ongoing operations. For ongoing operational needs of the US military we will probably need biofuel production infrastructure, for example facilities where algae are excreting fuel. Burgers and fries will only get us so far. While there would still be industrial targets they would be domestic
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Suez Canal played a small role there. Seems to me that we are in a position to deny oil resources to others with extreme prejudice if we don't need to use it ourselves. May prove to be an advantage in diplomatic efforts that prevent war.
Control of the Med, or at least very strong interdiction, would negate the Suez.
Denying oil to prevent/end war was a popular theory in the US Congress around 1940. It led to the Japanese attack on Pearl Harbor. The ability of Iran to interdict oil to the US is the major reason we care about Iran and many others in the region.
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Feedlots require significant energy inputs to operate. You didn't think all the corn and animal byproducts fed to the cattle were being grown on a small manually operated farm, did you? Did you think the tractors were solar powered? That the industrial fertilizers and pesticides were produced without usage of vast amounts of petroleum? Did you think that trucking that stuff across the country was done without fuel usage? Seriously, how exactly do you think feedlots operate?
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You wouldn't hit the feedlots but the refineries where the biodiesel is created. There would be a lot fewer of them. You would do the same thing with traditional oil refineries too.
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So... the US military should wait until it DOESN'T have that safety net, before starting down the road of weaning itself off oil?
Reducing dependence on oil (foreign or domestic... they will both eventually run dry) is in the US's long term strategic interests. Period.
If you're arguing against that, you're simply not thinking long term enough.
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Biodiesel is pretty close to mineral diesel wrt to energy density. And it'll burn in a diesel engine. What might be a problem is that although many of its properties are very similar to the mineral stuff, it's not identical chemically. Biodiesel is a mixture of vegetable fats whereas the mineral stuff is mostly straight chain hydrocarbons. The vegetable fats tend to gel when cold and tend to form varnishes when left on surfaces. Those are not necessarily desirable qualities in emergency equipment that
Stupid: Oil prices (Score:3)
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Nahh, You know what's idiocy ? Artificially limiting your logistics chain, to a system that will never be as widespread as oil is, and is an out and out bad idea
http://www.nytimes.com/2015/01... [nytimes.com]
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because will never ever go back up in price.
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No because biofuels will always be problematic
http://www.nytimes.com/2015/01... [nytimes.com]
It's the exact same reason the Germans turned to synfuels during WWII.
We'll see (Score:2)
Let's see how long that resolve lasts, now that the US oil price dropped to 1.50$ at some point yesterday.
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Now think about the problem as if you were in business. You bought at $1.00 and selling at $1.05. The price of your next shipment is going to be $1.10. Where do you get your money from? You need to raise the price of your current stock to cover being able to buy more.
Move forward months
Re:We'll see (Score:5, Insightful)
If they happen to save money at some point, so much the better; but the enthusiasm is presumably for being able to set sail with a tested fuel even if the usual supply chains are shot. Plus, testing it in ships is probably a convenient starting point. Big marine engines are less touchy than fighter aircraft or the like.
Re:We'll see (Score:4, Insightful)
This started as a cost saving measure when oil was above $100 a barrel. However as Afghanistan wore on and the Taliban would target the fuel tankers that provided the fuel for the generators of american bases, knowing that if they could disrupt those they could take out the base. The navy began to have a second thought.
If a Naval Ship could gather enough algae from the ocean it could create it's own diesel. While not self sufficient it would help alleviate supply logistics that only deployed personnel have. Food can be air dropped, so can bullets, but you can't air drop fuel very safely. It would extend the range of aircraft carriers and other ships significantly.
And that is the real reason for the biofuel push. When you hear about war, you think guns and tanks and planes. You don't think about where the bullets, food, and fuel those things need every day come from and how they get to the battlefield.
A tank requires a lot of fuel. a couple hundred miles is a lot of ground to cover but if you are 50 miles from base and run out of gas in hostile country it is a long walk back,
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Uhmmm, there is NO way a naval ship could gather and process algae to make its own fuel, the algae used in biofuels is genetically bred to produce meaningful quantities, and even that is a crap shoot, look up the probs algae farms have, plus the lag time and facilities to process, it is NEVER going to be feasible for ships at sea.
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True. But if a naval vessel can replace 10% of the fuel they use or all the fuel they use for aircraft the logistics becomes much easier and cheaper.
It becomes that much more they can do before needing resupply. And that is where a war is won and money is saved.
