As for the skin you could use glassfiber-reinforced ETFE. (The same as used on the Olympic swimming pool in Beijing and the Allianz Arena).
And you could also consider reinventing the standard sea-container with other materials than the steel they use right know , which would in turn also give a weight reduction.
Nuclear could be a possibility but then you should consider a thorium reactor of submarine proportions, condensers to extract the moisture from the clouds and convert to hydrogen, these airships would roughly be the size of three times the Hindenburg possess a rigid frame made out of either s-glass or kevlar tubing ( i don't know the specific weight ratio but I am certain it would be smaller and sturdier than the 1930's Duraluminium equivalent ).
You're wrong in claiming that helium lifts half as much as hydrogen per volume, candr. Less, but not that much less. And as for not using hydrogen anymore, that's not in stone, but rather a business decision. What's nice about working strictly over the sea is that the same aircraft rules don't apply, so the choice between hydrogen and helium can be a logical one, either way.
The Hindenburg, one of the largest aircraft in history, had a working payload of 112 tons. This is after you take out the fuel, frameing and engines. Could increase this with new engines and new material. However, you have to remember we no longer use hydrogen for lifting, so the ship would have to be twice the size of the of H to lift the same 112 tons.
YOU HAVE CONVINCED ME SIR!!!! I shall take TWO of your wonderful flying machines!!!! One query if you do not mind....May I strap the two ships to my feet, as if they are shoes and then might it be possible that I myself may be able to walk to town on the AIR ITSELF!!! Bravo! I would say! Look at me, all of you poor earthbound souls! I am Walking on the ether itself! Oh My! How the women would swoon, and faint because of me! ...........wow I need to stop taking strange drugs & posting to clips.
I also have to say that it would be practical, by comparison, to make that long-dreamed-of bridge across the Bering Strait and do it by train (which I already figured was a waste since we have ships). If trains average only 40 mph, that is a waste...but if you can make them faster and more logistically efficient, and maybe even burn bunker-C fuel (wiki: GTEL) then you may be onto something.
Don't get me wrong; I do like airships...I just see them doing something different than this.
BTU/ton/mile isn't the only cost; you've got to look at all operating costs over ton/mile, which are huge with airships — everything from lifting gas, to maintenance, to staffing, to regulation, to insurance — and then there are the issues of stability, regularity, safety... Finally, how much speed do you think one of those babies can make? The already not-cost-effective nature is made worse the faster you go.
When you think airships, think specialized applications where they can compete.
About the nuclear-powered angle, I had never considered the angle about using waste heat to provide lift, instead of using a lifting gas like helium or hydrogen. THAT is curious. Of course lightweight nuclear power has yet to be a reality, but who knows.
As far as I understand, solar-powered blimps are an impossibility because they're heavy. Weight, power and power REQUIRED all scale together, so you never catch up.
a cross ocean rigid airship, could be nuclear powered, that would drop the fuel costs, using the pure nuclear heat for lift, so a hot air blimp, or alternatively solar assisted
I think it can be a great idea if it makes economic sense to actually build, support and operate a fleet of ships. And stopping, landing, moving etc is one thing but pumping that much water (the weight of the cargo) up into a tank can be costly (fuel, tubing, mechanicals) and time consuming depending on what is used.
Not trying to knock it, just being realistic. Thing needs an fmea and backers. Need to run it by shippers, build scale functioning models maybE!!
Sure, people have been talking about applying blimps to problem X Y and Z for a century. (Though shipping containers weren't around in the First World War.)
What I find particularly interesting and "new" about this one is the element of using the barge as the load frame, so that:
1: the interfacing with the world is conventional.
2: the turnaround time between unloading and loading is cut to minutes.
are u sure you did ur math right for how big the blimps have to be. are u using helium or hydrogen. i do know it takes a shit ton of hydrogen to lift even small masses. and when you get to cretin lengths of airships they start to become unstable and incredibly expensive to build and house. we all know about the Hindenburg which was only 245 meters which is half of what you are proposing. i love the ideas of zeppelins coming back like some form of cruise ship in the sky, but its not practical.
but, the Hindenburg was a result of the gas that was used, modern gases are much more stable. there is a company in Germany that is using blimps even larger i believe.
Maybe on the drawing boards, but not bigger then the Hindenburg. For one thing the H was 200,000 cubic meters, the largest ship today is only 7,600 cubic meters. The H was not a blimp but a Zeppelin (rigid frame with 16 bags inside of the frame). It is also fairly certain that the chemical coating of the skin, aluminium oxide (basically what's in rocket fuel these days) was more likely the cause of the fire
As for the skin you could use glassfiber-reinforced ETFE. (The same as used on the Olympic swimming pool in Beijing and the Allianz Arena).
