Decarbonize the energy supply: Difference between revisions

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[[File:Energy sources pie chart.png|thumb|'''Status quo:''' The vast majority of the world's energy comes from fossil fuels. Don't be <s>fooled</s> misled by countries claiming "most of our electricity is renewable". Electricity is only one piece of the energy pie. Most cars & trucks are not electric. Most industries are not fully electric. When you look at the big picture, it's clear that we still have a long way to go.]]<!-- TALK: is there a way to make sure this image description doesn't become the intro to the page when viewed on mobile?
[[File:energy-usage-by-source.png|thumb|'''Status quo:''' The vast majority of the world's energy comes from fossil fuels. Don't be <s>fooled</s> misled by countries claiming "most of our electricity is renewable". Electricity is only one piece of the energy pie. Most cars & trucks are not electric. Most industries are not fully electric. When you look at the big picture, it's clear that we still have a long way to go.]]<!-- TALK: is there a way to make sure this image description doesn't become the intro to the page when viewed on mobile?
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How to produce enough {{p2|energy|This includes more than just the status-quo of electricity production. It also includes all the additional electricity that would be needed to replace fossil fuels in vehicles and in industries.}} (for the world) without burning [[fossil fuels]]?
How to produce enough {{p2|energy|This includes more than just the status-quo of electricity production. It also includes all the additional electricity that would be needed to replace fossil fuels in vehicles and in industries.}} (for the world) without burning [[fossil fuels]]?
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** <small>[[solar panels made of abundant materials|''See discussion on alternatives to this.'']]</small>
** <small>[[solar panels made of abundant materials|''See discussion on alternatives to this.'']]</small>


* Batteries [[How much short-term energy storage for solar?|''might'' be scalable enough]] to smooth out the '''day/night''' cycle of solar. {{x|Best bet would be either [[sodium-ion]] or [[iron redox flow batteries]].}}
* Batteries [[How much short-term energy storage for solar?|''might'' be scalable enough]] to smooth out the '''day/night''' cycle of solar. {{x|Best bet would be either [[sodium-ion]] or [[iron redox flow batteries]].}} {{talk|Re-work this section and include links like [[Can rooftop solar alone provide enough heating and cooling?]]}}
** But the '''seasonal''' fluctuations of wind & solar [[How much seasonal energy storage?|probably need ''far more'' energy storage capacity]].
** But the '''seasonal''' fluctuations of wind & solar [[How much seasonal energy storage?|probably need ''far more'' energy storage capacity]].
*** <small>[[What could provide enough seasonal energy storage?|''See discussion on other energy storage types - whether any could provide enough capacity.'']]</small>
*** <small>[[What could provide enough seasonal energy storage?|''See discussion on other energy storage types - whether any could provide enough capacity.'']]</small>
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==The '''nuclear''' approach==
==The '''nuclear''' approach==
Considering the different types of nuclear power, it seems that '''[[thorium power]]''' is the one with the least problems. Here's a comparison:
Of all the different types of nuclear power, {{b|#6FF|'''thorium power'''}} seems to be the best bet:


{|class='wikitable'
{|class='wikitable'
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|-
|-
|[[Conventional nuclear power]] {{light|(status quo)}}
|[[Conventional nuclear power]] {{light|(status quo)}}
|{{rcell}} Problem
|style="background:#F66"|Problem
|Low risk
|Low risk
|{{rcell}} Problem
|style="background:#F66"|Problem
|-
|-
|[[Conventional small nuclear reactors]]
|Conventional small nuclear reactors
|{{rcell}} Problem
|style="background:#F66"|Problem
|{{rcell}} High risk
|style="background:#F66"|High risk
|{{rcell}} Problem
|style="background:#F66"|Problem
|-
|-
|[[Uranium-238 breeder reactors]] {{p|Additional benefit: Uranium-238 reactors would make use of existing nuclear waste, which has been left over from decades of conventional nuclear power.}}
|Uranium-238 breeder reactors {{p|Additional benefit: Uranium-238 reactors would make use of existing nuclear waste, which has been left over from decades of conventional nuclear power.}}
|Abundant
|Abundant
|{{rcell}} High risk
|style="background:#F66"|High risk
|Almost none
|Almost none
|-
|-
|[[Thorium-232 breeder reactors]]
|style="background:#6FF"|'''Thorium-232 breeder reactors'''
|Abundant
|style="background:#6FF"|'''Abundant'''
|Low risk
|style="background:#6FF"|'''Low risk'''
|Almost none
|style="background:#6FF"|'''Almost none'''
|-
|-
|[[Fusion]] <span style="background:#F66">(not viable yet)</span>
|[[Fusion]] {{b|#F66|(not viable yet)}}
|Abundant
|Abundant
|Low risk
|Low risk
|Almost none
|Almost none
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