Sveriges tillgångar utgör cirka 27 % av Europas urantillgångar.Nu börjar det klarna, för visst är det så att ni är skuggfinansierade av fossilindustrin för att agitera så att chimären och felsatsningen kommer fortgå ända in i kaklet.
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Sveriges berggrund finns några av världens största tillgångar på energimetaller, främst uran men även en del torium.
Kärnbränsle i tre år. Vad händer sedan?(FB) Den stora tråden om global uppvärmning/växthuseffekten
I dag kommer ca 4% av den energi som används på Jorden från kärnkraft.
Det finns ca 450 reaktorer i drift idag.
Om all energi ska komma från kärnkraft behövs ca 25 gånger så många reaktorer, dvs. ca 11250 reaktorer.
Nu kända tillgångar av bränsle räcker till nuvarande reaktorer i ca 80 år.
80/25 = 3,2. I drygt tre år räcker bränslet om all energi ska komma från kärnkraft.
In these processes, nuclear energy can effectively be utilized for supplying energy, thus avoiding the CO2 emission from any biomass or fossil combustion. By utilizing nuclear energy, most of the carbons in biomass are converted to either stabilized solid carbon or carbon-neutral fuels.Djävla legohjon som agiterar er lätt genomskådade "förnyelsebara" skuggretorik.
Thus, significant amount of CO2 can efficiently be removed from the atmosphere by processing a part of annual growth of biomass, which leads to the decrease of atmospheric CO2 concentration.
Kärnbränsle i tre år. Vad händer sedan?(FB) Den stora tråden om global uppvärmning/växthuseffekten
I dag kommer ca 4% av den energi som används på Jorden från kärnkraft.
Det finns ca 450 reaktorer i drift idag.
Om all energi ska komma från kärnkraft behövs ca 25 gånger så många reaktorer, dvs. ca 11250 reaktorer.
Nu kända tillgångar av bränsle räcker till nuvarande reaktorer i ca 80 år.
80/25 = 3,2. I drygt tre år räcker bränslet om all energi ska komma från kärnkraft.
The United States is leading an initiative with several other governments to promote nuclear power and encourage investment in new nuclear technologies.Sug på den ni.
The initiative, launched on Thursday by U.S. Deputy Secretary of Energy Dan Brouillette with international partners, aims to “highlight the value of nuclear energy as a clean reliable energy source”.
The partners are Japan, Canada, Russia, South Africa, the United Arab Emirates, Poland, Argentina and Romania.
Contrary to the intuition of many people, the risk to human health (and its resulting consequences) per unit energy from unconventional energy sources such as solar and wind are apparently higher than those of conventional sources such as electricity produced from natural gas and nuclear power. There are at least two reasons why intuition fails: first, we tend to ignore all parts of the energy cycle except the last, most visible aspect, and secondly, we forget that risk must be compared in terms of unit energy output.https://ourworldindata.org/what-is-the-safest-form-of-energy
The above conclusions have implications beyond that of energy Many people have advocated the use of decentralized energy systems as part of a political and economic process Due to the risk they entail, material requirements alone may preclude this option. Neither I nor the Atomic Energy Control Board propose the use or non-use of any particular energy system. However, all of us must have knowledge of the risks involved in order to make reasoned judgements on the technical acceptability of a particular system
We can see that brown coal and coal rate the worst when it comes to energy-related fatalities. Coal-fired power plants are a key source of sulphur dioxide and nitrogen oxides, key precursors to ozone and particulate matter (PM) pollution, which can have an impact on human health, even at low concentrations.https://cen.acs.org/articles/91/web/2013/04/Nuclear-Power-Prevents-Deaths-Causes.html
At the other end of the scale as the safest source of energy we have nuclear energy, resulting in 442 times fewer deaths relative to brown coal per unit of energy. Note that these figures also account for estimated cancer-related deaths as a result of radioactive exposure from nuclear energy production.
Using nuclear power in place of fossil-fuel energy sources, such as coal, has prevented some 1.8 million air pollution-related deaths globally and could save millions of more lives in coming decades, concludes a study. The researchers also find that nuclear energy prevents emissions of huge quantities of greenhouse gases. These estimates help make the case that policymakers should continue to rely on and expand nuclear power in place of fossil fuels to mitigate climate change, the authors say (Environ. Sci. Technol., DOI: )Hur ska ni ha det? Det går inte att äta den "förnyelsebara" kakan och ha den kvar. Ska vi rädda liv, eller är det viktigare att signalera godhet samtidigt som ni får er lön från skugglobbyn för fossilbränslen?
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