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Of course a ship could run on algae -- of you don't mind 16 year transit times from Norfolk to Key West. One suspects that sails would be more reliable and faster.
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Even the optimists don't envision a substitution; but modest fuel savings add up when dealing with that many large ships making that many long trips.
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Nothing wrong with sails for commerce if the economics work. Conceptually at least, wind powered freighters might eventually require neither an engine nor a crew except maybe to get into or out of port. It'll be a few decades before something like that can be deployed though.
The military however, is prone to impatience. I doubt we'll see headlines like US INVASION OF MADAGASCAR DELAYED BY UNFAVORABLE WINDS any time soon.
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That said, both the army and the navy would probably be interested if you could get a small hydrocracking/reforming apparatus, sturdy enough for field use with a variety of assorted lipids, for on-site synthesis of fuels in a pinch. No mat
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The Navy had some nuclear-powered cruisers, and didn't replace them when they reached the end of their service lives. The only USN reactors are on subs and carriers. The reactor power added a significant amount of mass to the ship, and was expensive, and I think that's why they were dropped. I don't really know why; speculate as you will. There's no reason we couldn't build more nuclear cruisers if we wanted them, but unless they can be made a lot smaller they won't be in smaller warships.
One big iss
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CVN (Score:5, Funny)
and the carrier will be powered by organically grown uranium
Re:CVN (Score:5, Funny)
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Artisinally curated from free-range supernovae.
Harvesting sounds kind of imperialistic.
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Beef fat and palm oil? (Score:1)
Yeah, that sounds real ecological. Last time I looked, you had to clear a lot of land for that stuff.
Strategic disengagement from oil & oil produce (Score:5, Interesting)
Used to be that USA and Saudi Arabia were allies of necessity. Not so much anymore. Once the US can project power without risk of getting strangled by OPEC they are no longer a necessary ally, only a convenient one.
I guess Obama telegraphed this message early on in his presidency when he gave that speech in the middle east where he basically said the US would no longer prop up leaders that are not supported by their people.
My theory is that China and the US looked at the projections for 20 years ahead: Oil production would no longer be able to keep up with demand at that point. So time to make the change, and screw over Russia while they were at it. No longer having to prop up a cluster of corrupt despots who desperately tried to hold back the future with guns and bribes is a nice bonus. ISIS and Al Qaida is basically what USA reaps from that :(
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It's not entirely clear that Malaysia
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You think the USA hasn't: The USA had a civil war in the 1860s, it had the civil rights conflicts in the 1960s. It's the same thing with the difference being; holding "back the future" is way more effective under a dictator or a theocracy.
This was predicted in the 1950s but was continuously suppressed. The 1970s showed what almost-the-end of oil would be like but no government had a practical plan for it. GW Bush promoted fracking for his own benefit as much as for the hope of oil independence. It's ab
More options = better (Score:4, Informative)
The reason that we have all of those ships in the first place is to have the option to use them, if needed. Here, the Navy is creating the option of sourcing fuel from domestic, non-petroleum sources. Add to that the building of the infrastructure and development of efficient techniques of production for military and domestic use, and you've got nothing but gravy (which is not quite a biofuel...)
So long as the admiralty keeps the options of nuclear and petroleum fuels as alternatives, I expect this will benefit far more than it will cost.
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Except the military has to think beyond what the price is today to what availability will be tomorrow.
The biofuel concept didn't happen overnight. In January 2007, President Bush called for a sharp increase in the use of biofuels during his State of the Union address.
I wouldn't be surprised if the military planning went back even farther.
It wasn't that long ago that oil was ~$100/barrel and I saw some articles that said the DOD was having to move things around in the budget to cover billions in fuel costs.
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s/middle east oil/middle east oil bust/
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Yes. The US Navy in particular has an oil sensitivity since it and the Coast Guard cannot use JP-8. JP-8 doesn't meet SOLAS requirements (fuel vaporizes north of 100 F, which creates fire hazards on ships where you can't "run away"). The added insult/ concern is the F76 for the ships and JP-5 for the aircraft both cost more than JP-8 due to being specialized for maritime military services only.
The previous F-18 flight on "Green fuel" was the proving point for JP-5, since it is more expensive than F76 an
Mod up (Score:2)
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I'm afraid I've got some bad news.
It's a terminal case of acute ODS.
