Different types and kinds of storing fuels

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Discussion Overview

The discussion revolves around the safety and methods of storing different types of fuels, specifically comparing methanol and hydrogen. Participants explore the implications of storing these fuels in gas or liquid form, addressing safety concerns, handling requirements, and potential hazards.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • Some participants argue that hydrogen is surprisingly safe to store, with modern technologies addressing leakage concerns, while others highlight the complexities and risks associated with handling hydrogen safely, especially under pressure.
  • One participant notes that hydrogen burns upward when released, which may reduce ground-level fire hazards compared to liquid fuels that can spill and burn.
  • Another participant points out that methanol requires simpler storage solutions, such as a metal can or glass bottle, and suggests that it contains more energy per liter than hydrogen gas at atmospheric pressure, potentially leading to greater damage in an incident.
  • Concerns are raised about the safety measures required for storing liquid hydrogen, indicating that the handling risks increase significantly compared to gaseous hydrogen or methanol.
  • Questions are posed regarding the storage of large hydrogen and oxygen tanks, with some participants seeking clarification on the processes involved in liquefying hydrogen and its implications for safety.

Areas of Agreement / Disagreement

Participants express differing views on the safety and handling of hydrogen versus methanol, with no consensus reached on which is definitively safer. The discussion remains unresolved regarding the best practices for storing these fuels.

Contextual Notes

Participants mention various safety protocols and handling requirements, but there are unresolved questions about the specific risks associated with large-scale storage of hydrogen and oxygen, as well as the processes for liquefying hydrogen.

Jacquesl
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Different types and kinds of storing fuels

What will be the most dangerous way to store fuel if you must choose between gas / liquid.

1 Liter of Methanol
Or
1 Liter of Hydrogen
 
Last edited:
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dunno about how they store methanol, but hydrogen is surprisingly safe when u store it whether gas or liquid form. ur main concern would be leakages and modern technologies have solved this issue. as for flammability the good thing about a hydrogen spil out catching flames is that it burns upward unlike liquid fuels which spill stick to the ground and burn. that explains why there was some survivors in the hindenburg fire.(the hydrogen burned upwards)
 
From a safety perspective, hydrogen requires more effort to handle safely. If it is handled under pressure, the cylinder must be rented (monthly demurrage) or purchased outright, it must be secured safely with clamps, kept away from oxidizers (20 minute fire wall, I believe), requires a pressure regulator specific for hydrogen. Non-sparking tools should be used to attach regulators. For only a liter of gas, a lecture bottle can be used. These are sold with the hydrogen and raise the cost of this minor amount of hydrogen significantly. Disposal of the empty lecture (small) cylinder should be done according to a safety plan that renders the cylinder inert and all markings must be removed, etc...

Methanol on the other hand only requires a metal can or glass bottle and a flammable cabinet. The usual MSDS, safety plan, right to know training, etc applies to both hydrogen and methanol.

A liter of methanol contains much more energy than a liter of hydrogen gas at 1 atmosphere and so the methanol can cause much more damage in an "event".

If you are asking about a liter of liquid hydrogen, multiply the danger and effort by a factor of about 100 for safe handling. In that case, methanol is orders of magnitude the much safer option.
 
How about huge hydrogen and oxygen storage tanks. How will that be treated?

If you are asking about a liter of liquid hydrogen

Then will hydrogen become a liquid and how can that be done, will it require the same process that LPG?
 
well oxygen and their fuels are stored on space shuttles in different chambers! so i don't quite get ur question jacques!.
As for hydrogen it becomes liquid under pressure, that's one way to store it efficiently.
 
No it’s ok, I wasn’t so 100% sure about then you store gasses. So then NASA stores their Hydrogen and Oxygen, won't that hold a high risk of exploding?
 

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