Page added on October 7, 2014
Few Tech Metals Insider articles prompted as much reader feedback as our report on the Quant-E, a car produced by Nano-Flowcell AG of Liechtenstein. Back in March of this year, at the Geneva Auto Salon, its creators claimed the car used nothing but an electrolyte resembling sea water to operate. Since so many of you are still asking how the story evolved, here is a follow-up.
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The “QUANT e-Sportslimousine” did in fact receive the German authority’s approval for road testing this summer. This would confirm the maker’s claims to have developed a roadworthy version of their prototype, although the company has yet to allow the public an under-the-hood view of their car allowing us to actually see and study its power plant. In their press release, NFC state that the vehicle’s homologation was subject to meeting crash and emission standards – it is not an attest to the actual engine used.
“The car is currently in Weissach near Stuttgart [Germany]” said La Vecchia, the company’s Chief Technical Officer in a published statement. “There we are working on two further prototypes of the QUANT e-Sportslimousine with nanoFLOWCELL® technology in partnership with Bosch Engineering, PROCEDA and a number of other companies.” His goal still is to have the car ready for series production this year.
Given the exotic nature of the car, its presumably high price, and the lack of a refueling infrastructure, it begs the question where the company is headed. La Vecchia gives us clues: “With our innovative ideas and new approaches we aim to show that as an energy source the nanoFLOWCELL® is much more than simply an alternative fully-electric drive system for vehicles. Not only because it is low-cost and environmentally friendly, but also because its possible applications are not restricted to the automobile. The nanoFLOWCELL® also represents a very promising alternative form of energy supply for houses, ships, aircraft and trains.”
The QUANT e-Sportslimousine, therefore, is to be seen as the focal point of a technology, not as the launch of another car manufacturer. The technology employed, if it will in fact work, would allow for decentralized generation and storage of energy, low cost production, sustainability and environmentally friendly disposal, according to it makers. A promise we will continue to monitor as it unfolds.
12 Comments on "The Car That Runs on Sea Water – The nanoFLOWCELL Quant-E"
Makati1 on Tue, 7th Oct 2014 8:21 pm
Smokin’ some good stuff…
“The technology employed, if it will in fact work,…”
Just send money. We’ll have it working in 30 years or so.
dissident on Tue, 7th Oct 2014 8:45 pm
What pure rubbish. Electrolytes do not have any energy to extract. To claim that the car “runs” on electrolytes is sort of like claiming it “runs on land”. Tell us what the real energy source is or shut up.
SilentRunning on Tue, 7th Oct 2014 9:39 pm
Investors – line up and prepare to have your wallets emptied!
cualcrees on Tue, 7th Oct 2014 11:32 pm
https://www.youtube.com/watch?v=-Vw2CrY9Igs
PrestonSturges on Tue, 7th Oct 2014 11:45 pm
cualcrees thanks for the Idiocracy and “electrolytes” reference.
apneaman on Wed, 8th Oct 2014 1:26 am
Every time I read one of these techno savior articles now only one word pops in my head
YERGIN. Just need to read the title and a few lines….Oh it’s a Yergin…….next.
John on Wed, 8th Oct 2014 4:34 am
http://www.nanoflowcell.com/en
Makati1 on Wed, 8th Oct 2014 4:34 am
SilentRunning, I think it is more like drop your drawers and bend over…
Kevin Cobley on Wed, 8th Oct 2014 6:34 am
I’m still waiting for a buyer for my dilithium.
Energy from nowhere it’s possible, if you believe that you will believe anything.
Sick of cold fusion, thorium reactors, CC&S and all the other fancy named fictitious technologies. Don’t know why this site wastes space on them.
meld on Wed, 8th Oct 2014 8:46 am
This is the smelliest bullshit I’ve ever read. Also where is Rossi and his ecat at the moment by the way?
criticalmass on Wed, 8th Oct 2014 4:01 pm
The electrolyte is the electrode in a flow cell. This is not than uncommon, nor is it that big of a stretch to use a large flowcell to power an EV. It is a bit of a complicated way to extend range though. I think S-Ion batteries will be enough to dethrone this concept as well as hydrogen cars, due to the complexity of the cells.
I think some commenters above do not understand what is carrying/ vs what is producing energy here.
GregT on Thu, 9th Oct 2014 12:45 am
I think some commenters above do not understand what cars are made out of, or how they are manufactured.