Soil pollutant - Revision history

Apm: added several Wikipedia links & some cleanup

2017-08-20T12:58:05Z

added several Wikipedia links & some cleanup

← Older revision		Revision as of 14:58, 20 August 2017
Line 8:		Line 8:

	* In medicine there is a desire for drugs that won't be degraded to fast in the (human) body. While Drugs never will be produced in high volumes (construction industry scale) their hormone like effect on other life that dwells down the waste-water drain can be significantly detrimental.		* In medicine there is a desire for drugs that won't be degraded to fast in the (human) body. While Drugs never will be produced in high volumes (construction industry scale) their hormone like effect on other life that dwells down the waste-water drain can be significantly detrimental.
	* Artificial foldamers like peptoids tend to be less degradable than natural foldamers like peptides (~=proteins) since the natural degradation tool-chain may not be capable to deal with the new stuff. {{todo\|link video}}		* Artificial foldamers like peptoids tend to be less degradable than natural foldamers like peptides (~=proteins) since the natural degradation tool-chain may not be capable to deal with the new stuff.<br> {{todo\|link video}} See: "[[Foldamer R&D]]".

	=== Far term POPs ===		=== Far term POPs ===
Line 19:		Line 19:
	=== Avoidable ===		=== Avoidable ===

	Future products will be able to avoid the use many poisonous metals almost completely since advanced [[~~metamaterials~~]] made entirely from non-poisonous elements can emulate many material properties that today can only be archived by heavy usage of those potentially poisonous metals.		Future products will be able to avoid the use many poisonous metals almost completely since advanced [[metamaterial]]s made entirely from non-poisonous elements can emulate many material properties that today can only be archived by heavy usage of those potentially poisonous metals.

	Metals that are today used for:		Metals that are today used for:
Line 52:		Line 52:
	* [[Poison]]		* [[Poison]]
	* Recovery of scarce elements from waste heaps.		* Recovery of scarce elements from waste heaps.

			== External links ==

			=== Wikipedia links ===

			* [https://en.wikipedia.org/wiki/Bioaccumulation Bioaccumulation] (general; any source; air, water, food)
			* [https://en.wikipedia.org/wiki/Bioconcentration Bioconcentration] (chemical stems from water)
			* [https://en.wikipedia.org/wiki/Biomagnification Biomagnification] (concentration through food chain)
			----
			* [https://en.wikipedia.org/wiki/Biotransformation Biotransformation] (change by metabolization)
			----
			* [https://en.wikipedia.org/wiki/Persistent_organic_pollutant Persistent_organic_pollutants (POPs)]

Apm: /* Related */ added link to Poison

2017-08-20T08:39:12Z

Related: added link to Poison

← Older revision		Revision as of 10:39, 20 August 2017
Line 50:		Line 50:
	== Related ==		== Related ==

	* ~~recovery~~ of scarce elements from waste heaps		* [[Poison]]
			* Recovery of scarce elements from waste heaps.

Apm: Apm moved page Soil pollutants to Soil pollutant: plural -> singular

2017-08-20T08:37:59Z

Apm moved page Soil pollutants to Soil pollutant: plural -> singular

← Older revision	Revision as of 10:37, 20 August 2017
(No difference)

Apm: /* Unavoidable */ radiation belts

2016-01-30T09:41:03Z

Unavoidable: radiation belts

← Older revision		Revision as of 11:41, 30 January 2016
Line 38:		Line 38:

	Another case where heavy poisonous elements can't be avoided is nuclear fission.		Another case where heavy poisonous elements can't be avoided is nuclear fission.
	With increasing ease for using regenerative energy sources it might be possible to ban this technology (as means for energy production - not for research) from earth to places where it makes more sense like the main asteroid belt with lots of heavy metal rich planetary core material plus ~~jupiters~~ planet sized moons where natural radioactivity is already on a deadly level.		With increasing ease for using regenerative energy sources it might be possible to ban this technology (as means for energy production - not for research) from earth to places where it makes more sense like the main asteroid belt with lots of heavy metal rich planetary core material plus Jupiter's planet sized moons where natural radioactivity is already on a deadly level since they cross Jupiter's intense radiation belts.

	=== Remediation of existing elemental pollution ===		=== Remediation of existing elemental pollution ===

Apm: /* Elemental */ heavy poisonous elements and fission

2016-01-30T09:36:38Z

Elemental: heavy poisonous elements and fission

← Older revision		Revision as of 11:36, 30 January 2016
Line 16:		Line 16:

	== Elemental ==		== Elemental ==

			=== Avoidable ===

	Future products will be able to avoid the use many poisonous metals almost completely since advanced [[metamaterials]] made entirely from non-poisonous elements can emulate many material properties that today can only be archived by heavy usage of those potentially poisonous metals.		Future products will be able to avoid the use many poisonous metals almost completely since advanced [[metamaterials]] made entirely from non-poisonous elements can emulate many material properties that today can only be archived by heavy usage of those potentially poisonous metals.
Line 25:		Line 27:
	* mechanical strength improvement		* mechanical strength improvement
	All can be be avoided.		All can be be avoided.

			=== Unavoidable ===

	A view properties like very high density of mass remain only creatable by special elements.		A view properties like very high density of mass remain only creatable by special elements.
Line 32:		Line 36:

	Usage of potentially poisonous elements can be made pretty safe by enclosing them in very durable (non-poisonous) micro-capsules (e.g. made of diamond or moissanite). Such micro-capsules need to be tightly anchored to the parent macroscopic product with strategies to prevent fine grained break-off. See "[[mobility prevention guideline]]" for details.		Usage of potentially poisonous elements can be made pretty safe by enclosing them in very durable (non-poisonous) micro-capsules (e.g. made of diamond or moissanite). Such micro-capsules need to be tightly anchored to the parent macroscopic product with strategies to prevent fine grained break-off. See "[[mobility prevention guideline]]" for details.

