FAARM - Fuel Access Anywhere, Regardless of Means - Advanced Research Concept Opportunity
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- čas přidán 17. 12. 2023
- The fuel economy of the future is shifting from a dependence on fossil fuels and toward alternative pathways, such as energy-dense synthetic fuels. Recent advancements in the field of synthetic fuels for commercial applications offer promise, but, at this time, synthesis of energy-dense fuels of interest, such as ammonia, methanol, and gasoline, remain energetically costly and, therefore, not viable to deploy at the point of need. The Fuel Access Anywhere, Regardless of Means (FAARM) Advanced Research Concept (ARC) Opportunity solicits ideas to explore the following question: Can energy-dense fuels be synthesized using an efficient, small-scale system?
The Defense Advanced Research Projects Agency (DARPA) Defense Sciences Office (DSO) is sponsoring a live webinar to provide information and promote technical exchange with potential proposers on the objectives of the FAARM ARC opportunity issued under the ARC Exploration Announcement (DARPA-EA‐24-01).
The webinar will include an overview of DSO, the ARC initiative, and a FAARM-specific presentation. Registrants will have the opportunity to hear from experts in military logistics and advancements in fuels research and have the opportunity to ask questions. The webinar will be held on Thursday, January 18, 2024, from 12:00 p.m. to 4:00 p.m. ET. Registration is required for all webinar attendees. There is no in-person option for this event, and there is no fee for the webinar. To maximize the pool of innovative research concepts, DARPA strongly encourages participation in these events and subsequent solicitations by non‐traditional performers, including small businesses, academic and research institutions, and first‐time Government contractors.
FAARM Webinar Registration Website: events.sa-meetings.com/FAARMW...
To view the full FAARM exploration announcement visit: sam.gov/opp/0eb10a5b87fc40759... - Věda a technologie
I think this concept has too much potential not to keep exploring it despite past lack of economically viable results. Even if a really economically competitive version of this is never found, it might still be a life saver in certain types of (civilian or military) crises. The concept of nuclear powered synthetic fuel factory-ships for the US Navy CSGs really pumps my scifi brain.
So is this mainly Power-to-Fuels type stuff?
Question?
Did it mention what, it is going to be synthesized from?
Chrysler had a similar idea back in the 60s!
Synthetic fuels tend to be produced by extracting hydrogen from water using electricity. Compared to using battery electric, you need around three times as much electricity per unit of work but benefit from the unparalleled energy density of hydrocarbon/hydronitrogen fuels. With ammonia for example, you then combine 3 of the hydrogen atoms with a single nitrogen atom. This process normally requires heating the reactor to around 500 degrees, which can be done with electricity as well but is energy intensive and results in terrible electricity to fuel ratios. Similar issue with methanol and diesel but rather than just needing to attach a nitrogen atom you need a bit of carbon. There are other emerging methods that do no require heat and if matured can make compact mobile e-fuel production viable.
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This sounds awesome!!! Mobile systems are necessary in today's world.
So this may sound crazy, and I am only a civilian nerd with limited insight into energy systems (although my family is full of electrical engineers and former servicemen.)
What about using something like low earth orbit satellites with solar panels, high power storage capacity, and high accuracy high intensity laser emission equipment to basically beam down atmospherically gathered solar energy directly onto a collapsible receiver panel set built to rapidly take in energy?
If vehicles (manned or unmanned) are fitted with backup electrical energy systems for use in times of acute fuel depletion, these flyby laser charging satellites might reasonably be able to provide laser charges in passing to help.
Sorry if that's a silly suggestion, I'm just a curious outsider to the topic.
Cool idea but wouldn't the power transfer speed be very low, or the heat very high? In which case an internal combustion solution would be easier to control
@hiandrewfisher That's a VERY good point, and I kind of thought the same after mulling it over a bit. I left another comment about the idea of a network of stationary camouflaged molten sand (or other insulated heat store) batteries that could be consistently topped up with occasional satellite bursts.
Again, nit an expert and only piecing together ideas from my layman's knowledge, and it would likely need to be a networked system of 2 or 3 solution strategies in tandem rather than one solid fix.
I really appreciate that you took the time to read my spitball suggestion and give constructive feedback!
I am interested and will share any research I find via email.
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The DOD is moving towards electric vehicles. I would like
to see how they intend to recharge on the battlefield.
!
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Question unclear about timelines: "Can energy-dense fuels be synthesized using an efficient, small-scale system?"
What are we talking here days, months, years cannot rely on "efficient" to convey that info.
