Raw materials - Revision history

Apm: moved the pages content over to page resource molecule and made this page a redirect

2021-04-10T08:47:29Z

moved the pages content over to page resource molecule and made this page a redirect

← Older revision		Revision as of 10:47, 10 April 2021
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	~~{{stub}}~~		#REDIRECT [[Resource molecule]]

	~~Potential~~ [[~~feedstock]] materials for [[gem-gum factories]]. <br>~~
	~~Insteal of a macroscopic volume of liquid cartridges could contain them micropackaged into microcapsules. <br>~~
	~~This would change their risk profile regarding the expectable likelihood of and expectable damage level causes by eventual spills.~~

	~~Microcapsules would also be a natural way to transport these resources via a [[global microcomponent redistribution system]] that is primarily meant for the [[recycing]] of [[microcomponents]].~~

	~~== Special cases ==~~

	* [[Acetylene]] – of particular interest due to it's [[low hydrogen content]].
	* [[Methane]] – a bit much hydrogen. This will mostly be burned to water.
	* [[Ethanol]] – big molecule ~~– lots of disassembly needed.~~
	* [[Carbon Disulfide]] CS<sub>2</sub> – not environment friendly – water free solvent

	~~== Volatile elements right from the air ==~~

	* [[Carbon dioxide]] CO<sub>2</sub> – as a source for carbon (energy devoid)
	* [[Nitrogen]] N<sub>2</sub> – (energy devoid)
	* [[Oxygen]] O<sub>2</sub>
	* [[Water]] H<sub>2</sub>O – as source for hydrogen (energy devoid)
	* [[Argon]] – not really a building material but super abundant useful for [[Gem-gum balloon products\|stabilizing structures by pressurization]].

	~~== Mundane nontoxic salts ==~~

	* [[Salts of carbonic acid]]
	* [[Salts of nitric acid]]
	~~-----~~
	* [[Salts of silicic acid]] – silicates don't like to be in solution - only with sodium or potassium this works halfway decent (sodium and potassium salts don't like to be unsoluble)
	* [[Salts of phosphoric acid]] – phosporic acid is quite mundane (is uses in food) – many other phosphor compounds can be quite toxic
	* [[Salts of sulphuric acid]] – mundane
	~~-----~~
	* [[Table Salt]] NaCl

	~~The alkali elements in there (Na,K) that are just added to keep the solution PH neutral (not acidic) are less useful for structural materials.~~
	~~They do not like to form strong directed covalent bonds as they are needed in strong structural high performance materials.~~
	~~So they may remain largely unused. Remnant lye (NaOH, KOH) can be neutralized with actively collected atmospheric CO2.~~

	~~== More toxic salts ==~~

	* [[Salts of boric acid]]
	* [[Sodium aluminates]] – There is no aluminic acid – just as slilicon aluminium also hates to go into solution

	~~== Other mundane small molecules that could serve as resource carrieres ==~~

	* [[Urea]] – highly inert and nontoxic nitrogen carrier
	* [[Dimethyl sulfide]] – sulfur carrier – strong smell (smell of the sea in low doses)

	~~== Related ==~~

	* [[Molecule fragment]]

Apm: /* More toxic salts */

2021-04-10T08:31:31Z

More toxic salts

← Older revision		Revision as of 10:31, 10 April 2021
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	* [[Salts of boric acid]]		* [[Salts of boric acid]]
	* [[Sodium aluminates]] – There is no aluminic acid – just as slilicon aluminium hates to go into solution		* [[Sodium aluminates]] – There is no aluminic acid – just as slilicon aluminium also hates to go into solution

	== Other mundane small molecules that could serve as resource carrieres ==		== Other mundane small molecules that could serve as resource carrieres ==

Apm: added link to: Molecule fragment

2021-04-09T11:08:40Z

added link to: Molecule fragment

← Older revision		Revision as of 13:08, 9 April 2021
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	* [[Urea]] – highly inert and nontoxic nitrogen carrier		* [[Urea]] – highly inert and nontoxic nitrogen carrier
	* [[Dimethyl sulfide]] – sulfur carrier – strong smell (smell of the sea in low doses)		* [[Dimethyl sulfide]] – sulfur carrier – strong smell (smell of the sea in low doses)