			Another case where heavy poisonous elements can't be avoided is nuclear fission.
			With increasing ease for using regenerative energy sources it might be possible to ban this technology (as means for energy production - not for research) from earth to places where it makes more sense like the main asteroid belt with lots of heavy metal rich planetary core material plus jupiters planet sized moons where natural radioactivity is already on a deadly level.

	=== Remediation of existing elemental pollution ===		=== Remediation of existing elemental pollution ===

Apm: /* Far term POPs */ ratio of "rate" is better

2016-01-30T09:23:09Z

Far term POPs: ratio of "rate" is better

← Older revision		Revision as of 11:23, 30 January 2016
Line 13:		Line 13:

	A wide range of potentially useful small environmentally persistent molecules will emerge for which there are currently no synthesis pathways known that make high volume production economically feasible.		A wide range of potentially useful small environmentally persistent molecules will emerge for which there are currently no synthesis pathways known that make high volume production economically feasible.
	Spill of those new molecules must be minimized and dependent of the ratio of unavoidable spill to degradation ~~speed~~ it might be necessary to attempt active collection which introduces a host of new dangers. See: "[[Mobility prevention guideline]]".		Spill of those new molecules must be minimized and dependent of the ratio of unavoidable spill rate to natural degradation rate it might be necessary to attempt active collection which introduces a host of new dangers. See: "[[Mobility prevention guideline]]".

	== Elemental ==		== Elemental ==

Apm at 09:21, 30 January 2016

2016-01-30T09:21:59Z

← Older revision		Revision as of 11:21, 30 January 2016
Line 13:		Line 13:

	A wide range of potentially useful small environmentally persistent molecules will emerge for which there are currently no synthesis pathways known that make high volume production economically feasible.		A wide range of potentially useful small environmentally persistent molecules will emerge for which there are currently no synthesis pathways known that make high volume production economically feasible.
	Spill of those new molecules must be minimized and dependent of the ~~ration~~ of unavoidable spill to degradation speed it might be necessary to attempt active collection which introduces a host of new dangers. See: "[[Mobility prevention guideline]]".		Spill of those new molecules must be minimized and dependent of the ratio of unavoidable spill to degradation speed it might be necessary to attempt active collection which introduces a host of new dangers. See: "[[Mobility prevention guideline]]".

	== Elemental ==		== Elemental ==

Apm: /* Far term POPs */

2016-01-30T09:21:09Z

Far term POPs

← Older revision		Revision as of 11:21, 30 January 2016
Line 13:		Line 13:

	A wide range of potentially useful small environmentally persistent molecules will emerge for which there are currently no synthesis pathways known that make high volume production economically feasible.		A wide range of potentially useful small environmentally persistent molecules will emerge for which there are currently no synthesis pathways known that make high volume production economically feasible.
	Spill must be minimized and dependent of the ration of unavoidable spill to degradation speed it might be necessary to attempt active collection which introduces a host of new dangers. See: "[[Mobility prevention guideline]]".		Spill of those new molecules must be minimized and dependent of the ration of unavoidable spill to degradation speed it might be necessary to attempt active collection which introduces a host of new dangers. See: "[[Mobility prevention guideline]]".

	== Elemental ==		== Elemental ==

Apm: /* Far term POPs */ split parts in sentence merged

2016-01-30T09:20:28Z

Far term POPs: split parts in sentence merged

← Older revision		Revision as of 11:20, 30 January 2016
Line 12:		Line 12:
	=== Far term POPs ===		=== Far term POPs ===

	A wide range of potentially useful small environmentally persistent molecules for which there are currently no synthesis pathways known that make high volume production economically feasible ~~will emerge~~.		A wide range of potentially useful small environmentally persistent molecules will emerge for which there are currently no synthesis pathways known that make high volume production economically feasible.
	Spill must be minimized and dependent of the ration of unavoidable spill to degradation speed it might be necessary to attempt active collection which introduces a host of new dangers. See: "[[Mobility prevention guideline]]".		Spill must be minimized and dependent of the ration of unavoidable spill to degradation speed it might be necessary to attempt active collection which introduces a host of new dangers. See: "[[Mobility prevention guideline]]".

Apm: grammar

2016-01-30T09:18:15Z

grammar

← Older revision		Revision as of 11:18, 30 January 2016
Line 7:		Line 7:
	=== Near term POPs ===		=== Near term POPs ===

	* In medicine there is a desire for drugs that won't be degraded to fast in the (human) body. While Drugs never will be produced in high volumes (construction industry scale) their hormone like effect of other life down the waste-water drain can be significantly detrimental.		* In medicine there is a desire for drugs that won't be degraded to fast in the (human) body. While Drugs never will be produced in high volumes (construction industry scale) their hormone like effect on other life that dwells down the waste-water drain can be significantly detrimental.
	* Artificial foldamers like peptoids tend to be less degradable than natural foldamers like peptides (~=proteins) since the natural degradation tool-chain may not be capable to deal with the new stuff. {{todo\|link video}}		* Artificial foldamers like peptoids tend to be less degradable than natural foldamers like peptides (~=proteins) since the natural degradation tool-chain may not be capable to deal with the new stuff. {{todo\|link video}}