I would say days or weeks. Anything longer is not reliably useful to the military.
*DME / OMEx Powered M1 Abrams Time* 👉👈
still need a to supply *something* to put into the machine, to make fuel. did you have something in mind? the trick is, we burn something we have a surplus of? - Military already has a surplus of “waste” … which is obviously flamable, since “burn pits” are a military trick to dispose of the waste (including 💩)
it seems you want something that will burn “Solid Waste” as a fuel, to produce energy … these exist already, you just want it to be really small? portable? - this is challenging, b/c the fuel itself has to fit into the chamber.
🧐 am I allowed to split this into 2 machines? one does the Pyrolysis, the other does the Combustion?
maybe ONE of them can be small & portable.
- this also opens the door to temporary “Storage” as well, if we trap the gases, instead of directly passing from one machine to the other. 🤷♀️
okay … “Pyrolyse the Solid waste” kinda implies a machine that lives on the back of a light truck … takes the entire back end. Gases produced may well be toxic, but also flamable, maybe even explosive if you screw up. - but don’t screw up, do cool the gas down, & filter it … less dangerous. 👍 if it burns well, good enough?
Then you run Propane/NatGas engines/generators, which can be much smaller. OR, maybe you can feed the gas into a fuel-cell.
either way, probably need to clean the filters *WAY* more often than if you ran a conventional NatGas … but the goal was in situ production from 🤷♀️ whatever.
if “Solid Fuel” is on the table for discussion … you probably want a crusher/grinder machine, to breakdown big chunks … that’s a separate machine/truck.
ALSO … Solid Fuel usually wants to be “dry” … so a drying process, like an kiln … probably gonna help. that’s another machine/truck.
Can you create vacuum bomblets, they would drop drones like flies and what is the outcome for a hypersonic projectile hitting a vacuum?
People have been working on this for centuries, and the best we have come up with is gasification.
I saw a video recently where a farmer had to puncture an inflated calf to release an insane amount of built up gas (presumably much of which is methane.)
I don't know if this is what you mean by gasification, but I find myself wondering if ruminant livestock flocks directly from the body and indirectly through some sped up decomposition process of their waste could be a source of burnable methane fuel in a pinch.
Follow up to my silly satellite laser charger idea. Since the exact timely passover of a charger sattelite might be a logistical nightmare, what about a network of stealth camouflaged molten sand batteries across the globe that can be systematically charged and topped up discreetly via said laser zap satellite network? From what youtube says, advances in molten sand battery tech seems to indicate storage capacity that could endure for weeks, months, or more. So like dump sand battery stores in random parts of the Sahara and shit, top it up via regular beamed energy from Sola energy collected by sattelite, and bam you have a distributed network of energy stores looking like rocks or whatever.
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We need to remove taxation on green energy for a known period and allow the industry to realign themselves with a known and agreed upon deadline, soft start in a country willing to create an open source plan and infrastructure for the greater good that can be easily replicated. It is time for us to put on our big boy pants and start winning instead of fighting and energy security deserves to be a right.
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I'm betting on a bio diesel refiner few.
That's why, I'm silent about it, and I don't talk about it to people 😊
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Macronutrients of metals in the body create an energy body driven by consciousness, a program driven by information processed in the receptor The theory of the soul Specification of the distribution of metals in the body of these principles of conservation Fixed point ionization potential of metals, e.g. LIME BONE GOLD GABA RECEPTOR THE RISE OF A WAVE
A+A = B
I invent DOD Aircraft and Vehicles
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Just use civilian fuel stations, they're everywhere and cost efficient.
Except they're not everywhere, and they can easily be sabotaged ahead of time. They're looking to be able to power a diesel truck or generator in the jungle on some random island in the Pacific.
They could, if they weren't out harassing other countries.
Why do I feel like I've just watched "Stories of the Week" on the WEF channel? Same production company?
Anyway, things are fine. Leave everything the way it is now.
PS - I don't mean that things are fine, because they actually suck, thanks to agencies like yours, but I just mean to leave the fuel situation alone.
The Nazis mastered diesel production, so yea that’s where I would look DARPA.
They said a bunch of things without saying anything at all, red flag. This is a research funding grift hate to say.
darpa is like the one agency that doesn't grift and actually delivers. a portable fuel refinery seems well within their means
creating even synthesized fuel will still need resources. the only resource that does not require a supply chain is air. good luck with that. you will still be dependent on a supply chain.
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Ohio Submarine can hear me speaking