And you could also consider reinventing the standard sea-container with other materials than the steel they use right know , which would in turn also give a weight reduction.
boinkboink1968 4 months ago
Nuclear could be a possibility but then you should consider a thorium reactor of submarine proportions, condensers to extract the moisture from the clouds and convert to hydrogen, these airships would roughly be the size of three times the Hindenburg possess a rigid frame made out of either s-glass or kevlar tubing ( i don't know the specific weight ratio but I am certain it would be smaller and sturdier than the 1930's Duraluminium equivalent ).
boinkboink1968 4 months ago
You're wrong in claiming that helium lifts half as much as hydrogen per volume, candr. Less, but not that much less. And as for not using hydrogen anymore, that's not in stone, but rather a business decision. What's nice about working strictly over the sea is that the same aircraft rules don't apply, so the choice between hydrogen and helium can be a logical one, either way.
craigrmeyer 1 year ago
The Hindenburg, one of the largest aircraft in history, had a working payload of 112 tons. This is after you take out the fuel, frameing and engines. Could increase this with new engines and new material. However, you have to remember we no longer use hydrogen for lifting, so the ship would have to be twice the size of the of H to lift the same 112 tons.
candr 1 year ago
YouTube recommended this video. Transporting hydrogen made at sea could be another application for blimps
E-T.
etellurian 1 year ago
YOU HAVE CONVINCED ME SIR!!!! I shall take TWO of your wonderful flying machines!!!! One query if you do not mind....May I strap the two ships to my feet, as if they are shoes and then might it be possible that I myself may be able to walk to town on the AIR ITSELF!!! Bravo! I would say! Look at me, all of you poor earthbound souls! I am Walking on the ether itself! Oh My! How the women would swoon, and faint because of me! ...........wow I need to stop taking strange drugs & posting to clips.
frankensteinmoneymac 1 year ago
I also have to say that it would be practical, by comparison, to make that long-dreamed-of bridge across the Bering Strait and do it by train (which I already figured was a waste since we have ships). If trains average only 40 mph, that is a waste...but if you can make them faster and more logistically efficient, and maybe even burn bunker-C fuel (wiki: GTEL) then you may be onto something.
Don't get me wrong; I do like airships...I just see them doing something different than this.
randommagnum 1 year ago
BTU/ton/mile isn't the only cost; you've got to look at all operating costs over ton/mile, which are huge with airships — everything from lifting gas, to maintenance, to staffing, to regulation, to insurance — and then there are the issues of stability, regularity, safety... Finally, how much speed do you think one of those babies can make? The already not-cost-effective nature is made worse the faster you go.
When you think airships, think specialized applications where they can compete.
randommagnum 1 year ago
About the nuclear-powered angle, I had never considered the angle about using waste heat to provide lift, instead of using a lifting gas like helium or hydrogen. THAT is curious. Of course lightweight nuclear power has yet to be a reality, but who knows.
As far as I understand, solar-powered blimps are an impossibility because they're heavy. Weight, power and power REQUIRED all scale together, so you never catch up.
craigrmeyer 1 year ago
a cross ocean rigid airship, could be nuclear powered, that would drop the fuel costs, using the pure nuclear heat for lift, so a hot air blimp, or alternatively solar assisted
gumby1008 1 year ago
I think it can be a great idea if it makes economic sense to actually build, support and operate a fleet of ships. And stopping, landing, moving etc is one thing but pumping that much water (the weight of the cargo) up into a tank can be costly (fuel, tubing, mechanicals) and time consuming depending on what is used.
Not trying to knock it, just being realistic. Thing needs an fmea and backers. Need to run it by shippers, build scale functioning models maybE!!
respekted 1 year ago
Sure, people have been talking about applying blimps to problem X Y and Z for a century. (Though shipping containers weren't around in the First World War.)
What I find particularly interesting and "new" about this one is the element of using the barge as the load frame, so that:
1: the interfacing with the world is conventional.
2: the turnaround time between unloading and loading is cut to minutes.
craigrmeyer 2 years ago
This is a first world war idea.~ 1915 Also published in PM magazine during the '70. even unmanned. Collective intelligence maybe?
arquitectoTV 2 years ago
are u sure you did ur math right for how big the blimps have to be. are u using helium or hydrogen. i do know it takes a shit ton of hydrogen to lift even small masses. and when you get to cretin lengths of airships they start to become unstable and incredibly expensive to build and house. we all know about the Hindenburg which was only 245 meters which is half of what you are proposing. i love the ideas of zeppelins coming back like some form of cruise ship in the sky, but its not practical.
skaterman327 2 years ago
but, the Hindenburg was a result of the gas that was used, modern gases are much more stable. there is a company in Germany that is using blimps even larger i believe.
SierraRomeo1990 2 years ago
@SierraRomeo1990
Maybe on the drawing boards, but not bigger then the Hindenburg. For one thing the H was 200,000 cubic meters, the largest ship today is only 7,600 cubic meters. The H was not a blimp but a Zeppelin (rigid frame with 16 bags inside of the frame). It is also fairly certain that the chemical coating of the skin, aluminium oxide (basically what's in rocket fuel these days) was more likely the cause of the fire
candr 1 year ago
well done for y work would the barge be necessary i don't know although the underlyingconcept is great hunk of cargo yes
catlest 3 years ago