Iran (Score:3)
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Fossil fuels aren't a renewable resource. Eventually they will get pretty expensive. Further, while the Romans or Incas or the Zhou dynasty could probably have run their societies on biofuels had they known how to build diesel engines, it seems unlikely that our overpopulated planet can grow enough fuel plants to run modern industrial societies. If we're going to grow our fuels, I think we're gonna need a bigger planet.
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but liquid hydrocarbons are. You can make them from air, water, and enough energy to put in.
didn't they ban biofuels in 2012? (Score:2)
Really how did they get around congress?
http://www.wired.com/2012/05/r... [wired.com]
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The Senate amended [senate.gov] that bill to remove the ban.
Though I'm guessing this law [congress.gov] and any more recent laws are what really mattered in the end.
As an aside, I really wish the government used something more like git (or at least actual patch files) and showed commits/diffs/tags github style.
It's really hard to grok what changes with their current methodology. First you look at a change (ex. "beginning on page 590, strike line 11 and all that follows through page 595, line 7, and insert the following") and so you ha
Use whale oil (Score:1)
Using whale oil would be much better - they could collect more while at sea.
Tree Huggin' Hippies (Score:2)
Damn tree huggin communist hippies! Make love and war! :)
Re: biofuels fail (Score:1)
You are an idiot who understands nothing about the way photosynthesis works if you think the carbon content of farmed crops is coming from the fertilizer.
Not to mention the fact that industrial scale fertilizers are composed of inorganic phosphate and nitrate salts which by definition contain no carbon whatsoever.
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> Currently making biofuels from corn takes more energy (in planting, harvesting, pesticides, fertilizers, transport and manufacture) than it produces, so there's o benefit for the enviroment and doesn't reduce the amount of co2 produced, it increases it.
Close enough. Some corn ethanol has a small positive energy yield. Some is negative. Depends on crop yield. Either way corn ethanol looks to be more of a crop subsidy than a planetary salvation.
Biodiesel is, I'm pretty sure, better because it doesn't
What Fuel? (Score:2)
Non-fossil sources (Score:2)
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"At the very least, in theory, this can be used to synthesize jet fuel and keep the air superiority"
Synthesize it from what? Nuclear-generated heat cannot magically create hydrocarbons. You have to have a source of carbon, and LOTS of carbon. Tons and tons and tons of it, as it is the majority mass component in HC-based fuels. There's plenty of hydrogen in the ocean which can be obtained through the desalination, purification, and hydrolysis of water (incredibly expensive and failure-prone process due to th
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It does (Score:2)
Winning a war on two fronts (Score:2)
Good, but still need more nuke powered ships (Score:2)
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Biofuel is not replacing nuclear. According to the article, carbon-neutral biofuel is replacing fossil oil in the same engines.
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Are you cooking a steak or is there a Frigate in your pants?
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Cows don't eat fossil fuel. They eat grass that is fresh or which grew recently, absorbing carbon from the air. In the path from grass through cow to biofuel, the carbon that is finally released is recent carbon, not fossil carbon.
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http://www.cnn.com/2015/09/29/opinions/sutter-beef-suv-cliamte-two-degrees [cnn.com]
Not all carbon is the same (Score:2)
What difference does it make if it is 'recent carbon' or 'fossil carbon'...carbon is carbon is carbon...
Its about increasing the carbon in the atmosphere. Atmospheric carbon goes into plants, this carbon eventually finds its way into fuel, its burned and returned to the atmosphere, no net gain. Unlike when the carbon is sourced from petroleum removed and sequestered from the atmosphere for millions of years. When this sequestered carbon is burned there is a net increase in the atmosphere. In this respect not all carbon is the same, some carbon increases our atmospheric problems, some carbon does not.
Its about national security, not being "green" (Score:2)
It used to me that the navy was about winning wars. Now it's about saving the planet with the fruitcakes running the country now. Build more nuclear warships!
Part of winning wars involves protecting one's supply chain. Biofuels make us less dependent on foreign sources. The more we use domestically sourced the better for the military and the trucks that bring food to your local grocery store.
Nuclear power is not practical for "smaller" ships. The US Navy experimented with nuclear power cruisers and found the cost of operation to be too high.
The Navy's interest in biofuels is not about being "green", its about better national security. The "green" part is j
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The greater expense of having a smaller reactor in the sub is vastly outweighed by the benefits that it brings, namely the ability to stay underwater for months at a time. Surface ships don't receive this benefit and so the extra expense isn't justified. A surface ship is easily resupplied, well relatively when at sea. A submarine isn't when submerged and thus the need for nuclear power.
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