			== Related ==

			* [[Molecule fragment]]

Apm: /* Other mundane small molecules that could serve as resource carrieres */ carriere -> carrier

2021-04-09T10:52:45Z

Other mundane small molecules that could serve as resource carrieres: carriere -> carrier

← Older revision		Revision as of 12:52, 9 April 2021
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	== Other mundane small molecules that could serve as resource carrieres ==		== Other mundane small molecules that could serve as resource carrieres ==

	* [[Urea]] – highly inert and nontoxic nitrogen ~~carriere~~		* [[Urea]] – highly inert and nontoxic nitrogen carrier
	* [[Dimethyl sulfide]] – sulfur carrier – strong smell (smell of the sea in low doses)		* [[Dimethyl sulfide]] – sulfur carrier – strong smell (smell of the sea in low doses)

Apm: improved explanation in intro -- added mention of microcomponent redistribution system

2021-04-08T17:17:49Z

improved explanation in intro -- added mention of microcomponent redistribution system

← Older revision		Revision as of 19:17, 8 April 2021
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	Potential [[feedstock]] materials for [[gem-gum factories]]. <br>		Potential [[feedstock]] materials for [[gem-gum factories]]. <br>
	~~These~~ could ~~come packaged in~~ microcapsules ~~changing~~ their profile in likelihood of and damage by spills ~~strongly~~.		Insteal of a macroscopic volume of liquid cartridges could contain them micropackaged into microcapsules. <br>
			This would change their risk profile regarding the expectable likelihood of and expectable damage level causes by eventual spills.

			Microcapsules would also be a natural way to transport these resources via a [[global microcomponent redistribution system]] that is primarily meant for the [[recycing]] of [[microcomponents]].

	== Special cases ==		== Special cases ==

Apm: basic version of page

2021-04-08T17:11:08Z

basic version of page

New page

{{stub}}

Potential [[feedstock]] materials for [[gem-gum factories]]. 
These could come packaged in microcapsules changing their profile in likelihood of and damage by spills strongly.

== Special cases ==

* [[Acetylene]] – of particular interest due to it's [[low hydrogen content]].
* [[Methane]] – a bit much hydrogen. This will mostly be burned to water.
* [[Ethanol]] – big molecule – lots of disassembly needed.
* [[Carbon Disulfide]] CS2 – not environment friendly – water free solvent

== Volatile elements right from the air ==

* [[Carbon dioxide]] CO2 – as a source for carbon (energy devoid)
* [[Nitrogen]] N2 – (energy devoid)
* [[Oxygen]] O2
* [[Water]] H2O – as source for hydrogen (energy devoid)
* [[Argon]] – not really a building material but super abundant useful for [[Gem-gum balloon products|stabilizing structures by pressurization]].

== Mundane nontoxic salts ==

* [[Salts of carbonic acid]]
* [[Salts of nitric acid]]
-----
* [[Salts of silicic acid]] – silicates don't like to be in solution - only with sodium or potassium this works halfway decent (sodium and potassium salts don't like to be unsoluble)
* [[Salts of phosphoric acid]] – phosporic acid is quite mundane (is uses in food) – many other phosphor compounds can be quite toxic
* [[Salts of sulphuric acid]] – mundane
-----
* [[Table Salt]] NaCl

The alkali elements in there (Na,K) that are just added to keep the solution PH neutral (not acidic) are less useful for structural materials.
They do not like to form strong directed covalent bonds as they are needed in strong structural high performance materials.
So they may remain largely unused. Remnant lye (NaOH, KOH) can be neutralized with actively collected atmospheric CO2.

== More toxic salts ==

* [[Salts of boric acid]]
* [[Sodium aluminates]] – There is no aluminic acid – just as slilicon aluminium hates to go into solution

== Other mundane small molecules that could serve as resource carrieres ==

* [[Urea]] – highly inert and nontoxic nitrogen carriere
* [[Dimethyl sulfide]] – sulfur carrier – strong smell (smell of the sea in low doses)